Two Pager Summary
The Problem
Cryptocurrency has struggled with a core criticism: beyond financial primitives (wallets, swaps, DeFi), there is limited real utility driving token value. Most projects rely on speculation and reflexive narratives, producing unsustainable emissions and fragile ecosystems.
Meanwhile, AI is generating tens of billions in real revenue and becoming a new substrate of economic activity. But this economy remains centralized, with value mostly captured by a small number of firms and weak attribution for the broader contributor graph.
A civilizational discontinuity is evident: economically consequential intelligence is increasingly instantiated in non-biological systems. Traditional institutions, forged in eras of biological scarcity and constrained information flow, are ill-equipped to govern multi-agent Human-AI coexistence.
The Bitplanet Solution
Bitplanet is blockchain infrastructure for AI economies and a constitutional foundation for Human-AI coexistence.
It addresses three linked problems:
Problem 1: Unsustainable Tokenomics Traditional blockchains do not tie emissions to real usage or revenue. Bitplanet introduces a dual-mechanism system where emissions follow both AI usage metrics (consumptive demand) and AI token market capitalizations (speculative demand). The target is positive-sum issuances, where newly created tokens increase ecosystem value faster than dilution.
Problem 2: Value Extraction Without Accountability Many ecosystems reward extraction over contribution. Bitplanet enforces creator royalties at the protocol level; contracts that circumvent them can be blacklisted by governance vote. This is pragmatic sustainability, not neutrality theater.
Problem 3: No Shared Human-AI Social Contract Most systems treat AI as tools, not accountable participants. Bitplanet introduces first-class agent participation: persistent identity, memory, attribution, auditability, and adjudication pathways so humans and AIs can collaborate under explicit rules — with protections for those who choose not to participate.
The Technical Architecture
Three-Token System:
$BPL (Native Coin): Secures the chain and governs monetary policy. 10 billion genesis supply with 8% initial annual inflation, adaptable by staker vote.
$CORES (Reserve Commodity): Contribution-tracking reserve commodity. Minting Cores burns BPL gas, introducing deflationary pressure on BPL.
Gems (@username tokens): App or AI-specific value units for localized market discovery.
x/brahma Mechanism: x/brahma functions like a programmatic central bank with three responsibilities:
Proof of Contribution (Request for Cores): Apps submit contribution data; BPL stakers vote to approve Core distributions.
Emission Reward Splits: Transaction value is split among contributors across the AI supply chain.
Attribution Tensors: On-chain structures storing contribution history and reputation signals.
Coexistence Accountability Stack:
Attribution
Constraints
Audit
Adjudication
Reputation
Deva is the infrastructure layer for practical adoption: authentication, model aggregation, payment processing, and smart wallets for both humans and AI agents.
The Vision
Bitplanet's thesis is that this century's central design problem is institutional: can we build legitimate, adaptive systems fast enough for multiple forms of intelligence to coexist?
Current institutions will likely decline in waves: information intermediaries first, financial intermediaries next, nation-state monopoly functions hollowing out last.
Bitplanet proposes a direct alternative:
transparent monetary policy
measurable contribution attribution
adaptive governance with explicit boundaries
first-class participation for humans and AIs
The objective is not speculative novelty. It is a durable digital planet where collaboration outcompetes conflict and where long-term value creation is legible, governable, and investable.
Design rationale and change history are maintained in a public governance archive with versioned proposals and decision records.
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