BTG Studio / Command Centre
Visual construction, source import, operator approvals, deployments and monitoring. Neither is an independent identity or value ledger.
ONE FOUNDATION · DEFINED OWNERSHIP · REPRODUCIBLE BUILD
The BTG Universal Technology Foundry — Engineering Architecture
One product ecosystem with clearly bounded services and a common, verifiable technology lifecycle. Not 27 disconnected systems and not one monolithic executable.
One mission
Import technology → understand and diagnose → propose and construct a repair → independently verify → execute on authorized hardware → preserve ownership → account for genuine licensed use.
What every system is responsible for
NIKI Council
Independent creators and reviewers propose and challenge modifications. Model answers alone cannot authorize execution or economic events.
DataChips / Circuits / Genomes
Typed reusable components, versioned dependency graphs, explicit preconditions and reproducible assemblies.
ADAM / BTDU
The authoritative payload, canonical reconstruction, state transitions, deterministic replay and durable evidence.
FarmNodes
DataChip/Circuit rooted logical FarmNodes form virtual Farms; physical Hosts execute selected jobs with measured CPU, RAM, GPU and consent constraints.
ENTITY
Shared identity, cryptographic provenance, ownership evidence, scoped delegation and revocation. No parallel self-issued authority.
BTG Bridge
Owner-controlled data connectors, purpose-specific permission and voluntary device resources. A connection never transfers ownership by default.
Bit Trade Global
Asset information, issuers, separate commercial rights, actual licensed-use transactions and appropriately classified financial instruments.
Specialist applications
HuntAR, SearchAR, HikeAR and future applications consume common services rather than implementing competing internal cores.
Stable contracts across service boundaries
| Contract | Required evidence | Non-negotiable rule |
|---|---|---|
| SourcePackage | Original source digest, owner grant, platform, assets, dependencies and frozen tests | Never overwrite original source |
| RepairProposal | Scoped change, diff, creator identity, peer reviews, independent oracle and test report | No untested AI-generated execution |
| DataChip / Circuit | Typed I/O, capability, version, dependencies, resource demands, test evidence | Fail closed when types or grants disagree |
| GenomeRelease | Immutable component graph, build provenance, signatures and rollback plan | Only admitted releases run |
| ENTITYGrant | Owner, actor, asset, allowed operation, expiry, revocation and signature | Every use is scoped |
| FarmJobReceipt | Host identity, task, actual completed compute work, measured resources and proof | No compensation based on unverified idle capacity |
| BridgeConsent | Specific data or device resource, purpose, retention and withdrawal | No automatic transfer of original rights |
| ExchangeUse / Instrument | Asset and issuer identities, legitimate rights, usage receipt, commercial terms and separate settlement | Use rights, resource contributions and securities remain distinct |
One development and release pipeline
01 · Import
Verify archive permissions, immutable hashes, dependency graph and original defects. Reject hostile or incomplete source.
02 · Diagnose
Record reproducible failure and measurable acceptance tests before an AI-generated repair is proposed.
03 · Construct
Use existing DataChips where compatible; propose new typed Circuits when missing.
04 · Validate
Run negative cases, frozen oracles, reviewers, replay and cross-platform test matrices.
05 · Operate
Authorize and deploy only permitted workloads to available physical resources; measure actual work.
06 · Account
Preserve lineage and actual use receipts; apply owner rights and keep financial settlement distinct.
What could differentiate BTG
AI coding assistants, build engines, distributed computing and provenance systems already exist. The meaningful contribution would be their dependable end-to-end integration: a Foundry that repairs a previously unseen full application, shows reproducible improvements and operates it under verifiable resource and ownership controls.
This page defines the completed architecture. The measured implementation baseline and incomplete acceptance gates are published separately and must not be inferred from the design alone.
Logical DataChip/Circuit FarmNodes — not physical computer nodes
BTG Farms consist of reusable DataChip and Circuit computing units. A compact Farm Family can address millions of logical Farms; each individual operation is executed by the original ADAM/BTDU FarmNode runtime on finite owner-authorized physical computing resources. The October 26 local benchmark demonstrated 1 million addressable Farms, 4 million logical slots, 4 actual Circuit executions and 8 Host receipts. This is addressing and sampled execution, not 4 million concurrent processors or market transactions.
Read the canonical logical Farm design and measured results · Full evidence register