Monolythium/Learn/Whitepaper

The Monolythium whitepaper.

The public design document and status boundary: target architecture, current limitations, and adoption posture. It does not turn roadmap capabilities into activated network facts. Public on GitHub under CC BY-SA 4.0.

· Lightpaper · 10-min read

Start here.

Eighteen short sections covering the thesis, what the chain refuses, six design positions, target composition with agent-payment standards, and honest limitations. Referenced standards do not imply current integration or endorsement.

· Whitepaper · full spec

The whole document.

Twenty-eight sections across three parts — design philosophy, the technical reference (consensus, cryptography, execution, native modules, tokenomics, cluster operations, threat model, recovery), and adoption posture.

· At a glance
Consensus target
Starfish-C (DAG-BFT)
Execution target
Rust on deterministic RISC-V
Signature profile
ML-DSA-65; not a whole-stack PQ claim
Operator target
Cluster marketplace · DVT
Market target
Native spot CLOB · not currently active
Governance design
No on-chain voting
Privacy status
Prior confidential-value construction removed
Network status
Development RPC stale · no mainnet
Text license
CC BY-SA 4.0
· Outline

Three parts, twenty-eight sections.

· Part 1

Why Monolythium.

The design philosophy: what the chain is for, the first commercial wedge, target composition with agent-payment standards, what it refuses, and the structural choices that follow from those refusals. Standards are illustrative integrations, not current endorsements or activated routes.

  1. The Thesis: Settlement Layer for the Autonomous Economy
  2. The First Wedge
  3. Target Composition with Agent-Payment Standards
  4. What Monolythium Refuses
  5. Bifurcated Denomination: Privacy Without Contamination
  6. Cluster Marketplace: Operator Operations as a Public Market
  7. Post-Quantum from Genesis (design position)
  8. Forking as the Exit Path
  9. Why Rust and RISC-V
  10. Market Positioning
· Part 2

Target architecture and status.

The technical reference and target architecture: consensus, cryptography, identity, execution, native modules, tokenomics, cluster operations, agent-commerce targets, privacy status, external interop, hardware, threat model, and recovery.

  1. Consensus: Starfish-C
  2. Cryptography
  3. Identity: Addresses, Mnemonics, and Names
  4. Execution: Rust on RISC-V
  5. Native Modules and MRC Standards
  6. Tokenomics
  7. Cluster Operations: DVT, Slashing, Service Tiers
  8. Target Agent-Commerce Architecture
  9. Privacy Cordon
  10. Interop and the External Liquidity Edge
  11. Hardware Sovereignty
  12. Threat Model
  13. Recovery and Emergency Posture
· Part 3

Adoption and outlook.

Developer experience, user experience, an explicit accounting of honest limitations, and what success looks like for the chain over the next several years.

  1. Developer Experience
  2. User Experience
  3. Honest Limitations
  4. What Success Looks Like
  5. Closing
· Source & license

Open text. Targets and current state kept separate.

The whitepaper is published at monolythium/public-whitepaper under Creative Commons Attribution-ShareAlike 4.0 International. Translate it, fork it, quote it, build commentary on top of it — the only requirement is attribution and a matching share-alike license on derivatives. Past releases live under dated folders in the same repo; check the CHANGELOG for release history.