Aligned is building a vertically integrated Ethereum infrastructure stack, aiming to reduce the cost and complexity of ZK proof verification, rollup deployment, and interoperability for developers and enterprises
Ethereum's scaling challenges have driven a wave of infrastructure projects focused on zero-knowledge (ZK) proofs, but few have attempted to unify verification, aggregation, rollup deployment, and wallet infrastructure under one stack. Aligned, originally known as Aligned Layer, is now positioning itself as a comprehensive backend for developers and institutions building on Ethereum. The project's core products target the high cost and limited throughput of ZK proof verification, while its broader roadmap includes proof aggregation, Rollup-as-a-Service (RaaS), wallet infrastructure, and interoperability protocols.
Proof Verification and Aggregation
Zero-knowledge proofs allow one party to prove a computation's correctness without revealing the underlying data or requiring every node to re-execute the computation. While this technology is central to rollups, privacy protocols, and cross-chain bridges, Ethereum's EVM was not designed for large-scale ZK proof verification. Directly verifying complex proofs on Ethereum can be expensive and constrained by blockspace. Aligned's initial solution was a dedicated Proof Verification Layer, operating as an actively validated service on EigenLayer, where restaked operators batch-verify ZK proofs and submit results to Ethereum. This approach aims to deliver high throughput and low latency for applications that need rapid proof validation.
As the project evolved, Aligned introduced a Proof Aggregation Service, which recursively combines multiple proofs into a single proof for final verification on Ethereum. This method reduces the per-proof cost by spreading the on-chain verification fee across many proofs. The aggregation service entered Ethereum Mainnet Alpha in January 2026 and is now integrated with Ethrex, serving as a foundation for Aligned's rollup infrastructure. The two approaches-verification layer and aggregation service-are designed to meet different needs: one prioritizes speed and throughput, the other focuses on cost efficiency and direct Ethereum settlement.
Integrated Infrastructure and Tokenomics
Aligned's product stack now extends beyond proof systems. The company offers Rollup-as-a-Service for teams deploying ZK rollups, Wallet-as-a-Service for account infrastructure, and an interoperability protocol to connect rollups and Ethereum for cross-ecosystem liquidity. The RISC-V zkVM supports verifiable computation for ZK applications. This vertical integration is intended to reduce the operational complexity for developers and enterprises, who would otherwise need to assemble these components from multiple providers.
The ALIGN token is central to the ecosystem. It is an ERC-20 token on Ethereum with a fixed total supply of 10 billion. According to project documentation, about 16% of ALIGN was intended to be in circulation at the token generation event (TGE). The allocation includes 23.5% for the team, 19.71% for investors, 18% for the ecosystem, 16.61% for future provisions, 11.4% for the foundation, 8.74% for airdrops, and 2.04% for community sales. Team and investor tokens are subject to a 12-month cliff, with 40% unlocking at month 12 and the remainder vesting over 18 months. The ecosystem allocation has a six-month cliff and 24 months of linear vesting. The token's role has shifted from a planned dual-staking model to a broader utility across Aligned's services, including governance and economic security.
Enterprise Use Cases and Competition
Aligned primarily targets developers, rollup teams, enterprises, and institutions seeking to build on Ethereum without integrating every infrastructure component independently. Rollups are a key use case, as ZK rollups must generate and verify state proofs repeatedly, and verifying each proof on Ethereum can be costly. Aligned's verification and aggregation services aim to lower this burden, while its RaaS product bundles deployment, proving, and settlement. The interoperability protocol is designed to support ZK bridges, cross-chain state verification, and liquidity movement between rollups and Ethereum.
Competition in this space is fragmented. Projects like zkVerify focus on ZK proof verification, Succinct on zkVMs and prover infrastructure, and Caldera and Conduit on rollup deployment. Aligned's differentiation is its attempt to vertically integrate verification, aggregation, rollup infrastructure, wallets, and interoperability. This approach could reduce integration overhead for enterprises, but it also means Aligned must compete with specialized providers in each category. For a look at how infrastructure choices affect institutional workflows, see EgonCoin's coverage of how API integrations shape crypto trading operations.
As of January 2026, Aligned's Proof Aggregation Service is live on Ethereum Mainnet Alpha, but several products-including Wallet-as-a-Service and expanded rollup infrastructure-remain under development. The project's long-term success will depend on whether its integrated stack attracts sustained enterprise adoption and recurring usage of its services.
According to project documentation, the ALIGN token has a fixed supply of 10 billion, with approximately 1.6 billion (16%) in initial circulation at TGE. The Proof Aggregation Service launched on Ethereum Mainnet Alpha in January 2026, and the Proof Verification Layer continues to operate via EigenLayer restaking. Aligned's roadmap includes further expansion of its rollup and wallet infrastructure, but production usage and adoption figures have not been independently verified as of June 2026.
Zero-knowledge proof infrastructure is a rapidly evolving area of Ethereum development. While ZK proofs can dramatically reduce the computational burden on the main chain, the cost and complexity of verifying these proofs at scale remain significant challenges. Projects like Aligned are betting that vertical integration-combining verification, aggregation, rollup deployment, and wallet infrastructure-can make it easier for enterprises and developers to build secure, scalable applications on Ethereum. But the effectiveness of this approach will depend on real-world adoption, the ability to keep up with specialized competitors, and the ongoing evolution of Ethereum's own scaling roadmap.
