Internet Computer [ICP] rose 14% at press time, as the cryptocurrency market remains in a recovery phase and demand continues to build.
Several reasons supported the price growth, especially when considering the on-chain activities in the market. However, off-chain, there’s a different scenario quietly playing out, hinting that a market decline could be around the corner.
On-chain linked growth One of the clearest signals that has influenced the price significantly has been the flow of capital into the stablecoin market.
DeFiLlama reported that during the past day, stablecoin liquidity surged significantly, with a gain of roughly 10% in the last seven days, bringing it towards $3.98 million as of writing.
Source: DeFiLlama The surge in stablecoins indicates that more capital is flowing into the chain, which ultimately increases utility for its native token, ICP.
At the same time, blockchain fees have grown, reaching a high of $9,210. While that remains broadly minimal in comparison to other chains, this remains one of the highest levels it has traded at in months.
Off-chain, traders are selling On-chain growth matters as much, but what traders and investors are doing could have more effect on price, and right now, sellers are gradually stepping in.
The presence is confirmed through the Open Interest-Weighted Funding Rate, which measures capital in the perpetual market in relation to long or short positions.
Source: CoinGlass In situations where longs are dominant, the Open Interest-Weighted Funding Rate remains positive, and when they aren’t, there’s a flip and the metric turns negative.
At the time of writing, the Open Interest-Weighted Funding Rate has flipped negative on the chart, with a reading of -0.0086% at the time of this writing.
This comes at a time when there has been a surge in capital inflow into the perpetual market, with CoinGlass reporting Open Interest surging 12% to roughly $103.46 million.
A surge in capital inflow at a time when short positions remain dominant could mean short traders are fueling their positions in the market, which could weigh on price notably.
Sellers’ volume remains a factor There’s been growth in sellers’ volume in the market, with the Taker Buy/Sell Ratio, otherwise known as the Long/Short Ratio, plummeting to roughly 0.87 on the chart as of writing.
When the ratio is below 1, it suggests that there’s been growing selling pressure in the market. When there’s a further decline, as is the case here, it implies that investors may consider the asset overvalued and are placing bids for a decline.
Source: CoinGlass For now, unless the Funding Rate turns positive and volume returns to support buyers, there’s a high chance that this could weigh on ICP’s performance, potentially forcing the asset lower.
Final Summary ICP has gained 14% as stablecoin liquidity and blockchain fees show signs of improving on-chain activity.
A negative Funding Rate and a 0.87 Taker Buy/Sell Ratio point to rising selling pressure.
Insurance Fund Mechanics Verified On-Chain@dominic_w, founder of the @dfinity Foundation, has confirmed the successful execution of Multi/Dex finance's insurance fund mechanics on the Internet Computer Protocol ($ICP). The confirmation came during the platform's ongoing "Play Mode" testing phase, which
During testing, rising platform prices triggered liquidations of short positions. The 5% penalties generated by those liquidations flowed directly into the protocol's insurance fund, a mechanism that The process was executed automatically and verifiably on-chain, with no manual intervention required.
Multi/Dex takes a similar approach, routing liquidation penalties directly into its fund within a fully decentralized architecture. This allows liquidity providers to capture real-time returns from market volatility without relying on a centralised counterparty.
What Multi/Dex Is and What Comes Next
Despite the simulated environment, the successful execution of the insurance fund mechanic is a meaningful technical milestone. It demonstrates that the core risk management layer of the protocol is functioning as designed before any real capital is at stake.
The confirmed performance of the insurance fund ahead of that vote strengthens the case for the platform's readiness for mainnet launch.
Sources:
Yahoo Finance: ICP Traders Pile $243 Million Into Multi/DEX
Multi/DEX Official Site
Arxiv: Mapping Microscopic and Systemic Risks in TradFi and DeFi (Insurance Fund Context)
Stakers on the Internet Computer Protocol face a straightforward but easy-to-overlook rule: neurons that go dormant long enough lose all influence over on-chain governance. Understanding how neurons work, and what keeps them active, matters for anyone holding $ICP in the Network Nervous System (NNS).
What is an ICP Neuron? However, a two-week dissolve delay only clears the basic eligibility bar.
The Six-Month Confirmation Rule Holding a neuron is not enough on its own. Per @dfinity documentation, a neuron must do at least one of three things every six months: vote directly on proposals, set its following, or confirm its existing following configuration.
This affects both rewards and the neuron's real weight in governance decisions.
Importantly, the confirmation step does not require the controller's private key. This means the controller key can stay in cold storage while a software wallet handles routine confirmations.
On proposal thresholds, Proposals that do not reach that threshold by the deadline fail.
For stakers, the practical takeaway is simple: set a calendar reminder every six months and confirm your neuron's following settings. Missing the window costs you both voting rewards and your seat at the governance table.
Sources:
Internet Computer Developer Docs: Governance
Internet Computer Learn: Neurons
DFINITY: Onchain Governance Improvement, Periodic Confirmation of Following
Pakistan's First Government App Completes One Month on ICPPakistan has reached a notable milestone in its push toward decentralized digital infrastructure. The country's first governmental application, a national messenger platform, has completed a full month of live operation on the Internet Computer Protocol (@Dfinity), marking the first time a Pakistani government service has run end-to-end on a blockchain-based sovereign cloud.
The app was built using @caffeineai, an AI-powered platform incubated by the DFINITY Foundation that allows users to create and deploy fully on-chain applications through natural language prompts, without requiring traditional coding. Caffeine builds full-stack web applications from natural language prompts, with those applications running entirely on the Internet Computer Protocol, a blockchain-based network. The platform's use in a live government context signals a step beyond early pilots and into operational deployment.
ICP's Chief Business Officer confirmed that the Pakistan National Messenger app is "almost feature complete now and ready for the next phase," suggesting broader rollout or expanded functionality is approaching.
A Broader Sovereign Infrastructure PushThe messenger app sits within a larger bilateral framework. The Pakistan Digital Authority (PDA) and the DFINITY Foundation signed an MoU to advance sovereign AI-native digital infrastructure in Pakistan, with DFINITY supporting the creation of a dedicated Pakistan Subnet on ICP, designed to host tamper-resistant software and national-scale applications independently of foreign cloud infrastructure.
The collaboration also includes expanded access to Caffeine through 1,500 licenses, alongside capacity-building initiatives across government, education, and entrepreneurship.
A second governmental platform is now being prepared for launch, as Pakistan continues migrating core public services to decentralized computing. A local ICP subnet can support services that require strict data residency, including identity, records, and communications.
The one-month stability milestone carries practical weight. Governments evaluating decentralized infrastructure have historically required proof of operational resilience before scaling, and an uninterrupted four-week deployment in a live national stack provides exactly that kind of reference point. If key checkpoints continue to be met, the compounding effect becomes real: other governments can point to an example, reduce perceived risk, and justify their own pilots.
Sources:
Pakistan Digital Authority and DFINITY Partnership Announcement – Internet Computer
Swiss Company Entering Pakistan to Help Build Local Cloud Services – ProPakistani
Dfinity Launches Caffeine AI – VentureBeat
Two of the crypto market's more technically distinct projects, Kaspa and Internet Computer, are leading a broad altcoin rally on September 7, 2026, with several other assets also posting sharp 24-hour gains.
KAS and ICP Lead the Pack According to CoinMarketCap data cited by @BSCNews, $KAS has surged over 20% in the past 24 hours, placing it among the day's top performers. @kaspaunchained's native token has been building technical momentum over recent weeks. Per CaptainAltcoin,
@dfinity's Internet Computer token is not far behind KAS in terms of 24-hour performance, adding to a broader wave of altcoin strength that has swept through the market today.
Broader Market Rally Pulls In Other Assets The rally is not limited to KAS and ICP. $INJ, $FIL, and ethereum:0x163f8c2467924be0ae7b5347228cabf260318753 have all recorded meaningful price gains in the same period. The move in $INJ aligns with recent positive developments around the Injective protocol.
The broader market context also plays a role. That wave of short liquidations has helped fuel upward price pressure across the market.
As always, sharp single-day moves in altcoins carry elevated risk, and traders should exercise caution before reading too deeply into short-term percentage gains.
Sources:
CoinMarketCap: Crypto Market News Today
CaptainAltcoin: Kaspa Price Pumps on Institutional Connection
BitcoinHaber: Crypto Market Rally Driven by Monetary and Regulatory Events
In the past 24 hours, Bitcoin [BTC] rallied 4.3% and briefly climbed above $82.2k. It later slipped toward $80k at the time of writing.
This uptick in price was likely because of Federal Reserve Governor Christopher Waller’s comments muddying the possible rate hike expectations.
Waller was inclined towards keeping interest rates steady at the central bank’s September meeting.
Internet Computer [ICP] also rose 2.5%, following the market-wide price bounce. Measured from the low of $1.99 made on the 1st of August, ICP was up by 27.7% in just over a month.
Can ICP crypto make a bullish comeback? Though the altcoin kept pace with Bitcoin, it has been in a long-term downtrend stretching back to April 2024. ICP is down 99.6% from its all-time high of $700 made in May 2021.
A Taurex report highlighted how ICP crypto is the weakest among 60 cryptos in terms of price performance. Almost every investor is facing significant losses, making each sizeable price rally more likely to be sold.
Source: SkyV on X Crypto influencer SkyV observed that the “dino coin” had consolidated around the $2 region for months. ICP also broke its descending trendline resistance, potentially opening a path toward $7.20.
Such prolonged consolidation can produce sharp expansions when capital rotates from Bitcoin into altcoins.
However, that larger target remains speculative while several overhead resistance levels remain intact.
Traders’ call to action- A bullish bias for the coming weeks Source: ICP/USDT on TradingView ICP breached July’s $2.40 high several weeks ago and flipped the former supply zone into demand. At the time of writing, the 12-hour chart showed a bullish market structure.
The $2.62 level is an immediate resistance zone to watch out for. If it is breached, the $2.80 and $3.20 area becomes the next bullish target.
The flip of the $2.40 area in the second half of August was an encouraging development. If Bitcoin can keep its momentum going, ICP crypto would also be likely to continue its bullish momentum.
Final Summary ICP crypto has been consolidating around the $2 area since February, but could be ready for a bullish expansion. Though it has exhibited good momentum in recent weeks, extended price rallies will likely result in aggressive profiit-taking and holder exits.
