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SSV Network recently revealed SSV 2.0, a new bootstrapping model to bring “Based” Applications (bApps) to Ethereum. The new infrastructure framework aims to enhance the network’s security and enable “truly decentralized” bApps without compromising Ethereum’s core values.

SSV Network To Bring ‘Based Applications’ To Ethereum SSV Network announced SSV 2.0, an infrastructure framework created to “address the increasing ecosystem fragmentation” and growing demand for Layer 1 (L1)-anchored interoperable solutions.

SSV Network is a fully decentralized distributed staking infrastructure securing 1.9 million staked ETH. The staking network allows the distributed operation of Ethereum validators using Secret Shared Validators (SSV).

According to the announcement, the new bootstrapping model will allow applications “to go ‘based’” by directly leveraging Ethereum’s validator network. The “based” approach is set to “reunite fragmented liquidity while enhancing security” through Ethereum’s validator infrastructure.

Moreover, SSV Network highlighted the growth of the based ecosystem, which creates a need for “a based solution to bootstrapping.” It also noted that SSV 2.0 aims to allow developers to build on Ethereum L1 in a “way that is aligned with the original values and future vision of the ETH ecosystem.”

This includes solving several core issues like fragmentation, high bootstrapping costs, and inadequate security for many Layer 2 (L2). Founder and CEO of SSV Labs, Alon Muroch, stated that the project could change the restaking market, create a new “based economy,” and transform the network’s economics:

SSV2.0 is the biggest, most ambitious project for the SSV Network DAO that has ever been envisioned. If put in place by the DAO, it will profoundly change the restaking market and will create a new ‘Based Economy’ where validators directly secure the bApps of tomorrow. All while positively transforming the SSV economics.

A ‘New Class’ Of Decentralized Apps According to the announcement, SSV 2.0 bases any services or applications directly on the Ethereum L1, creating a “new class of decentralized applications” that allows validators to do more. Additionally, it aims to ensure that bApps can use Ethereum L1’s security, decentralization, and Sybil resistance.

A bApp gains security directly from the L1 instead of utilizing different tokens like in current restaking models, making them more Ethereum-aligned and not exposing Ethereum or its validators to cascading risks. Additionally, gaining more security for the cost of bootstrapping SSV 2.0 extends beyond traditional bootstrapping approaches by introducing the first ‘Infinite-sum’ security model, where increased participation strengthens the entire network rather than creating zero-sum competition.

The new model utilizes the validator as the basis of security to provide a “shared security foundation” to bootstrap any use case, including L2s, oracles, fraud-proofs, and other things that require validation and security.

Meanwhile, validators will be able to unlock benefits by helping bApps bootstrap. SSV Network states that in SSV 2.0, validators can increase their gains by opting into secure bApps or providing different services, like L2 sequencing or validator commitments, to those that need it.

The team announced the development of the SVV Chain as the first bApp to “support the coordination of the new based economy.” The dedicated chain will act as a secure coordinator layer to enable the extension of the SSV network to multiple L1s, including Solana, Avalanche, and Cosmos.

Additionally, SSV Network unveiled its tokenomic changes as part of its transformation from a Distributed Validator Technology (DVT)-powered staking infrastructure into a multidimensional network for the based economy. “First, SSV 2.0 will enable anyone to participate in securing bApps and get rewarded by staking SSV. Second, the SSV token will introduce new burning and fee mechanisms,” the announcement read.

Ethereum (ETH)'s performance in the one-week chart. Source: ETHUSDT on TradingView Featured Image from Unsplash.com, Chart from TradingView.com

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SSV Network has unveiled a new project called Compose Network, pitching it as the “holy grail of Ethereum interoperability” and a layer that will connect rollups rather than compete with them. Announced in a spirited post on X, the team positioned Compose as a continuation of SSV’s infrastructure work, built on its validator stack and meant to enable atomic, instant coordination across Ethereum’s various rollups.

According to SSV’s announcement, Compose is a coordination layer at the execution layer: it lets actions that span multiple rollups execute together, or not at all. The core promise is straightforward but consequential. Deposit to Rollup A, swap on Rollup B, bridge back to Rollup A; all of those steps would settle together, atomically, in a single coordinated flow. No long waits on bridges, no fragmented liquidity across siloed rollups, just instant finality backed by fast zk proofs and secured by Ethereum.

SSV framed Compose not as a pivot but as an “SSV-native initiative.” The team says it builds on the group’s earlier work on distributed validator technology (DVT) and on the notion of “Based Applications” that SSV introduced earlier this year. By extending those ideas, Compose aims to give SSV validators a new role: powering cross-rollup coordination and earning additional incentives for doing so. In SSV’s view, that will create more use cases, increase demand for validators, and strengthen network effects while attracting a growing ecosystem to build on top of the infrastructure.

The company emphasized that SSV Labs and the SSV DAO remain committed to advancing DVT and to the network’s core roadmap, portraying Compose as the next logical step in both SSV’s roadmap and Ethereum’s evolution. “Compose isn’t just about faster transactions,” the post reads, “It’s about restoring the Ethereum experience, where everything works together again. Atomic. Synchronous. Instant. Composable.”

From DVT to interoperability Technically, Compose promises to stitch rollups at the execution layer using a combination of fast zero-knowledge proofs and SSV’s validator security. That architecture is intended to deliver the kind of atomic cross-chain experiences users and developers have long sought: multi-step flows that either complete in full across rollups or fail cleanly, without leaving funds stranded mid-bridge. If Compose delivers on its claims, developers would be able to design multi-rollup applications that behave as if they were deployed on one unified Ethereum, rather than a patchwork of separate environments.

SSV’s announcement also teased a broader play: by enabling synchronous composition across rollups, the project aims to make Ethereum scale horizontally via rollups while preserving a vertically unified user and developer experience. The blog post linked by SSV promises more technical detail and context for teams that want to learn how Compose will work and who will be able to build on it.

To answer questions from the community, SSV invited followers to a community call and pointed readers to its Discord channel. The team also encouraged people to follow Compose Network on X for updates as the project moves from announcement toward implementation. The introduction of Compose comes at a moment when Ethereum’s roadmap increasingly relies on rollups for scaling, and the ecosystem is hungry for better cross-rollup primitives. Bridges have long been a pain point; slow finality, liquidity fragmentation, and complicated user flows have frustrated both builders and end users.

By promising instant, atomic multi-rollup transactions, Compose isn’t trying to be another rival rollup; it’s pitching itself as the glue that actually makes rollups work together. The idea is simple: stitch different rollups into a single, seamless experience so users and builders don’t have to wrestle with slow bridges or fragmented liquidity.

Of course, whether Compose can pull it off comes down to the gritty details, the implementation, how validator rewards are structured, and whether SSV can produce fast, reliable zk proofs at scale. Still, the announcement feels like a bold step: moving interoperability from basic message passing to true atomic execution. If it succeeds, it could change how multi-rollup apps are built and, more importantly, how they feel to use across Ethereum.

AUTHOR

Mushumir Butt is a seasoned crypto journalist with over three years of experience reporting on the world of blockchain and cryptocurrency. At Blockchain Reporter, he delivers insightful news, in‐depth project reviews, and precise price analysis and predictions. With a strong background in SEO and digital marketing, Mushumir excels at breaking down complex trends into clear, accessible content, ensuring readers stay ahead in the fast‐paced crypto space.