RISE Chain is a high-performance Layer-2 platform built on Ethereum, designed for applications requiring minimal latency and maximum throughput. The system enables transaction confirmation in 5 milliseconds and processes over 100,000 operations per second. Technologies like Shreds, Parallel EVM, and Continuous Block Production make such performance possible without sacrificing decentralization. RISE combines scalability, EVM compatibility, and deep integration with the Ethereum network, forming a solid foundation for real-time dApps in DeFi, gaming, and social platforms.
- RISE Chain Technological Architecture
- RISE Chain: Performance and Testnet
- Project Funding and Ecosystem
- RISE Chain Team and Structure
- Conclusion
RISE Chain Technological Architecture
RISE Chain is a Layer-2 solution based on Ethereum, focused on high-speed, low-latency applications. Its architecture is built from the ground up to enable real-time interaction, full EVM compatibility, and deep integration with Ethereum validators. The main goal of the project is to overcome bandwidth and latency limitations inherent in L1 networks.
Key technological components of RISE:
- Shreds — micro-fragments of blocks for instant transaction processing.
- pevm — parallel smart contract execution without losing EVM compatibility.
- Versioned Merkle Tree (VMT) — accelerated state management.
- Continuous Block Production (CBP) — uninterrupted block generation with no time gaps.
- Based Sequencing and Rollups — secure synchronization with Ethereum.
The Shreds technology allows latency under 5 milliseconds, enabling the development of real-time applications like high-frequency trading, gaming, and social platforms. The pevm engine significantly accelerates contract execution while supporting existing dApps without modification. RISE’s architecture is further enhanced by security and Layer-1 synchronization mechanisms like Based Sequencing and VMT. Together, these technologies make RISE more than just another L2 network — it is a comprehensive platform for large-scale Web3 solutions.
RISE Chain: Performance and Testnet
During testing, RISE Chain delivered impressive performance. Average transaction confirmation time was about 10 milliseconds, while throughput exceeded 50,000 transactions per second. These numbers are backed by real-world data: over 2 billion transactions were processed during load testing. These results bring the network closer to its targets — under 5 milliseconds latency and over 100,000 TPS. Successful stress testing was made possible by the well-designed architecture, including Shreds, pevm, VMT, and CBP.
| Metric | RISE Testnet | Target |
|---|---|---|
| Confirmation latency | ~10 ms | ~5 ms |
| Throughput | >50,000 TPS | >100,000 TPS |
| Number of transactions | >2 billion | — |
RISE also conducted tests involving external developers, including teams from dApp projects, DeFi platforms, and NFT games. Participants observed the network processing tens of thousands of transactions per second in real-time without failures. These results highlight the architecture’s stability and maturity. The team plans additional testnet phases simulating market conditions. The introduction of SDKs and compatibility with existing developer toolchains further strengthens RISE’s readiness as a scalable Web3 environment.
Project Funding and Ecosystem
RISE Chain has received strong financial and expert backing, allowing the project to actively expand its ecosystem. Across two funding rounds, the project raised over $8 million. In the seed round of September 2024, RISE secured $3.2 million from funds such as Finality Capital, P2 Ventures, MH Ventures, Orange DAO, DACM, and Public Works. A strategic round completed in June 2025 brought in an additional $4 million from Galaxy Ventures — one of the leading players in Web3 funding.
Key investors in the project:
- Galaxy Ventures (strategic partner)
- Vitalik Buterin (Ethereum Foundation)
- Stani Kulechov (founder of Aave)
- Finality Capital, P2 Ventures, Orange DAO
- ether.fi Ventures, The Rollup Fund
Beyond funding, the project actively builds a developer ecosystem. RISE offers SDKs and API tools in popular languages such as JavaScript, TypeScript, Python, C#, and Java. This makes the ecosystem accessible even to developers without Solidity expertise. The release of the RISE Book documentation and the launch of public GitHub repositories contribute to community growth. Engagement with dApp developers is further strengthened through participation in hackathons and joint initiatives with other Layer-2 and DeFi projects, helping to establish a resilient decentralized infrastructure.
RISE Chain Team and Organization
The RISE Chain team consists of technical experts with experience in blockchain infrastructure, distributed systems development, and cryptocurrency protocols. The project’s co-founder and CEO, Sam Battenally, is a former engineer and architect of scalable Web3 solutions. His focus is on technological sustainability, architectural design, and strategic integration of RISE within the broader Ethereum ecosystem. The commercial direction is led by Sasha Mai Herbert — CGO and co-founder, responsible for ecosystem growth, business partnerships, and investor relations. Technical leadership is provided by Hai Nguyen — CTO, who oversees development of the pevm engine, Shreds-based architecture, CBP, and other core technologies.
A core part of the project’s philosophy is openness: the code is published on GitHub, regular updates are managed through Pull Requests, and architectural discussions take place both internally and with the community. The team is active in dialogue with developers and users via Discord, X (Twitter), and its own forum. The whitepaper and the RISE Book offer detailed explanations of all technical components. In terms of project organization, special attention is given to collaboration with Ethereum validators and ensuring long-term decentralization. This approach builds a strong foundation for transparent and sustainable growth — both for developers and the platform’s future user base.
Conclusion
RISE Chain represents a new generation of Layer-2 infrastructure capable of delivering the speed, stability, and compatibility of traditional web applications. Thanks to its unique architecture — including Shreds, pevm, and VMT — the project already demonstrates real-world performance close to its targets: 5 ms latency and over 100,000 transactions per second. Secured funding, involvement of industry leaders, and openness to the community strengthen trust in the platform. With a clear focus on real-world use cases and developer tools, RISE is becoming a vital part of the Ethereum ecosystem and a potential catalyst for mainstream Web3 adoption.