@LiquidiumFi recorded its busiest period to date over the weekend, posting all-time highs across key lending metrics on the @dfinity Internet Computer network. The figures mark a notable step forward for decentralized lending activity on ICP.
Record Numbers Across the Board The protocol processed 91 successful deposit and borrow actions over the two-day period, bringing total supplied liquidity to $6.20M. Outstanding borrows on the platform climbed simultaneously to a record $1.73M, underlining growing user confidence in the protocol. On-chain data also confirms the deposit of 53.1K ICP into the ecosystem since Saturday.
The weekend results reflect a broader growth story for Liquidium. The protocol has processed over 119,000 loans and more than $400 million in borrowing volume since its inception, building a track record that underpins its expansion onto the Internet Computer.
How Liquidium Uses ICP Liquidium.fi is a non-custodial cross-chain lending platform that leverages Chain Fusion technology developed by the Internet Computer to enable users to supply and borrow native assets, including Bitcoin and USDT on Ethereum, without the security risks of centralized bridges or the need to manage wrapped tokens.
The protocol operates using the Internet Computer Protocol in the backend, where smart contracts manage lending logic, collateral, and liquidation processes. It leverages ICP's direct Bitcoin integration, enabling on-chain smart contracts to control native BTC via ckBTC. When users deposit BTC or USDT, the platform converts them into ckBTC or ckUSDT on ICP.
All loans are over-collateralized to manage risk, meaning borrowers deposit more value than they borrow. The platform uses Pyth's price oracle for asset pricing, aggregating data from major exchanges to support real-time collateral valuation and automated liquidations when thresholds are breached, alongside a dynamic interest rate model that automatically adjusts based on supply and demand.
The weekend performance adds further weight to the case that ICP is becoming a meaningful home for cross-chain DeFi activity, with Liquidium emerging as one of the ecosystem's most active protocols.
No contracts, just code: how node providers join the Internet ComputerRunning hardware on the Internet Computer ($ICP) is nothing like signing up with a traditional cloud provider. Independent operators buy their own servers, place them in data centers of their choosing, and then apply to the Network Nervous System (NNS), the on-chain governance body that controls the entire protocol. Admission is decided by a community vote, not by @dfinity.
The NNS evaluates applications with decentralization in mind. Applicants who bring a new jurisdiction, a new hardware supplier, or a new ownership structure to the network are favored over those who would simply duplicate existing coverage. The same logic applies to secondary-market transfers: a node sold between providers must relocate to a country that maintains or improves geographic spread across the network.
Pay tied to scheduled work, not uptimeOnce admitted, providers are compensated only for computation the network actually schedules onto their machines. Sitting idle earns nothing, and reward rates are set through NNS governance proposals rather than bilateral agreements. According to official Internet Computer Wiki documentation, existing providers continue to operate and earn rewards under these terms.
New admissions are currently on hold. The Internet Computer Wiki confirms that the network reached its target topology in December 2023 and does not require additional capacity to meet its decentralization objectives. DFINITY has stated it will not vote to approve new node machine proposals until subnet demand makes further infrastructure necessary.
The broader governance architecture sits behind all of this. DFINITY's own documentation describes the NNS as the on-chain DAO "responsible for managing the full Internet Computer, making all decisions about the future of the network, including updates to the protocol, management of nodes." That scope is what makes node admission a public, on-chain process rather than a private negotiation.
The result is a model where physical infrastructure operates under the same governance rules as the software it runs, with no party, including DFINITY itself, holding unilateral authority over who participates.
Sources:
Internet Computer Wiki: Node Provider Documentation
DFINITY: Governance on ICP in 2024, Part 3 (NNS)
Internet Computer: Network Governance
Building Apps by Talking to AICaffeine is an AI-powered platform built by the DFINITY Foundation (@dfinity) that lets people create full-stack web applications simply by describing what they want in plain language. There is no need to write code, configure servers, manage databases, or handle deployments manually.
Because the application runs inside a canister rather than on a conventional server,
As of 2026, Caffeine is on its third major version, V3, having moved well past its original 2025 alpha into full public availability, with hundreds of thousands of unique builders using the platform every month.
How Caffeine V3 WorksThe workflow inside Caffeine is chat-driven. Users describe an app, request features, or ask for changes through a conversation interface. In V3, a team of specialist AI agents handles the build rather than a single model: a "Composer" agent breaks the request down and coordinates the process, building the backend first in Motoko, then the frontend once the API is ready, followed by validation and deployment.
Several features are designed to protect users from common pitfalls of AI-generated software. Before any update is applied, the system checks whether the change could destroy existing data. If the update is deemed unsafe, it is rejected and the AI is prompted to try again. There is no traditional operating system underneath the application for an attacker to compromise.
V3 also introduced version history, so every draft build is tracked and users can revert to an earlier state if needed. Two build modes are available: "Instant" builds that execute immediately, and "Guided" builds where the AI asks clarifying questions before proceeding. Users can also experiment with changes in a draft version before pushing them live.
Caffeine is not free for new projects. Building from scratch requires a paid subscription at the Host or Studio tier. The Free tier is limited to exploring the platform and remixing existing apps from the App Market using a small number of starter credits.
If that model works at scale, Caffeine could become a central part of $ICP's strategy to bring AI and blockchain infrastructure together, shifting app development from "learn to code first" toward "describe what you need."
Sources:
VentureBeat: Dfinity launches Caffeine, an AI platform that builds production apps from natural language prompts
HostAdvice: Caffeine AI Review 2026
Internet Computer Docs: Canister smart contracts
A Decentralized Alternative to Foreign Cloud ProvidersThe United Nations Development Programme (UNDP) and the @DFINITY Foundation are joining forces to launch a sovereign AI pilot program designed to give government agencies a decentralized alternative to foreign cloud infrastructure. The initiative will run on the $ICP blockchain, allowing nations to deploy AI-powered public services while keeping citizens' data within their own jurisdictions rather than routing it through U.S.-based hyperscale cloud providers.
The move builds on an existing relationship between UNDP and DFINITY. The United Nations Development Programme already uses ICP to issue tamperproof, verifiable credentials. That prior collaboration on financial inclusion gave both organizations a working foundation to now scale toward broader government applications.
The broader context matters here. DFINITY believes the future of cloud computing lies in sovereign infrastructure, decentralized architecture, and AI-powered software creation rather than dependence on a handful of cloud providers. That position is gaining traction. The sovereign cloud market is projected to hit $80 billion globally in 2026, making decentralized blockchain infrastructure increasingly relevant to enterprise and government buyers alike.
Five Nations Selected Within 30 DaysWithin the next 30 days, five nations from Latin America, Africa, and Asia will be selected to participate in the pilot. Priority use cases include healthcare and digital identification, two sectors where data sovereignty and tamper-resistant infrastructure carry significant public-interest implications.
The $ICP blockchain is well-suited to this kind of deployment. DFINITY's Internet Computer Platform functions as a sovereign cloud designed to host tamper-resistant software and AI-powered systems that can run independently of foreign cloud infrastructure. DFINITY describes itself as a not-for-profit organization dedicated to transforming the internet into a public sovereign cloud capable of hosting the next generation of software and services.
The UNDP-DFINITY pilot also aligns with a growing push by multilateral institutions to help developing nations build digital infrastructure on their own terms. UNDP has been advancing digital public infrastructure across Africa, recognizing that as African countries navigate tightening public resources alongside growing digital opportunities, digital public infrastructure is becoming an increasingly important foundation for inclusive growth and efficient public services.
If the five-nation pilot delivers results, the model could scale quickly. DFINITY has already demonstrated a willingness to replicate sovereign infrastructure agreements across multiple geographies. The Pakistan Digital Authority and the DFINITY Foundation signed an MoU earlier this year to advance sovereign AI-native digital infrastructure in Pakistan, ensuring sensitive data remains in-country.
Sources:
DFINITY Foundation: Pakistan Digital Authority Partnership Announcement
UNDP: UNDP Partners with DFINITY Foundation to Enhance Financial Inclusion
Tech.eu: Beyond the Hyperscale Cloud, DFINITY's Vision for Sovereign Computing
The Reverse Gas Model: Contracts Foot the BillMost blockchains put the cost of every interaction on the user. @dfinity's Internet Computer takes the opposite approach.
Smart contracts on the Internet Computer are known as canisters.
What Happens When Cycles Run OutKeeping a canister funded is the developer's ongoing responsibility, and the protocol has clear rules for what happens when they fall short. The default freezing threshold is set at the equivalent of 30 days of estimated runway, giving developers time to top up before any data is lost.
At that point, the code and all stored data are deleted, and only the canister's unique identifier is retained, per ICP documentation.
The model has broader implications for how decentralised applications are built and sustained. For developers, it means treating cycle balances as an operational cost to monitor and manage, much like a cloud computing bill.
Sources
Internet Computer: Fee Breakdown and Gas Cost Documentation
Internet Computer: Managing Canisters and Freezing Thresholds
Internet Computer: Tokenomics Overview
On August 25, the United Nations Development Programme (UNDP) officially partnered with the DFINITY Foundation (the non-profit behind Internet Computer or ICP) to develop government-based AI and cloud systems.
According to the official announcement, the coalition will run for a year, during which the UN will test the effectiveness and safety of AI and cloud infrastructure that have been specifically tailored to public services.
Goals for UN partnership with DFINITYNotably, the pilot will take place in three major avenues. The first is educational platforms where several governments will collaborate with DFINITY to customize and test decentralized frameworks for public education.
The second is public software development, where the team will test customized application development using DFINITY’S cloud engines and Caffeine AI. The latter is a specialized engine that enables autonomous agents to write code for other AI.
Finally, the project will test how well it can enable government self-custody in secure software deployment. This is meant to eliminate the need for local public service entities to share data with global tech giants.
Project scope and blockchain historyThe UN will select five countries to participate in the above project, with each country presenting a national problem that would benefit from Web3 technology.
DFINITY and Pakistan’s Digital Authority launched a similar system earlier this year, enabling the country to keep national data within its borders.
Meanwhile, the UN has been researching blockchain-based technology for several months now following its deployment of a Blockchain Advisory Group.
ICP price analysis and prediction Despite the development, ICP is down 0.88% in the day, trading at $2.39 at press time. The downturn from a weekly high of $2.70 is due to technical resistance at the 200-day moving average. Also capping upside momentum is a potential “sell the news” reaction to the UN collaboration.
