Convex primary sources
Reviewed: 2026-05-14 UTC
Official site
- https://convex.world/
- Best concise entry point for the project’s current positioning.
- Used to confirm the high-level framing around open decentralized economies, the Convex Foundation, and the transition toward Protonet.
Documentation introduction
- https://docs.convex.world/docs/intro
- Best high-level overview of how Convex wants to be understood.
- Used to confirm the project’s central claims around leaderless Convergent Proof of Stake (CPoS), true global state, a lambda-calculus virtual machine, lattice technology, and a non-blockchain architecture intended for high-volume interactive applications.
Key concepts page
- https://docs.convex.world/docs/overview/concepts
- Best concise source for the mechanism layer.
- Used to confirm Convex’s explanation of lattice technology as cryptographically secured CRDT-style convergence, the single shared global state, leaderless stake-weighted CPoS, and the explicit claim that Convex is not a blockchain.
Manifesto
- https://docs.convex.world/docs/overview/manifesto
- Best source for the project’s normative design goals.
- Used to confirm the emphasis on one official global state, negligible transaction costs, atomic real-time transactions, open participation, and the separate
data latticefor decentralized storage and computation beyond the public state.
Whitepaper
- https://docs.convex.world/docs/overview/convex-whitepaper
- Best canonical long-form technical and conceptual document.
- Used to confirm the Internet-of-Value framing, the argument that existing blockchains are too slow/costly/fragmented, and the architectural pairing of CPoS with the Convex Virtual Machine.
Peer operations
- https://docs.convex.world/docs/cad/peerops
- Best source for operator-facing infrastructure assumptions.
- Used to confirm minimum 1000-coin peer stake, peer hardware/bandwidth requirements, outgoing-connection management, peer-controller and peer-key risks, and the current Protonet note that formal slashing is not yet active.
Peer staking
- https://docs.convex.world/docs/cad/peerstake
- Best source for staking, delegated stake, and reward mechanics.
- Used to confirm that voting weight tracks total stake, rewards are split between peers and delegators, inactive peers suffer effective-stake decay, and peer eviction returns stake while shrinking the global-state footprint.
Main repository
- https://github.com/Convex-Dev/convex
- Best source for the concrete implementation surface.
- Used to confirm that the public repo packages the CVM, peer implementation, CLI, REST API, GUI, database components, client libraries, and onchain asset/access-control libraries together rather than presenting Convex as paper-only research.
Main takeaways from this pass
- Convex is worth cataloging separately because it preserves an alternative architectural branch that many crypto systems flatten away: CRDT/lattice-based replicated state with leaderless stake-weighted convergence instead of linear block production.
- The most reusable analytical split is between the public global state, the wider data lattice, the CVM execution model, and the peer-staking/reward layer.
- The peer-operations and peer-staking materials are especially useful because they make operating assumptions and current enforcement gaps visible; Protonet currently relies on stake decay without active slashing.
- Convex is a strong comparison point for high-performance chains, app-specific replicated-state systems, and consensus libraries because it combines execution, storage, and consensus into one integrated
global state + latticestory rather than treating them as separate bolt-on modules.