Shentu Chain and CertiK have jointly introduced OpenMath, a pioneering platform that merges decentralized science (DeSci), blockchain technology, and formal mathematics. Announced through a coordinated release and widespread social media promotion, OpenMath is presented as the first global mathematical DeSci platform. It aims to create an open environment where researchers and provers can collaboratively pose, solve, and verify mathematical problems, with the entire process recorded immutably on a blockchain network.
Formal Verification at the Core
The foundation of OpenMath lies in the principle of formal verification. Instead of relying on traditional peer review, the platform utilizes proof-assistant technology to ensure that mathematical proofs and solutions are mechanically verified. This approach aims to enhance accuracy, transparency, and trust in mathematical validation. According to Shentu’s documentation, OpenMath integrates widely recognized formal systems such as Coq and Lean into its blockchain-based workflow. This integration enables users to reference, validate, and preserve theorems and proofs directly on-chain, establishing a permanent and tamper-proof record of verified mathematical knowledge.
Built on Shentu Chain’s Security Infrastructure
OpenMath operates on the Shentu Chain, a Layer-1 blockchain originally developed by CertiK and later rebranded in 2021. The Shentu network has been purpose-built around the principles of verifiable computing and on-chain security, making it an ideal foundation for OpenMath’s focus on mathematical rigor. The chain’s architecture emphasizes high-assurance computation and immutable record-keeping, aligning well with the needs of a platform designed to handle formal proofs and academic collaboration.
The platform’s creators indicated that OpenMath is not only a technological experiment but also an attempt to redefine how mathematical knowledge is shared and preserved. Its development reflects a broader mission to bring verifiable computing principles into mainstream research and education through blockchain-based infrastructures.
Protecting Intellectual Property and Encouraging Collaboration
To foster global participation while safeguarding intellectual property, OpenMath employs a two-phase submission model. This process ensures that provers’ work remains protected during verification while still allowing community engagement and validation. Each step of problem formulation, proof submission, and verification is recorded on-chain to maintain provenance and transparency. This design seeks to address long-standing inefficiencies in traditional academic publishing—such as delayed recognition, limited accessibility, and centralized control over research dissemination.
OpenMath, the world’s first mathematical DeSci platform, is officially LIVE! In strategic partnership with @CertiK , Shentu Chain proudly announces this new chapter, a new era where math meets blockchain! #OpenMath #DeSci https://t.co/1Diw4ekxUg pic.twitter.com/tK9m5F72C3
— Shentu Chain (@ShentuChain) October 13, 2025
By embedding attribution and verification metadata into blockchain records, OpenMath intends to ensure that contributors receive fair credit for their work. It also aspires to accelerate the pace at which rigorous mathematical results are discovered, validated, and reused within the academic and scientific communities.
Advancing the DeSci Movement
The launch of OpenMath coincides with the growing momentum of the Decentralized Science movement, which advocates for democratized and transparent research ecosystems. DeSci proponents argue that decentralized frameworks can diversify funding models, reduce institutional biases, and make validation processes more open. OpenMath aligns with these objectives by providing public access to verified mathematical results combined with immutable blockchain traceability.
Both Shentu Chain and CertiK characterized OpenMath as a continuation of their shared commitment to applying blockchain and formal verification to practical, real-world challenges. They also indicated that future developments would expand the platform’s scope, enabling researchers to engage with more advanced mathematical problems and participate in evolving incentive structures within the ecosystem.
At present, the OpenMath platform is live and welcoming mathematicians, researchers in formal methods, and members of the DeSci community to participate. It represents a new phase where mathematical proofs and results transition from theoretical constructs into publicly verifiable, blockchain-anchored knowledge assets—paving the way for a more open and trustworthy scientific future.