If ICP holds above the $2.35 support (50% Fibonacci level), the next retest would be at $2.50. Failure to do this would likely mean a drop to $2.20.
Source: TradingView
Trading above $2.50, in addition to increased trading volumes and rising RSI (currently at 44.09), would be a potential trifecta for bullish divergence.
Story Ends Here
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One Key, Any ResponseOn most blockchains, confirming that a response is genuine requires running a light client: software that continuously tracks the chain's block headers to validate state. The Internet Computer takes a different approach entirely.
This is the core promise of what @dfinity calls chain-key cryptography, and it has significant practical consequences for how clients interact with the network.
A Root Key Fixed Since Genesis That means any application or device with the library can immediately authenticate any response it receives from the network, with no ongoing chain tracking required.
The design also has broader implications:
The result is a verification model that is both simpler for end users and structurally more resilient than traditional approaches.
Sources
ICP Developer Docs: Chain-Key Cryptography
ICP Developer Docs: Certified Data
DFINITY Support: What is Chain-Key Cryptography?
Two Votes, One Upgrade at a TimeMost blockchain networks coordinate protocol upgrades in a single, network-wide event. @dfinity's Internet Computer takes a more deliberate approach, rolling out changes subnet by subnet rather than all at once.
The process starts with two distinct layers of onchain governance. The first vote, handled by the Network Nervous System (NNS), elects a new software version into an approved list. A separate set of proposals then moves each individual subnet onto that version on its own schedule.
These groups of node machines each run a slice of the broader network, and because they upgrade independently, different subnets can run different software versions at the same time without disrupting the whole.
How the Handover Actually Works
When a subnet's turn comes, its nodes agree on a specific block height where the version switch will happen. The existing software processes all blocks up to that point, and the new version takes over from the next block forward. State is carried across via a catch-up package, a signed snapshot that allows the incoming software to resume exactly where the previous version left off, with no data lost in the transition.
The result is a network that can evolve continuously.
Sources
Upgrading the Internet Computer Protocol - DFINITY
The Network Nervous System: Governing the Internet Computer - DFINITY
Bringing Clarity to ICP Upgrade Proposals - DFINITY Developer Forum
Network Holds Firm Against Coordinated Wasm AttackThe Internet Computer (@dfinity) has successfully defended itself against a coordinated, AI-powered cyberattack, according to founder @dominic_w. The attack involved several hundred canisters deploying malformed WebAssembly (Wasm) modules in an attempt to disrupt the network. "Last night, the Internet Computer network withstood a widespread, AI-enabled attack, which involved hundreds of canisters using malformed Wasm modules," Williams wrote on X.
The use of malformed Wasm modules as an attack vector targeted this core layer of ICP's infrastructure directly.
The attack did not occur in isolation. Williams said it was accompanied by an extensive, automated disinformation campaign on social media, apparently designed to undermine confidence in the network at a sensitive moment. DFINITY has since announced it is offering cash bonuses to anyone who can provide information identifying the organizers behind what it described as criminal activity.
Timing Tied to Cloud Engines and Intelligence Gateway LaunchThe timing of the attack is notable. Both products appear to be the specific targets the disinformation campaign sought to disrupt.
The product has attracted significant attention, with
That the network absorbed the attack without reported disruption to service will likely be read as a positive signal by developers and enterprise customers evaluating ICP's resilience ahead of the Cloud Engines rollout. DFINITY's decision to pursue those responsible publicly, including offering financial incentives for tip-offs, signals the foundation views the incident as serious enough to warrant an aggressive response.
Sources:
CryptoNews: ICP Celebrates Five-Year Anniversary, Cloud Engines Unveiled
CoinMarketCap: Internet Computer Latest Updates and Roadmap
Tech.eu: DFINITY's Vision for Sovereign Computing
What Chain Fusion DoesSmart contracts on @dfinity's Internet Computer, known as canisters, can now control Bitcoin, Ethereum, and Solana addresses outright, signing and submitting transactions with no bridge, wrapped asset, or oracle involved. The protocol calls this design Chain Fusion.
How the Key Never Gets AssembledThe core mechanism is threshold signing: a private key that is never fully assembled in one place. Canisters can request a signature but never access the underlying key material.
Spending $BTC still follows Bitcoin's own rules. Bitcoin uses an unspent transaction output (UTXO) model, which requires one signature for every coin fragment used as an input. meaning $ICP's derived keys conform to the same standards that existing Bitcoin and Ethereum wallets already use.
The practical upshot is that developers can write smart contract logic on the Internet Computer that moves real $BTC on the Bitcoin base layer, without wrapping it or routing it through a third-party custodian.
Sources
Internet Computer: Chain-key signatures
ICP Developer Docs: Chain Fusion
DFINITY: ICP Further Advances Chain Fusion With Latest Bitcoin Milestone
Most blockchains rely on oracle services to pull real-world data into smart contracts. @dfinity's Internet Computer takes a different approach, building that trust layer directly into its own consensus mechanism.
How HTTPS Outcalls Work
The mechanics are straightforward but deliberate. More than two-thirds of those nodes must agree on the reply before the contract can act on it, a threshold that mirrors ICP's broader Byzantine fault-tolerance design.
On a standard 13-node subnet, that means 13 identical calls hit the target API at once. To ensure nodes can reach agreement on what they receive, a contract-side transform function strips out parts of a response that naturally vary between requests, such as timestamps, so that honest nodes can produce a matching result. Developers are also advised to add deduplication keys to prevent servers from processing the same logical request multiple times.
Why It Matters The architecture carries several practical benefits over the traditional oracle model.
For developers, the tradeoff is that the external API must be able to handle the burst of simultaneous identical requests from every node in the subnet. Proper use of deduplication and response transforms is therefore essential to reliable operation.
Sources:
Internet Computer: HTTPS Outcalls, How It Works (Official Docs)
Internet Computer: How to Use HTTPS Outcalls (Official Docs)
FF News: ICP Blockchain Introduces HTTPS Outcalls to Advance Web3 Growth
Pakistan's Sovereign Messenger Enters Testing PhaseInternet Computer (@DFINITY) is accelerating the rollout of Pakistan's sovereign national messenger app, with the project now in active testing with a select group of users. According to ICP's Chief Business Officer, Pierre (@PierreSamaties), the application is "making great progress" and already supports built-in audio and video calls.
The messenger sits at the centre of a broader partnership between the Pakistan Digital Authority (PDA) and the DFINITY Foundation, formalised through a Memorandum of Understanding signed in February 2026.
On-Chain Security and OpenChat ExpertiseThe technology underpinning the messenger uses a tamper-proof, always-on architecture to integrate on-chain identity and end-to-end encryption directly into native iOS and Android apps.
To guarantee scalability for a national user base, the development team is drawing on years of experience with @OpenChat, a decentralised messaging platform built on the Internet Computer.
The messenger's progress marks a significant step in the broader push to deploy blockchain-based infrastructure at the nation-state level, with Pakistan positioning itself as an early mover in sovereign digital communications.
Sources:
DFINITY Foundation: Pakistan Digital Authority Partnership Announcement
Business Wire: Pakistan Digital Authority and DFINITY Partner for Sovereign Cloud Infrastructure
Pakistan is building a sovereign messaging application on the Internet Computer ($ICP) network, developed in partnership between the Pakistan Digital Authority (PDA) and @Dfinity. The project is currently in a testing phase, making this a good moment to break down exactly what it is and what it aims to achieve.
What Is the Pakistan Subnet? The app runs on a dedicated infrastructure layer known as the Pakistan Cloud Engine, a country-specific subnet of the Internet Computer.
The formal MoU between PDA and @Dfinity was signed in February 2026, with
What Does the App Actually Do? The National Messenger is designed as a fully sovereign alternative to mainstream platforms, offering effortless chatting, integrated audio and video calling, on-chain identity integration, and end-to-end encryption.
Native iOS and Android apps are already available and being used by a small group of testers. The app has been built drawing on the experience and design learnings from @OpenChat, ICP's existing decentralized messenger, with scalability to a larger user base in mind.
As of writing, the app is live on the Pakistan subnet, with a full public rollout expected in the near future. When it launches at scale, it will serve as a practical demonstration of $ICP's ability to power secure, government-grade tools while keeping data within national borders.
Sources:
DFINITY: Pakistan Digital Authority and DFINITY Partner for Sovereign Cloud Infrastructure
ProPakistani: Swiss Company Entering Pakistan to Help Build Local Cloud Services
Crypto News Flash: Pakistan to Establish Sovereign ICP Subnet Under New MoU
Data from the @dfinity dashboard on August 17 showed a sharp spike in Internet Computer's Cycle Burn Rate, climbing to roughly 0.30 TCYCLES per second. That compares with a recent baseline of 0.03 to 0.05 TCYCLES per second, representing a 6 to 10 times increase from normal operating levels.
The trigger was a deliberate load test run by Toko App, an NFT application built on the Internet Computer ($ICP) network, designed to stress-test the protocol's fleet management capabilities. The test was expected to run for most of the day.
What a Higher Burn Rate Actually MeansThe spike is more than a technical footnote. On the Internet Computer, cycles are consumed whenever canisters, the protocol's smart contract units, execute programs, store data, or process messages. A higher burn rate therefore signals real computation being performed on the network, not speculative activity.
Crucially, generating cycles requires burning $ICP tokens through the Cycles Minting Canister process. ICP is burned when it is converted into cycles, which are used to pay for on-chain compute, storage, and bandwidth on the Internet Computer. Those tokens are permanently removed from circulation, creating a direct deflationary effect on supply.
As the ecosystem expands and more developers join, the cycle burn rate accelerates, which could push the token into a deflationary phase and drive further upward price pressure as ICP supply diminishes.
The Mission 70 ConnectionThe timing matters because of Mission 70, @dfinity's flagship tokenomics initiative for 2026. The Internet Computer's Network Nervous System has approved Mission 70, a set of changes to voting and node-provider rewards designed to cut ICP inflation by at least 70% by the end of 2026.
The plan involves a dual approach of reducing token supply and increasing demand. On the supply side, DFINITY intends to cut governance voting rewards and node provider incentives, aiming for a 44% reduction in token issuance. On the demand side, the foundation is betting on AI adoption and on-chain usage to consume $ICP tokens as cycles, fostering a deflationary effect.
