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+# Gno: A Deterministic Multi-Realm Computing Platform
+
+TODO: Add authors
+
+Draft v0.1, December 2025
+
+The current spec is on [github.com/gnolang/gno](https://github.com/gnolang/gno)
+
+## Abstract
+
+> At first, there was Bitcoin, out of entropy soup of the greater All.
+> Then, there was Ethereum, which was created in the likeness of Bitcoin,
+> but made Turing complete.
+> Among these were Tendermint and Cosmos to engineer robust PoS and IBC.
+> Then came Gno upon Cosmos and there spring forth Gnoland,
+> simulated by the Gnomes of the Greater Resistance.
+
+We stand at an inflection point in the evolution of decentralized systems. The
+infrastructure that governs our digital lives, social networks, financial
+systems, public discourse, and collective knowledge, remains captured by
+centralized authorities that decide what we see, what we say, and what we own.
+Blockchains promised liberation, yet their programming models remain opaque,
+their governance plutocratic, and their developer experience hostile.
+
+Gno.land is the missing piece: a platform for timeless code that stores truth
+in plain sight.
+
+Gno, the deterministic, Go-compatible programming environment powering the
+Gno.land platform, provides a model where smart contracts exist as
+human-readable source code: permanently on-chain, directly auditable, and
+inherently forkable. Gno.land then builds on this foundation by introducing
+governance driven not by token accumulation but by demonstrable contribution.
+Together, they form the basis of the Logoverse: a persistent, composable,
+censorship-resistant substrate for decentralized knowledge and coordination.
+
+### Technical Summary
+
+Problem: Current smart contract platforms exhibit: (1) bytecode opacity
+preventing practical auditability, (2) manual state serialization causing
+developer friction and storage-related vulnerabilities, (3) stake-weighted
+governance conflating capital ownership with technical competence, and
+(4) domain-specific languages fragmenting the developer ecosystem.
+
+Solution: We introduce Gno, a deterministic Go-compatible language executed
+by GnoVM, an AST-based interpreter providing automatic object persistence,
+capability-based realm isolation, and source-level transparency. Governance
+authority derives from Proof of Contribution (PoC), a Sybil-resistant
+reputation mechanism assigning voting power based on verified contributions
+rather than token holdings.
+
+Result: Gno.land achieves: (1) source-level transparency with direct
+auditability, (2) automatic state persistence eliminating serialization
+overhead, (3) contribution-weighted governance resistant to plutocratic
+capture, and (4) immediate developer accessibility for Go's established
+developer base.
+
+# 1. Introduction
+
+## 1.1 Background
+
+Bitcoin demonstrated decentralized value transfer without intermediaries[^1].
+Ethereum extended this to general computation through smart contracts[^2].
+Tendermint and Cosmos established practical Byzantine fault-tolerant consensus
+and inter-blockchain communication[^3][^4].
+
+Despite these advances, structural limitations persist:
+
+- Opacity: Deployed contracts exist as bytecode, requiring specialized tools
+  to interpret
+- Complexity: Developers must learn domain-specific languages and manage state
+  serialization manually
+- Plutocracy: Governance power correlates with token holdings rather than
+  expertise
+- Fragmentation: Each ecosystem demands distinct languages, tooling, and
+  mental models
+
+## 1.2 Contributions
+
+This whitepaper presents:
+
+1. Gno Language (S4): Deterministic Go variant (~99% compatible) with
+   source-level on-chain storage
+2. GnoVM (S5): AST-based interpreter with automatic persistent object memory
+3. Realm Model (S6): Capability-based isolation with explicit cross-realm
+   semantics
+4. Proof of Contribution (S9): Reputation-based consensus mechanism separating
+   voting power from token ownership
+5. Tendermint2 (S10): Minimal consensus engine where implementation serves as
+   specification
+
+# 2. System Model
+
+TODO:
+
+- Formal Foundations
+- 4 Core Definitions: Realm tuple, Persistent Object Memory graph,
+  Deterministic Execution, Cross-Realm Call semantics
+
+# 3. Comparison with Existing Platforms
+
+TODO:
+
+- Why Gno Wins
+- Bytecode problem + VM Comparison Table (EVM/WASM/MoveVM vs GnoVM)
+- Solidity vs Gno code examples, e.g., State management
+- Add more
+
+## 3.1 Source Transparency
+
+Gno stores source code directly:
+
+```go
+package token
+
+var balances = map[address]int64
+
+func Transfer(cur realm, to address, amount int64) {
+    caller := runtime.PreviousRealm().Address()
+    balances[caller] -= amount
+    balances[to] += amount
+}
+
+Auditing requires only the ability to read Go.