Events like the Toko App load test illustrate how the demand side of that equation can work in practice. Even a temporary increase in network activity translates directly into accelerated token burns, reinforcing the deflationary mechanics that Mission 70 is designed to embed structurally.
Whether burn rates at this elevated level persist beyond isolated tests remains to be seen. But the metric itself is one of the clearest real-time indicators of genuine network demand on the Internet Computer.
Sources:
Internet Computer Network Dashboard, @dfinity
Mission 70 White Paper, Dominic Williams, DFINITY Foundation
ICP Extends Rally as Mission 70 White Paper Targets 70% Inflation Cut, Yahoo Finance
Williams Puts a Price on ProofDominic Williams, founder of DFINITY and President and Chief Scientist of the DFINITY Foundation, has offered a bounty of 7,500 $ICP to anyone who can produce verified evidence that online critics of the Internet Computer token are being paid to post negative commentary. Williams framed the reward as intentionally generous, suggesting it would exceed whatever the alleged posters were paid to spread criticism in the first place.
The offer came in direct response to a widely circulated claim that a $10,000 investment in $ICP made five years ago would today be worth just $29. The implication was clear: the token's long-term price performance has been severe enough to attract sustained public backlash, and Williams appears determined to reframe at least some of that backlash as coordinated rather than organic.
A Token With a Long ShadowThe criticism Williams is pushing back against is rooted in numbers that are hard to dispute. According to CoinGecko, $ICP reached an all-time high of $700.65 and is now trading roughly 99.70% below that peak. The token briefly traded above $700 shortly after its 2021 launch before collapsing as early investors exited and liquidity thinned, setting the stage for a prolonged downtrend that has persisted across multiple market cycles.
Despite that backdrop, DFINITY has been pushing new initiatives aimed at reversing the token's fortunes. Dominic Williams published the Mission 70 white paper in January 2026, which proposes reducing $ICP inflation by at least 70% by the end of the year. The white paper estimates that proposed changes would cut annual token creation from 9.72% to 5.42%. The plan combines supply-side cuts to voting rewards and node provider incentives with demand-side growth driven by the Caffeine AI platform, which burns ICP tokens as users build applications on the network.
Whether the bounty itself changes the conversation around $ICP remains to be seen. For now, it signals that Williams is taking the reputational battle around his project seriously, even as the token continues to trade far below the levels that defined its early days.
Sources:
Internet Computer (ICP) Price and Market Data, CoinGecko
Mission 70 White Paper, DFINITY / Internet Computer
The Internet Computer blockchain, developed by @dfinity, continues to hold its position as the world's second-fastest blockchain by real-time throughput, processing 1,386 transactions per second ($ICP). Only @Solana ranks higher, recording the fastest figure among all active networks at 1,944 TPS.
A Clear Two-Tier Hierarchy
The gap between the top two and the rest of the market is substantial. @BNBCHAIN ranks third with 192 TPS, a fraction of what either Solana or Internet Computer sustains in live conditions. That margin underscores what sets the two leaders apart: they are currently the only networks capable of achieving sub-second transaction finality at a global scale.
Independent analytics platform Chainspect, which tracks real-time and rolling throughput across major layer-1 networks, has consistently placed Internet Computer and Solana at the top of its rankings. Chainspect data shows Solana operating with a block time of roughly 430 milliseconds and a finality window of 12.8 seconds, reinforcing its standing as the fastest production blockchain by live TPS.
Internet Computer's Sustained Performance
$ICP's real-time throughput figures are consistent with readings tracked in recent months. Crypto Times reported that Internet Computer recorded 449.5 billion transactions over a three-year period, nearly half of all transactions logged across tracked layer-1 networks, giving it a 48.9% share of cumulative volume. Its 365-day total stood at 144 billion, ahead of Solana's 101.2 billion over the same window.
The network uses Chain Key cryptography to enable rapid transaction finality and support for decentralized web services, a design that separates it architecturally from most competing layer-1 blockchains. Meanwhile, Solana's performance is supported by its Proof-of-History mechanism, which improves how transactions are ordered and verified across its validator set.
With performance data showing a widening gap between the top two networks and the broader market, the rankings reflect a maturing divide between blockchains built for high-throughput production use and those still catching up.
Sources:
Chainspect: Solana TPS, Finality and Scalability Metrics
The AI coding assistant @Caffeineai, developed by the @Dfinity Foundation, has generated 15 billion lines of code, according to Dfinity founder Dominic Williams. A significant share of that output was written in Motoko, the native programming language of the Internet Computer Protocol ($ICP), pointing to a sharp acceleration in on-chain development activity.
What Caffeine AI Does
Why It Matters for $ICPThe surge in Motoko code generation has direct implications for $ICP's positioning as an execution layer. This makes them a natural fit for the agentic services that Dfinity is targeting with its "Open SaaS" and "NextGen AIware" roadmap.
That token-burn mechanic ties growing developer activity directly to network demand.
With 15 billion lines of code already generated and Motoko output rising, the pace of autonomous app deployment on Internet Computer looks set to increase further as the platform moves from early adopters toward a broader developer base.
Sources:
VentureBeat: Dfinity launches Caffeine, an AI platform that builds production apps from natural language prompts
CoinDesk: ICP Up 4% Ahead of Caffeine Launch, the AI Platform Behind the Self-Writing Internet
CryptoNews: What Is Dfinity's Caffeine?
Governance Built Into the ProtocolMost blockchains handle upgrades the old-fashioned way: developers write the code, node operators install it, and everyone hopes coordination goes smoothly. Competing versions of the chain, commonly known as hard forks, are a real risk when that process breaks down.
The Internet Computer (@dfinity) takes a different approach. The Network Nervous System (NNS) is a fully autonomous, onchain governance organisation built directly into the Internet Computer protocol. It is a decentralised autonomous organisation hosted fully onchain and is responsible for making protocol-level upgrades to the network.
Proposals can update the version of the replica software run by node machines, something that traditional blockchains must do through slow, messy hard fork processes that create security risks. Because the NNS runs within the Internet Computer's protocols, it is able to make changes without interrupting the network's operation or breaking security.
How Neurons, Voting Power, and Rewards WorkHolders of the Internet Computer's $ICP utility tokens can lock their tokens into neurons to participate in governance and contribute to decision-making. These neurons must be locked for a specific time between six months and eight years to be eligible for voting and earning voting rewards.
Voting power is not simply a matter of how many tokens a holder locks up. The voting power of a locked neuron is determined by its stake (1 ICP equals one vote), its dissolve delay (six months grants a 1.06x bonus and eight years grants 2x, with all other durations scaling linearly), and its age (four years grants a 1.25x bonus, multiplicative with other bonuses). The maximum voting power of 2.5 votes per ICP staked is only achievable by locking a neuron for eight years and leaving it in that locked state for four years.
Neuron holders do not need to track every proposal manually. The NNS implements liquid democracy: voting neurons created by staking ICP can be configured to vote automatically by following other neurons, allowing the network to cascade to decisions. Holders retain full ownership of their $ICP throughout this process.
Participation carries a financial incentive. Voting rewards are distributed among participants who have locked ICP in neurons and are voting either manually or by following other neurons that vote, with rewards distributed daily as maturity, which is unrealised ICP that can be either staked or spawned.
The scope of what token holders can vote on is broad. The NNS can perform tasks such as upgrading node machines to update the protocol or apply security fixes, tweaking economic parameters, or forming new subnet blockchains to increase network capacity. Once approved by ICP token holders, these changes are automatically deployed by the NNS, seamlessly upgrading the network.
The result is a governance model where committed participation, not passive token holding, determines influence. Simply holding $ICP is not enough. Users must lock tokens into a neuron, choose their voting preferences, and engage with the system to earn both influence and rewards. In that sense, the NNS is not just a governance layer sitting on top of the Internet Computer. It is part of the network's operating machinery.
Sources:
Internet Computer: Network Governance
Internet Computer: Network Nervous System
DFINITY: What is the Network Nervous System?
Internet Computer [ICP] became one of the market’s top gainers after rising more than 10% over 24 hours.
The rally followed three retests of the $1.98 to $2.10 demand zone. Each retest drew buyers, strengthening the area’s importance.
Trading Volume and derivatives positioning also supported the recovery. However, crowded longs could expose ICP to a sharp pullback.
Is buying pressure building behind ICP? ICP’s Trading Volume nearly doubled to $84.36 million, according to Santiment data.
The increase accompanied the altcoin’s rally, suggesting stronger market participation. Still, volume alone cannot confirm sustained spot demand.
Source: Santiment Meanwhile, Coinalyze data showed that longs accounted for 67.88% of ICP positions on the daily timeframe. This bullish positioning could support the recovery if spot buyers maintain control. Even so, a long-heavy market may amplify losses during a sudden reversal.
Source: Coinalyze Can ICP clear the $2.40 barrier? On the daily chart, ICP approached resistance near $2.40 after leaving its recent consolidation range. A daily close above that level could strengthen the bullish setup. That move could place the next visible resistance near $2.64 in focus.
The altcoin also traded above its 20-day, 50-day, 100-day, and 200-day EMAs. This alignment suggested that buyers had regained short-term control.
Source: TradingView Could liquidity pull ICP toward $2.60? The Liquidation Heatmap showed a notable liquidity cluster between $2.60 and $2.70. If ICP breaks $2.40 with sustained momentum, the price could move toward that zone. However, the chart alone did not verify the draft’s $1 million estimate.
Source: CoinGlass Final Summary Internet Computer [ICP] bounced after testing this demand area three times, showing buyers remained active near $2. Long positions accounted for 67.88% of daily ICP exposure, indicating bullish sentiment. However, this could increase liquidation risk if the price falls.
The numbers behind @dfinity's Internet Computer protocol paint a striking picture. The $ICP token carries a market capitalisation of roughly $1.15 billion, yet total value locked (TVL) on the chain sits at approximately $12.6 million, according to DeFiLlama. That gap produces a market cap-to-TVL ratio of around 91x.
How Does That Compare to Other Chains? For most major blockchains, the ratio looks very different. Ethereum, for instance, currently holds around $45.4 billion in TVL, against a market cap in the hundreds of billions, keeping its ratio well under the double digits. Total DeFi TVL across all chains has fallen 37% in 2026 to roughly $71.77 billion, with Ethereum holding 53.1% of that figure. Competing networks such as Solana and BNB Chain account for meaningful additional shares. By those standards, a 91x ratio for ICP stands as a significant outlier.
In simple terms, the market is pricing $ICP at a substantial premium relative to the economic activity actually happening on the network. A lower ratio would suggest stronger capital deployment within the ecosystem, a sign that users and developers are actively locking funds into DeFi protocols on the chain.
What Is Driving ICP's Valuation? ICP ranks roughly 59th by market cap at approximately $1.18 billion, placing it well below the largest smart contract platforms but above most emerging Layer-1s. The gap between its market cap and on-chain activity reflects a dynamic common to technically ambitious projects: the market is pricing in future potential rather than present usage.
In July 2026, the network processed 133 million daily transactions, ranking as the second-most-active blockchain globally. That activity has not yet translated into proportional DeFi capital inflows, however. ICP's activity is real but not dominant, suggesting the architecture's technical advantages have not yet translated into compelling value propositions at scale.
On the tokenomics side, the ongoing "Mission 70" initiative, approved in January 2026, aims to cut annual inflation from around 9.7% to between 2.9% and 5.4% by end-2026 by capping staking rewards and accelerating the burn of cycles. Whether that structural tightening can help close the gap between market cap and on-chain activity remains to be seen.
For now, the DeFiLlama data serves as a useful reality check: a billion-dollar market cap does not necessarily reflect a billion dollars' worth of economic activity on the ground.
Sources:
DeFiLlama: Internet Computer TVL
DeFiLlama: Chain Rankings by TVL
CoinMarketCap: Internet Computer Latest Updates
@Solana and Internet Computer ($ICP, @dfinity) dominated blockchain activity in July 2026, processing a combined 7.23 billion transactions and widening the gap between performance-focused networks and the rest of the market.
Solana and ICP Pull Clear of the Field $SOL led all blockchains with 4.07 billion transactions for the month, while ICP recorded 3.16 billion, marking a record-breaking July for both networks. The figures underline a growing two-tier structure in the industry, where a handful of high-throughput chains absorb the bulk of on-chain activity.
ICP's performance is consistent with the trajectory it has built throughout 2026. In July, ICP processed 133 million daily transactions, ranking as the second-most-active blockchain globally, according to CoinMarketCap. That momentum follows a strong first half of the year: by 2026, ICP had processed over one billion transactions in Q1 and hosted around 980,000 canister contracts.
On the Solana side, throughput records have been falling steadily. Solana processed more than one billion non-vote transactions in the week ending July 6, the first time the network's weekly non-vote count crossed that threshold, according to Blockworks analytics data. Chainspect data released on July 10 showed Solana ranked as the fastest blockchain for the second straight week at 1,635 transactions per second, with Internet Computer securing second place at 1,035 transactions per second.
Mid-Tier Networks and Ethereum's Distinct Role Below the top two, adoption patterns reflect a clear preference for speed and low cost. @BNBChain recorded 448 million transactions in July, followed by @TronDao at 363 million and @Aptos at 352 million. Retail-oriented networks including @StellarOrg (318 million), @Base (226 million), and @0xPolygon (185 million) continue to capture significant $USDC and $PYUSD payment flows.
@Ethereum, by contrast, recorded 71 million transactions for the month. Rather than competing on volume, it continues to serve as the industry's primary high-value security layer, handling settlement for assets and protocols where finality guarantees outweigh throughput considerations.
The July data reinforces a division that has been forming throughout 2026: chains optimised for speed and scale are pulling activity away from legacy settlement layers, while Ethereum carves out a distinct role as infrastructure for high-stakes transactions. Whether the mid-tier networks can sustain their current volumes, or whether Solana and ICP will continue to extend their lead, will likely depend on where stablecoin issuers and institutional flows land in the months ahead.
Sources
Solana Compass: Solana Weekly Non-Vote Transactions Top 1 Billion
CoinMarketCap: Latest Internet Computer Network Updates
Tron Weekly: Solana and ICP TPS Rankings, July 2026
Active Loans Surpass $1.15M in Rapid Growth@LiquidiumFi's cross-chain lending platform has hit a notable milestone, with active loans exceeding $1.15M, according to DefiLlama data. That figure represents roughly a 10x increase since April, while total value locked (TVL) now sits at $3.1M, up 13% over the past week.
Launched in February 2026, Liquidium.fi operates as a non-custodial cross-chain lending platform. The protocol is built on Internet Computer's (@dfinity) Chain Fusion technology, which enables direct communication between blockchains. Users can supply and borrow native assets, including $BTC and USDT on Ethereum, without the security risks of centralized bridges or the need to manually manage wrapped tokens.
The underlying mechanism relies on threshold cryptography. Rather than routing assets through a custodian, the private keys for escrowed Bitcoin are mathematically split across hundreds of independent ICP nodes, and a consensus of those nodes must sign off on any transaction, such as releasing collateral or triggering a liquidation.
Oisy Wallet Integration Brings Lending Into One InterfaceThe growth comes alongside a meaningful UX development. Borrowing with $ICP and ckAssets has gone live inside the @oisy Wallet, meaning users can now access the full lending flow, including borrowing and supplying assets, without leaving the wallet interface. Liquidium is now integrated directly into OISY Wallet, with users able to access the Borrow section as well as the Earn section to supply and deposit assets.
The Oisy integration is powered by the Liquidium SDK and reflects a broader push to consolidate the cross-chain lending experience. By building on ICP's Chain Fusion, Liquidium makes it possible to lend and borrow Bitcoin directly, without centralized bridges or wrapping.
The platform's track record on its original Bitcoin-native product, Liquidium.wtf, adds context to the momentum. That protocol has processed over 119,000 loans and more than $400M in borrowing volume, and the team is now applying the same non-custodial infrastructure to the cross-chain market.
Sources:
Liquidium: Cross-Chain Lending Protocol Launch (Official Blog)
DFINITY Forum: Liquidium Now Live in OISY Wallet
DefiLlama: DeFi Analytics Dashboard
AI and Open SaaS Take Centre StageThe Internet Computer Protocol ($ICP) wrapped up a busy week with a string of updates spanning artificial intelligence, decentralised finance, and raw network performance, underscoring the pace of development at DFINITY and across its ecosystem.
DFINITY previewed a new MCP (Model Context Protocol) server designed to power real-time AI applications on-chain. The move builds on the foundation's broader push into on-chain AI. Internet Computer runs AI models as smart contracts, positioning itself as a platform where AI can build and update applications directly on-chain. The MCP server addition is aimed at making that vision more accessible to developers building live, responsive AI tools. Lightweight Rust and Motoko SDKs are already available for implementing MCP servers on the Internet Computer, signalling that developer infrastructure around this capability is maturing quickly.
Separately, DFINITY founder and Chief Scientist Dominic Williams unveiled the upcoming Open SaaS suite, a product offering that extends the network's pitch to software teams looking to build and distribute applications on decentralised infrastructure. Internet Computer is a Layer-1 blockchain developed by the DFINITY Foundation, positioning itself as a sovereign frontier cloud designed to run web-scale applications and AI workloads in a tamperproof, always-on environment.
Network Performance and Developer MomentumOn the performance side, mainnet throughput reached a peak of 25,621 TPS during the week, with daily transaction volume topping 126 million. Those figures reflect a network operating at significant scale. The network has sustained over 1,000 transactions per second for full 24-hour cycles recently, with growth driven by developers migrating complex workloads on-chain.
Developer engagement also stood out. $ICP ranked third in commits per developer across all crypto projects, a metric that tracks ecosystem health beyond price and volume. The network had previously ranked first across all cryptocurrencies for developer commits over a nine-month period, making the continued top-three placement a sign that the builder base remains active. Internet Computer's adoption is driven by three main areas: Chain Fusion DeFi, on-chain AI, and enterprise cloud use cases, and this week's announcements touched all three.
Taken together, the updates paint a picture of a protocol pushing hard on multiple fronts simultaneously, with AI tooling, product infrastructure, and raw throughput all moving in the same direction.
Sources:
CoinDesk: Internet Computer Bets Big on AI
DFINITY: Awesome Internet Computer (GitHub)
DFINITY: Internet Computer Roadmap 2025 Update
Internet Computer [ICP] has been stagnant since mid-June with the price action trading around $2.17. The 9-day and 26-day moving averages are flat, reinforcing this quiet price action with an insignificant daily change.
Interestingly, the price action of ICP is hinting at a potential breakout that could determine the altcoin’s direction.
ICP crypto nears triangle pattern breakout Looking at the price of ICP, the altcoin was trading at the apex of a triangle consolidation pattern. The pattern is characterized by a horizontal support at $2.12 and a slanting resistance running from $2.50 to $2.20. It has lasted for about two months.
The price contraction to the apex indicates volatility is low. Usually, low volatility precedes high volatility, which hints at a potential pattern breakout.
For now, ICP is trading in a consolidation. However, breaking and staying above the slanting resistance would expose a rally toward $2.50 or higher.
This was backed by Bull Bear Power (BBP) turning bullish. Additionally, transactions of more than 10K ICP on the Binance spot market have been increasing since the 15th of July.
Collectively, over 503 million ICP tokens had been aggressively accumulated in these two weeks. But from a broader perspective, ICP’s buying activity started in the second half of June.
Source: ICP/USDT on TradingView On the other hand, if ICP breaks below the support at $2.12, more price decline may be expected. That is, the next key demand level is at $2, while the extreme bear target is at the $1-$1.16 zone, which was created on the 10th of October.
Why is network activity showing divergence? While ICP was bullish on the technical outlook, its chain activity was bearish. For instance, overall transactions fell from 9,612 per day to about 3,680, the lowest level this month. These figures represented about a 62% drop in network usage.
However, ICP topped blockchains by monthly transaction count with 9.40 billion, as Solana [SOL] followed with 8.60 billion.
Similarly, volume was tanking further, creating this month’s low. It tumbled from 2.869 million ICP to 362.7K ICP tokens, further reinforcing the low network activity.
Source: ICP Dashboard Final Summary Internet Computer was trading at the apex of a consolidation pattern as the accumulation trend gained pace. ICP’s on-chain activity was diverging from the bullish technical outlook, reinforcing that a potential breakout was looming.