+
+## 3.2 Virtual Machine Comparison
+
+| Feature       | EVM        | WASM       | MoveVM     | GnoVM          |
+|---------------|------------|------------|------------|----------------|
+| On-chain      | Bytecode   | Bytecode   | Bytecode   | Source (AST)   |
+| Auditability  | Decompiler | Decompiler | Decompiler | Direct         |
+| State model   | Manual     | Manual     | Linear     | Auto-persistent|
+| Safety model  | Manual     | Sandbox    | Resources  | Realm isolation|
+| Determinism   | Partial    | Partial    | Strong     | Strong         |
+| Language      | Solidity   | Rust       | Move       | Go             |
+
+# 4. Gno Language
+
+TODO:
+
+- Language Specification
+- ~99% Go compatible + Deterministic constraints + std package
+- Render convention
+- Interrealm specification
+
+# 5. GnoVM Architecture
+
+TODO:
+
+- VM Architecture
+- AST-based interpreter (not bytecode)
+- Persistent Object Memory (automatic state)
+- Execution lifecycle
+
+# 6. Realm Execution Model
+
+TODO:
+
+- Execution Semantics
+- OS Analogy Table (Process=Realm, Kernel=GnoVM)
+- Package hierarchy (/p/, /r/, /e/)
+- Isolation Theorem
+
+# 7. State Commitment
+
+In most smart contract platforms, developers manually serialize and deserialize
+state using explicit storage slots or key-value mappings. Gno eliminates this
+friction: global variables are automatically persistent.
+
+```go
+package counter
+
+var total int
+
+func Add(n int) {
+    total += n
+}
+
+func Get() int {
+    return total
+}
+```
+
+When `Add(5)` is called, `total` changes from 0 to 5. GnoVM detects this change
+and commits it to the Merkle tree automatically. No `storage.set()`, no manual
+encoding, no boilerplate.
+
+This works for any Go type: structs, slices, maps, pointers. The entire object
+graph rooted at package-level variables is tracked and persisted.
+
+TODO:
+
+- Merkle Tree structure details
+- Amino encoding (deterministic serialization)
+- Gas costs for state changes
+
+# 8. Economics
+
+TODO:
+
+- Token & Incentive Design
+- GNOT Token + Gas model
+- Storage Deposit (lock/unlock)
+- Fee distribution: Validators + Contributors
+- ref: https://gist.github.com/jaekwon/4d1c81ee3b82a0fc29f67d50e7f8664c
+
+# 9. Proof of Contribution
+
+TODO:
+
+- Governance Innovation
+- PoS limitations (capital != competence)
+- Contribution based + Tier structure + DAOs
+- Maybe separate section for GovDAO?
+- ref: https://gist.github.com/jaekwon/918ad325c4c8f7fb5d6e022e33cb7eb3
+
+# 10. Tendermint2
+
+TODO:
+
+- Consensus Layer
+- Implementation = Specification + ~15K LOC
+- BFT rounds (Propose -> Prevote -> Precommit)
+- PoC integration
+- Differences from the original Tendermint?
+
+# 11. Safety and Liveness
+
+TODO:
+
+- Security Proofs
+- Assumptions: network eventually delivers, <1/3 malicious, crypto works
+- Theorems: all nodes compute same result, contracts can't hack each other,
+  no forks, chain never halts, no censorship
+
+# 12. The Logoverse
+
+TODO:
+
+- Long-term Vision
+- Permanence + Composability + Transparency
+- Core applications (boards, users, govdao, gnodev, etc.)
+- ref: https://gno.land/r/gnoland/blog:p/gnoland-the-first-logoverse
+
+# 13. Conclusion
+
+TODO:
+
+- Summary & Recap
+- Go-compatible + AST transparency + auto-persistence
+- PoC governance + minimal consensus
+
+# Appendix
+
+TODO: Add
+
+# References
+
+TODO: Add more
+
+[^1]: S. Nakamoto, "Bitcoin: A peer-to-peer electronic cash system," 2008.
+[^2]: V. Buterin, "Ethereum: A next-generation smart contract and decentralized
+      application platform," 2014.
+[^3]: J. Kwon, "Tendermint: Consensus without mining," 2014.
+[^4]: J. Kwon, E. Buchman, "Cosmos: A network of distributed ledgers," 2016.
+
+## Changelog