A Resilient Alternative to Centralized Cloud@Dfinity's Internet Computer ($ICP) is preparing to roll out a new class of infrastructure called cloud engines, designed to address growing physical and cyber threats against centralized data centers. According to the ICP CEO, cloud engines use a tamper-proof architecture that keeps hosted services running even when individual nodes or entire data centers are taken offline.
The timing is deliberate. Data centers have faced increasing exposure to geopolitical conflict and targeted cyberattacks, making the reliability of centralized cloud infrastructure a pressing concern for enterprises and governments alike. Over 90% of cloud compute is controlled by providers governed by foreign intelligence laws , a concentration that DFINITY argues creates systemic risk for anyone running mission-critical applications on traditional infrastructure.
Software hosted on the Internet Computer is tamperproof, immune to infrastructure hacks, always-on, and capable of auto-scaling , according to the project's official documentation. The cloud engines concept extends this principle by giving enterprises the ability to select specific node configurations, by region or compliance requirement, while retaining the network's core resilience guarantees.
Zero-Trust Architecture for the Autonomous Economy DFINITY Foundation founder Dominic Williams has described cloud engines as a major Internet Computer innovation that lets enterprises own and configure their own corner of the cloud network, while maintaining tamper-proof hosting guarantees. The model supports running ICP on Amazon, Google, or sovereign hardware, with the ability to migrate between them and scale horizontally by adding nodes without changing application code.
The push into enterprise cloud comes alongside a broader productization effort. Sovereign, private subnets for regulated enterprise and government AI workloads are part of ICP's 2026 roadmap. Real-world adoption is already visible: in early 2026, ICP launched the first national sovereign subnet in Switzerland at World Computer Day in Davos, with a dedicated Pakistan Subnet partnership announced shortly after.
DFINITY frames cloud engines as foundational infrastructure for what it calls the 2026 autonomous economy, an environment where downtime is not an acceptable outcome for applications that run without human intervention. The DFINITY Foundation positions the Internet Computer as a sovereign frontier cloud designed to run web-scale applications and AI workloads in a tamperproof, always-on environment.
Sources:
Internet Computer official site, internetcomputer.org
Bitget News: Internet Computer Launches First National Subnet in Switzerland
ICP Informer: The Rise of the Decentralized Cloud
Dfinity Adds Open SaaS to Its Growing Cloud RoadmapThe @Dfinity Foundation is pushing further into enterprise territory. Alongside its upcoming Cloud Engines product, founder Dominic Williams has announced that the Internet Computer ($ICP) protocol is preparing to launch an "Open SaaS" suite, a collection of dozens of on-chain services designed to let users run full enterprises directly on the blockchain.
According to Williams' post on X, every user will be able to customize their own SaaS service using AI, with the offering described as free to use forever and straightforward to install. The announcement adds another layer to what has become an ambitious product push from @Dfinity in 2026.
Cloud Engines Lay the FoundationThe Open SaaS suite builds on top of Cloud Engines, @Dfinity's sovereign cloud infrastructure product. A Cloud Engine is a dedicated private subnet within the ICP ecosystem, configurable to a specific specification, allowing users to choose their own security, performance, and resilience parameters. The technology gives enterprises real control over their infrastructure while maintaining tamper-proof hosting guarantees.
The Internet Computer's underlying cloud runs software that supports AI agents generating apps, websites, and SaaS on demand, with generated apps allowing users to make arbitrary requests via fluid AI experiences because AI can see the data inside and dynamically create logic on the fly. The Open SaaS announcement appears to operationalize that vision into a product anyone can deploy.
Sentiment around the project has strengthened after @Dfinity teased its upcoming Cloud Engines initiative, an announcement many view as a major step toward expanding $ICP's role in AI and decentralized cloud infrastructure. The global cloud infrastructure and platform services market is estimated at roughly $781 billion in 2025, and @Dfinity's Mission 70 white paper explicitly frames ICP as a platform that could address a major portion of that market through Cloud Engines and its "self-writing cloud" approach.
For the broader ICP ecosystem, the Open SaaS suite signals that @Dfinity is moving beyond developer tooling and into products that could attract mainstream enterprise users, with onchain services, AI customization, and a zero-cost entry point as the core selling points.
Sources:
Internet Computer Official Site
Coinpedia: ICP Price Climbs as DFINITY Expands AI Cloud Vision
Incrypted: DFINITY Foundation Announces New Economic Model for Internet Computer
DFINITY Tackles AI Agent Security With MCP Server Integration@dfinity's Internet Identity is set to integrate a Model Context Protocol (MCP) server, targeting one of the most pressing security gaps in agentic AI: the lack of secure key management for agents running in isolated cloud environments.
The move was confirmed by Arshavir Ter-Gabrielyan, who outlined the new architecture publicly. At its core, the design uses Trusted Execution Environments (TEEs) to store private keys, preventing autonomous agents from accessing sensitive credentials directly. Rather than holding keys themselves, agents must request explicit permission each time they want to execute an action within a specific application.
The problem being addressed is not trivial. MCP shifts the trust boundary by making the integration layer a new attack surface spanning identity, network, supply chain, and runtime. Wiz Research found MCP servers present in at least 80% of observed cloud environments in early 2026, and 5% of those environments run at least one internet-facing MCP server. As deployment has scaled, so have the risks around credential exposure and unauthorized agent actions.
MCP was introduced by Anthropic in November 2024 to connect AI models to data, and has since become a de facto standard for agentic tool use. It is an open protocol that enables seamless integration between large language model applications and external data sources and tools, providing a standardized way to connect LLMs with the context they need. However, when MCP first emerged, it offered the core protocol for tool and data exchange but lacked a standardized authentication mechanism for connecting to remote servers.
TEEs as the Security FoundationBy routing key management through TEEs, the Internet Identity MCP architecture ensures that private keys remain hardware-protected and out of reach of the agent's own logic. Agents operating under this model are constrained to request scoped permissions, effectively enforcing a least-privilege model at the device level.
This approach aligns with broader security thinking around agentic systems. When discussing agent identity, the goal is to give the decision-making entity a distinct, verifiable identity that can be tracked, authorized, and audited throughout its interactions with MCP servers. Security researchers have consistently argued that actions performed by MCP servers should always be confirmed by users or restricted to reduce risk to an acceptable level.
For the Internet Computer ecosystem, the integration is a meaningful step toward making autonomous on-chain agents viable at scale. Frameworks built on ICP already leverage decentralized Trusted Execution Environments so that agents can maintain security, privacy, and data integrity. The Internet Identity MCP server extends that principle to authentication and key management, bridging the gap between agentic logic and device-level security.
DFINITY Internet Identity GitHub Repository | Model Context Protocol Official Specification | Wiz: Model Context Protocol Security Overview 2026
DFINITY Goes Live with Community Stress Test@Dfinity has activated MULTI/DEX in Play Mode on multidex.ai, kicking off a structured community evaluation phase for what the project describes as a "DeFi 3.0" protocol built entirely on Internet Computer ($ICP).
The exchange went live on July 11, and simulated trading volume crossed $243 million within 24 hours by July 13, according to the platform's public dashboard. All balances during this phase are dummy assets, meaning no real capital is at risk. Each participant starts with $100,000 in simulated funds and competes on a public leaderboard.
The exchange recorded over $162 million in volume and more than $129,000 in simulated fees on its first day alone.
How MULTI/DEX WorksMULTI/DEX runs 100% on-chain and lists Bitcoin ($BTC), Ethereum ($ETH), Solana ($SOL), and $ICP against an ICPUSD quote asset. It combines a central limit order book with an automated market maker (AMM), and supports both spot trading and margin positions with up to 10x leverage. An insurance fund built from 5% liquidation penalties is designed to absorb bad debt and keep the exchange solvent.
The infrastructure sits under the governance of the Network Nervous System (NNS), Internet Computer's on-chain algorithmic governance mechanism, which directly orchestrates and updates the network. NNS proposal 142,743 created a dedicated SEV-enabled subnet with confidential computing to host the exchange, spanning seven nodes across seven independent providers and seven jurisdictions. A follow-up proposal on July 9 authorized deployment of the exchange canisters on that subnet.
The Play Mode phase is not just a product demonstration. DFINITY is using it as a formal community evaluation ahead of an official GitHub release. Developers are actively encouraged to probe the protocol for vulnerabilities, with bugs and exploits directed to a dedicated bounty email address. The broader goal is to gather enough community confidence to submit MULTI/DEX to an NNS vote for permanent, autonomous, ownerless execution.
DFINITY founder Dominic Williams framed the launch as a direct challenge to centralized exchanges, describing the project as "true DeFi that mimics CEXs." The play-mode period will determine whether the community endorses handing full control of the platform to the NNS.
Sources:
BeInCrypto via Yahoo Finance: ICP Traders Pile $243 Million Into Multi/DEX
DFINITY Developer Forum: MULTI/DEX Thread
DFINITY: The Network Nervous System, Governing the Internet Computer
@Dfinity's Internet Computer protocol ($ICP) reached a new weekly activity peak on Tuesday after processing more than 98.3 million transactions in a single day, according to data tracked by @ChainspectApp. The figure marks a record for the network and adds to a string of throughput milestones logged by the protocol in 2026.
Sustained Throughput, Not Just a One-Day Spike The record daily figure sits within a broader pattern of rising on-chain activity. The Internet Computer network recently sustained over 1,089 transactions per second for a continuous 24-hour period, with peaks reaching 1,300 TPS, demonstrating an ability to maintain enterprise-grade throughput rather than achieve short-lived peaks. According to ChainSpect's real-time tracker, Internet Computer has averaged 2,554 transactions per second over a recent week, more than double Solana's 1,153.
Over the past 180 days, Internet Computer processed approximately 75.7 billion transactions, with daily counts rising from roughly 300 to 350 million at the start of that period to peaks approaching 750 to 800 million in May. Even after that spike, the network has consistently maintained daily activity well above earlier levels, indicating that usage remains elevated rather than being a one-off event.
Developer Migration Driving On-Chain Demand @ChainspectApp metrics confirm that $ICP is sustaining record-level throughput as developers migrate complex workloads to on-chain environments. The protocol's architecture is designed to accommodate that shift. Dfinity uses a subnet-based architecture to scale horizontally, enabling multiple subnets to process tasks in parallel, making its performance closer to that of distributed cloud services. Internet Computer uses a reverse gas model where developers pre-pay computation costs in cycles burned from ICP tokens.
Recent infrastructure upgrades have also expanded the network's capacity. The DFINITY Foundation rolled out a major upgrade that doubled storage capacity across all 47 subnets, allowing applications to handle larger workloads and bringing total Internet Computer capacity to 94 TiB, with each subnet now supporting 2 TiB of replicated state. GitHub commits saw growth of 37% month over month in Q4 2025 and Q1 2026 as developers gained confidence in the improved infrastructure.
The throughput record arrives alongside activity on the DeFi front. A public rollout of MULTI/DEX is currently underway, where participants use dummy assets to stress-test the protocol's architecture, replicating the speed and liquidity of centralized exchanges, with the outcome to be submitted to the Network Nervous System for a vote on permanent, autonomous execution. A successful launch would demonstrate that ownerless, on-chain DeFi can rival centralized exchange performance, potentially attracting significant liquidity and boosting the network's DeFi TVL, which has grown to over $250 million in 2026.
Sources
BanklessTimes: Internet Computer ICP Tests Key Resistance After 11% Move
CoinMarketCap: Latest Internet Computer News and Network Updates
Internet Computer Dashboard (Official Network Stats)
Williams Challenges the Node Count NarrativeDfinity (@dfinity) founder Dominic Williams (@dominic_w) has pushed back against criticism from Cyber Capital founder Justin Bons, who claimed that Internet Computer ($ICP) is insecure and highly centralized. Williams rejected that framing, arguing that simply counting nodes is not a meaningful measure of a network's security or decentralization.
His core argument centres on the quality of participation rather than its quantity. Williams contends that true security depends on the number of genuinely independent participants involved in consensus. In his view, a network with fewer, verified, non-anonymous operators can be more secure than one with a large but loosely accountable node set.
The broader charge he levels at many proof-of-stake networks is pointed. Williams suggested that some of those chains give the appearance of decentralization while in practice being controlled by a small, coordinated group. ICP, he argues, avoids that trap through its requirement for verified node operators.
How ICP Handles Node GovernanceThe design of ICP's node structure supports Williams' position in part. Node providers on ICP must be voted on by the network's governance system, which ensures that hardware meets ICP's standards and that the identity of each node provider is known to the community. Each node provider must sign a declaration of good intent and may be liable if the node misbehaves.
Nodes are also assigned to subnets in a way designed to maximise decentralization across operators, geography, and jurisdiction, a process the protocol calls deterministic decentralization.
Rather than using traditional proof-of-work or proof-of-stake models, ICP employs a consensus mechanism that combines threshold cryptography, randomized leader selection, and on-chain governance via the Network Nervous System (NNS).
Critics, including Bons, argue that the relatively small and permissioned nature of ICP's node set remains a vulnerability. Node requirements involve enterprise-grade hardware, which has raised concerns about access and decentralization among smaller operators. The debate reflects a wider, unresolved tension in the blockchain industry over how decentralization should be measured and what tradeoffs are acceptable in pursuit of performance and security.
Sources:
Internet Computer Official Docs: Network Architecture
99Bitcoins: What Is Internet Computer (ICP)?
Internet Computer Wiki: Decentralization in ICP
Internet Computer (@Dfinity) founder @dominic_w has confirmed that MULTI/DEX, the protocol ICP regards as the world's most advanced decentralized exchange, will launch in what the team is calling "game mode" later this week. The announcement marks one of the most anticipated releases on the $ICP network in recent memory.
What "Game Mode" Actually Means The game mode rollout is not just a marketing term. Alongside the live release, the protocol's source code will be made publicly available for community evaluation. Participants will receive $100,000 in dummy assets to compete in a simulated environment designed to mimic the speed and liquidity of centralized exchanges, effectively stress-testing the architecture under realistic conditions before any real capital is at risk.
The aim is to demonstrate that ownerless, on-chain DeFi can match the performance benchmarks that traders typically associate with centralized platforms, a claim that has historically been difficult for decentralized protocols to substantiate.
The Road to Permanent Deployment Once the evaluation phase concludes, MULTI/DEX is slated for submission to ICP's Network Nervous System (NNS). The NNS is the autonomous software that governs the Internet Computer blockchain and manages everything from economics to network structure. The NNS allows anyone in the world to submit and vote on proposals to the network, and if adopted, the proposals are immediately executed automatically, enabling the network to adapt and evolve in real time. Passing the NNS vote would mean MULTI/DEX operates under permanent, autonomous execution with no single owner able to alter or shut it down.
The move fits within a broader period of technical momentum for the Internet Computer. ICP sustained over 1,000 transactions per second for a full day as recently as July 3, 2026, showcasing enterprise-grade throughput. ICP DeFi TVL has grown from around $100 million in 2024 to more than $250 million in 2026. Whether MULTI/DEX can accelerate that trajectory will depend on how the community responds during this week's open evaluation.
Sources:
DFINITY: What is the Network Nervous System (NNS)?
BingX: What Is Internet Computer (ICP)? A Beginner's Guide
Data from @chainspect_app has handed @Solana a notable milestone: the network has overtaken @dfinity's Internet Computer Protocol ($ICP) to claim the number one spot in real-world blockchain speed, registering 1,707 transactions per second (tx/s). $ICP drops to second place at 978 tx/s, while @BNBChain holds third position, though some distance behind the top two.
Speed Rankings Shift at the Top The Chainspect dashboard, which tracks live scalability metrics across major networks, has become a closely watched reference point for on-chain performance comparisons. Tools like Chainspect compile real-time performance metrics across various networks, providing transparent insights into the number of transactions processed each second. The figures reported for $SOL and $ICP reflect observed throughput rather than theoretical ceilings, making them a more practical measure of production-ready performance.
Real-world sustained TPS on Solana's mainnet typically ranges from 1,000 to 4,000 TPS depending on network activity, according to Chainspect live data. Solana's distinctive consensus mechanism, Proof of History (PoH), helps it achieve this scalability and efficiency. Meanwhile, Internet Computer focuses on running apps at web speed directly on the blockchain, handling around 1,200 real transactions per second with confirmation times between one and two seconds.
It is worth noting that TPS rankings can shift frequently. As recently as May 2026, Internet Computer led every major blockchain in total transaction volume over a 30-day period, with its volume reaching roughly 6.5 billion on the Chainspect rankings. The two networks have remained close rivals at the top of the speed table for some time, and Solana and Internet Computer lead in sustained real-time TPS among layer-1 blockchains more broadly.
$ICP vs $SOL: Different Strengths, Same Race Beyond raw throughput, the two networks take different architectural approaches. The Internet Computer is a decentralized cloud blockchain that pursues the cloud computing market, hosting apps, websites, and enterprise systems fully on-chain. Solana, by contrast, is built primarily around high-frequency financial activity. Solana's real-world throughput is already comparable to Visa's average daily processing load of approximately 1,700 TPS.
Looking ahead, Solana's performance headroom could expand considerably. The Firedancer validator client, built from scratch by Jump Crypto, processed over 1 million transactions per second on commodity hardware in testing, a demonstration confirmed at Breakpoint 2024. That suggests the current TPS figure, competitive as it is, may only be the beginning for the network.
For now, the community debate is live: which network offers the stronger long-term case, $ICP or $SOL?
Sources:
Chainspect: Fastest Blockchains by TPS (Live Dashboard)
Chainspect: ICP vs Solana TPS Comparison
BeInCrypto: Internet Computer Beats Solana and BNB Chain in 30-Day Activity Race
ICP Posts Sustained 1,089 TPS Over Full 24-Hour Cycle@Dfinity's Internet Computer Protocol ($ICP) has reached a new weekly throughput milestone, processing a sustained 1,089 transactions per second, and holding that rate across a complete 24-hour period. According to @Chainspect_app, the network recorded more than 1,000 TPS every day throughout the past week, a level of consistency that sets it apart from many layer-1 peers that post headline speeds without the underlying endurance.
The milestone matters because sustained throughput, rather than peak bursts, is what real-world applications actually demand. Chainspect data shows ICP's current TPS at 1,300, with a recorded maximum of 25,621 transactions per second and a block time of 0.48 seconds. That block time, combined with near-instant finality, makes the network a credible candidate for high-concurrency use cases such as on-chain AI inference, enterprise-grade applications, and full-stack decentralised services.
Architecture Built for Scale Internet Computer is a layer-1 blockchain developed by the DFINITY Foundation that hosts smart contracts called canisters across more than 47 subnets, using Chain Key cryptography for sub-second finality. Rather than routing everything through a single consensus bottleneck, the network splits workloads across independently running subnets, each with its own consensus mechanism. This design is central to why the protocol can sustain four-digit TPS figures day after day, rather than only during brief stress tests.
Internet Computer uses a reverse gas model where developers pre-pay computation costs in cycles burned from ICP tokens. The practical effect for end users is effectively zero transaction fees, which removes one of the most common friction points limiting adoption on competing chains. The average transaction fee on ICP currently sits at roughly $0.0000994.
The network has surpassed 294 billion total transactions, processing around 910 to 1,300 transactions per second depending on the measurement window. That cumulative figure, combined with consistent weekly TPS data from Chainspect, positions ICP among the most active layer-1 networks by raw transaction volume. Whether that activity translates into broader developer and user adoption remains a separate question, but the infrastructure case is becoming harder to dismiss.
Sources
Chainspect: ICP TPS, Max TPS, Block Time and Network Metrics
CoinMarketCap: Internet Computer Latest Network Updates
Internet Computer: Official Network Statistics
Internet Computer Crosses 294 Billion Transactions@Dfinity's Internet Computer Protocol ($ICP) has officially crossed 294 billion total transactions, reinforcing its position as one of the highest-throughput layer-1 blockchains in the crypto space. The network is recording real-time activity of 910.6 transactions per second, with a 480ms block time and near-instant finality.
The milestone builds on a rapid trajectory. According to Coinpedia, Internet Computer had already processed nearly 288 billion transactions in mid-June 2026, making it the most-used blockchain network globally by total activity at that point. The network has since pushed past 294 billion.
Low Fees, Growing InfrastructureOne of the protocol's most cited selling points is its fee structure. Average transaction costs on the network sit at roughly $0.00008845, a level that makes it practical for high-frequency on-chain applications, enterprise systems, and decentralized websites. BanklessTimes reported in May 2026 that Internet Computer averaged 2,554 transactions per second over a prior week period, more than double Solana's 1,153 over the same window.
The network currently operates with 673 validators and $506.4 million in total stake. Its fully diluted market cap stands at $1.16 billion. The architecture splits workloads across independently running subnets, each with its own consensus layer. Crypto News Navigator noted that late-2025 infrastructure upgrades, including the Fission and Stellarator milestones, delivered a 50% increase in compute throughput and doubled subnet storage capacity to 2 TiB per subnet.
On the tokenomics side, Mission 70, a governance proposal that passed with over 53% support in January 2026, targets a reduction in annual $ICP inflation from 9.72% to approximately 2.92% by end of 2026. If achieved, the supply dynamics would shift materially in favor of existing holders.
Despite the on-chain activity figures, $ICP's market price remains well below its 2021 launch highs. The gap between network usage and token valuation continues to be a point of debate among market participants, with some viewing the transaction milestone as a potential narrative catalyst if broader crypto market conditions remain supportive.
Sources:
Coinpedia: ICP Price Eyes Breakout as Internet Computer Becomes Crypto's Most Used Blockchain
BanklessTimes: Internet Computer Tests Key Resistance After 11% Move
Crypto News Navigator: Internet Computer Blockchain Hit 1B Transactions in Q1 2026
@dfinity's Caffeine platform has launched a direct integration with @AnthropicAI's Claude, allowing users to generate and deploy production-ready applications on the Internet Computer blockchain entirely through natural language prompts, without writing a single line of code.
Building Apps Through Conversation @CaffeineAI is an AI-powered development platform built by the DFINITY Foundation. Caffeine generates web applications from text descriptions and deploys them directly on the Internet Computer blockchain. The Claude integration extends that capability into Anthropic's own LLM environment, meaning users can build, iterate on, and ship complex software without ever leaving the chat interface.
The move targets both casual "vibe coders" and enterprise teams. Unlike tools such as Cursor that help human developers write code faster, Caffeine positions itself as a complete replacement for technical teams. Users describe what they want in plain language, and an ensemble of AI models writes, deploys, and continually updates production-grade applications with no human intervention in the codebase itself.
Unlike many existing AI development tools, Caffeine handles everything from secure backend logic to full-stack deployment, enabling users to build secure, resilient, and sovereign apps with minimal effort. Once code is generated, Caffeine deploys the app directly onto the Internet Computer blockchain, where ICP's canister-based architecture ensures the app is secure, tamper-proof, and runs entirely on-chain without relying on centralized servers.
A Technical Edge on Data Safety One of Caffeine's more notable claims is around data integrity during updates, a recurring problem in AI-generated software. The platform builds applications using Motoko, a programming language developed by DFINITY specifically for AI use, which provides mathematical guarantees that upgrades cannot accidentally delete user data. The system employs what DFINITY calls "loss-safe data migration," where the framework automatically verifies that any transformation to an application's data structure will not result in data loss, refusing to compile or deploy code that could delete information unless explicitly instructed.
The Anthropic relationship is not entirely new. Pierre Samaties, chief business officer at DFINITY, noted at a San Francisco launch event that Anthropic had partnered with DFINITY on Caffeine, with developers observing that DFINITY had been using Anthropic's Claude Sonnet to drive Caffeine's backend logic on the ICP. The latest announcement formalises that relationship by surfacing Caffeine's capabilities directly inside Claude for all users.
The integration arrives as agentic AI tools gain broader enterprise traction. Anthropic's own enterprise case studies highlight organizations including Rakuten, CRED, TELUS, and Zapier as having deployed multi-agent coordination systems built on Claude. Bringing Caffeine into that environment gives ICP-based app development a direct route to that growing user base.
Sources:
VentureBeat: Dfinity launches Caffeine, an AI platform that builds production apps from natural language prompts
Business Wire: DFINITY Opens Early Access to Caffeine
SiliconAngle: The self-writing internet: Is Dfinity's Caffeine AI a wakeup call for application developers?
Crypto markets may be volatile, but the builders keep building. According to @SantimentData's latest 30-day GitHub development activity ranking, @MetaMask USD ($mUSD) sits at the top by a wide margin, ahead of some of the most established names in the industry.
The Top Five by Development Activity The current ranking, based on notable GitHub events over the past 30 days, is:
Santiment's ranking is based on daily notable development activity recorded on GitHub, tracking which projects within the ecosystem are experiencing the most intense technical progress. Importantly, Santiment tracks the number of GitHub events a project generates rather than simply counting commits, since pushing a commit is just one of many actions that produces an event. The methodology also filters out low-value noise such as automatic updates or superficial changes, making it a more reliable signal of genuine engineering momentum.
What Is Driving mUSD's Lead MetaMask USD ($mUSD) is the first native stablecoin launched by a self-custodial wallet, built with Bridge, a Stripe company, and M0, and supports on-ramps, swaps, bridging, and will soon be spendable via the MetaMask Card at millions of Mastercard merchants. Supported on Ethereum Mainnet and Linea, every mUSD in circulation is backed 1:1 by short-term US Treasury bills.
The development activity reflects ongoing technical work on the stablecoin's contracts, M0 protocol integrations, yield features, and wallet features such as swaps, bridging, and the MetaMask Card. MetaMask is building mUSD as a core financial layer inside the wallet, with a focus on frictionless on- and off-ramps, seamless cross-application payments, and native DeFi access, effectively evolving the wallet into a full financial operating system.
The gap between mUSD and the rest of the field is notable. According to Santiment, the list reflects only the technical development strength of projects and the activity of their teams, independent of price movements. That makes it a useful lens for gauging which teams are genuinely committed to shipping, regardless of where markets are trading.
ICP and Solana Cross the 100 Billion Transaction Threshold@dfinity's Internet Computer ($ICP) and @Solana have become the only two blockchain networks in the world to surpass 100 billion lifetime transactions. The milestone places both networks in a category of their own, well ahead of every other public chain by total throughput.
ICP leads the global ranking with 293 billion total transactions since its launch, while Solana holds second place at 114 billion. The next closest networks are @Hedera ($HBAR) at 71.2 billion and @StellarOrg at 23.5 billion, underscoring how wide the gap has become between the top two and the rest of the field.
The figures are a strong signal of real infrastructure demand. Internet Computer has quietly emerged as the most-used blockchain by total transactions, drawing renewed attention in crypto markets even as much of the focus remains on Bitcoin, AI tokens, and memecoins. The network was approaching 300 billion transactions as recently as mid-June 2026.
What the Numbers Reflect About Network ArchitectureThe transaction counts are partly a product of how each network is designed. Internet Computer splits workloads across independently running subnets with their own consensus, and late 2025 and early 2026 upgrades brought a 50 percent increase in compute throughput. That parallel architecture allows ICP to absorb high volumes without the congestion that affects more monolithic chains.
Solana's design tells a similar story. The network processed an average of 102.7 million transactions per day in recent weeks, running at between 1,000 and 4,000 transactions per second, far ahead of Ethereum and most other blockchains. Solana processed 25.3 billion transactions in the first quarter of 2026 alone, though that total includes validator vote transactions that are not directly comparable to activity on other chains.
Context matters when reading raw transaction counts. Both ICP and Solana include activity types that other networks do not record in the same way, meaning the headline figures reflect architectural differences as much as pure user demand. Even so, the scale of the gap between these two networks and all others points to a structural shift in where on-chain activity is concentrating.
With @Hedera ($HBAR) sitting at 71.2 billion and @StellarOrg at 23.5 billion, the data suggests the industry is sorting into a small group of high-throughput infrastructure layers and a broader set of networks operating at significantly lower volumes.
Sources:
CoinPedia: Internet Computer Becomes Crypto's Most Used Blockchain
The Motley Fool: Solana Processed 25.3 Billion Transactions in Q1 2026
Crypto News Navigator: Internet Computer Blockchain Transaction Milestone
Following the price retreat, ICP dropped down to the 55th-biggest cryptocurrency.
ICP is the worst-performing cryptocurrency today (at least among the top 100), posting a 10% price decline.
However, certain technical indicators suggest this might be only a short-lived pullback, while multiple analysts support the bullish scenario.
ICP Heads South Just a few hours ago, the asset’s valuation plunged to a one-week low under $3, while its market capitalization sank to approximately $1.6 billion.
ICP Price, Source: CoinGecko It is important to note that ICP’s negative performance aligns with an overall correction sweeping through the broader crypto market. Bitcoin (BTC) slipped beneath $80,000, while popular altcoins like Worldcoin (WLD), Cronos (CRO), Arbitrum (ARB), and Aptos (APT) tumbled by 7-8% over the past day.
In the meantime, Coinbase could have also played a role in Internet Computer’s downfall. Recently, it removed six non-USD trading pairs, including ICP/USDT and ICP/GBP.
Such actions by one of the biggest cryptocurrency exchanges reduce liquidity for the affected tokens and make it harder for traders to enter or exit positions. Fewer trading options often mean lower volume and weaker investor confidence, especially amid a crypto pullback.
At the same time, one should keep in mind that if Coinbase had removed all ICP-related services, the impact would likely have been far more severe and could have triggered a much sharper price collapse.
The asset remains available on numerous well-known exchanges, including Binance, Bybit, Bitget, OKX, and more. Two months ago, the leading South Korean trading venue Upbit also hopped on the bandwagon, fueling a 16% price increase for ICP following the news.
Resurgence Comes Next? ICP’s Relative Strength Index (RSI) signals that the price pullback may soon be replaced by a revival. The technical analysis tool runs from 0 to 100, and readings below 30 indicate that the valuation has dropped too much, too quickly, potentially setting the stage for an upside move. Conversely, anything under 70 is considered a warning of impending correction. Currently, the RSI stands at around 28.
ICP RSI, Source: CryptoWaves Analysts like Kong Trading and JAVON MARKS expressed confidence in the coin’s outlook. The former noted that almost half of ICP’s supply is locked in staking, with people committing for years.
“That’s not weak conviction. Hard to ignore when supply keeps tightening like this,” they added.
For their part, JAVON MARKS recently argued that ICP has displayed a Falling Wedge pattern and shows signs of strength. They believe a potential breakout could spark a 300% move above $10 and “may act as the start of an even larger reversal.”
