BLACKMORE TECHNOLOGY GROUP LIMITED · DIRECTORY
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Find every public BTG page, including corporate information, development progress, news, newsletters, engineering test records, public documentation, the proposed Boundary Tech Generation workshops, the Exchange and Bridge.
Company and Community (17)
About BTG | Vision, Mission & LeadershipBlackmore Technology Group | Research & Data RightsBlackmore Technology Group Limited | CompanyBTG Development Centre | Engineering ProgressBTG Privacy | Consent, Rights & Data SovereigntyBTG Research & Development NewsletterCommunity & Boundary Tech GenerationContact Blackmore Technology Group LimitedDevelopment News & StatusFarmNodes | October 2026 Engineering UpdateGovernance protects the person, the source, the rightsLegal boundaries for knowledge assets, commercial rightsBTG Builder — Digital EngineeringLevel 1 — Little Creators | Boundary Tech GenerationLevel 2 — Young Builders | Boundary Tech GenerationLevel 3 — Junior Developers | Boundary Tech GenerationLevel 4 — Youth Innovators | Boundary Tech GenerationNIKI & Exchange | October 2026 Test Results
Technology and Research (20)
ADAM | Authority & Evidence ControlsAn Invention’s 24-Step JourneyBSIE spatial computing engineBTDU | Knowledge Preservation & ReconstructionBTG Engineering Tests | Evidence & LimitationsBTG FarmNodes | Distributed Research InfrastructureBTG Technologies | NIKI, FarmNodes, ENTITY & BTDUBTG Technology System | Complete Architecture GuideBTG Verifiable Reality | Evidence & ProvenanceCircuit Genomes | Executable Research ArchitecturesDataChip Composer development environmentDataChips & CircuitsEngineering and Market Evidence RegisterENTITY | Provenance, Identity & Data RightsHow NIKI, virtual research farms and reusableHow the Knowledge Capital Economy works — from researchNIKI | Computational Invention ResearchSeven transformations that connect productive knowledge to legitimate opportunityUniversal SDK and device engineeringWhat has been demonstrated—and what the evidence does
Exchange, Bridge and Instruments (14)
Bit Trade Global | Data-Rights ExchangeBit Trade Global Exchange | Information CentreBit Trade Global iOS App | Built Screenshots & DesignBTG Asset Records | Research & Instrument CandidatesBTG Bridge | Authorized Data ConnectionsBTG Bridge | How It WorksBTG Bridge | Integrations & CompatibilityBTG Bridge | Security, Consent & PrivacyBTG Bridge App | Consent & Data ControlBTG Instrument Directory | Data Rights & CandidatesBTG Issuer Directory | Candidate Asset DisclosuresInstrument information: precisely what a holderTrading Rules and Market Status | Bit Trade GlobalWhere the economic value comes from—and what remains
Publications and Knowledge Library (66)
BTG Knowledge Library | Technology & Data EconomyBTG Publications | Whitepapers & Engineering ReportsChapter 1 · Useful knowledge is difficult to recognize as aChapter 2: Data as an AssetChapter 3 · What makes BTG's approach different from aChapter 4 · NIKI CGSI-SI: the invention engineChapter 5 · Computational FarmNodes: laboratories thatChapter 6 · BTDU: the knowledge system and durable memoryChapter 7 · DataChips and AI Chips: turning capabilitiesChapter 8 · Circuits: building complete working processesChapter 9 · Circuit Genomes: preserving the design of aChapter 10 · ENTITY: the identity, rights and economicChapter 11 · ADAM: the controlled engine for decisions thatChapter 12 · Universal Transaction Fabric: connecting theChapter 13 · Verifiable Reality: telling proof from beliefChapter 14 · DataChip Composer, the Universal SDK and BTGChapter 15: Data Rights & InvestmentChapter 16: Contributor ParticipationChapter 17 · Transformation One: from AI assistance toChapter 18 · Transformation Two: from buying entireChapter 19 · Transformation Three: from easily copied bytesChapter 20 · Transformation Four: from accumulated storageChapter 21 · Transformation Five: from company-onlyChapter 22 · Transformation Six: from invisibleChapter 23 · Transformation Seven: from separate industriesChapter 24 · A robotics invention, from the first problemChapter 25 · Forestry, manufacturing and industrialChapter 26 · Agriculture, water, ecosystems and ruralChapter 27: Emergency & Rescue ResearchChapter 28 · Education, accessible learning and scientificChapter 29 · Health, research ethics and privacy-sensitiveChapter 30: University & Business InnovationChapter 31 · An existing large data economy providesChapter 32 · Revenue sources for a connected BTG businessChapter 33 · What could make knowledge-compoundingChapter 34 · Why a global knowledge economy can originateChapter 35 · Opportunities for British Columbia and CanadaChapter 36 · How public bodies could participate withoutChapter 37 · Privacy, intellectual property and IndigenousChapter 38 · Why legal rights cannot be generated byChapter 39 · Why a commercial data marketplace and aChapter 40 · Security and responsible autonomyChapter 41 · The October 2026 research evidenceChapter 42 · How the engineering architecture is organizedChapter 43 · A global distributed research networkChapter 44: Software & Intellectual AssetsChapter 45 · A market for knowledge utility, not merelyChapter 46 · Asset-first financing and the creation of newChapter 47 · Broader access to participation inChapter 48 · Three possible scales of long-term economicChapter 49 · Is NIKI simply another chatbot?Chapter 50 · Are DataChips physical chips?Chapter 51 · Is a Circuit an electrical circuit?Chapter 52 · Why are Genomes needed when ordinary softwareChapter 53 · Is BTDU just a database or a large languageChapter 54 · Does ENTITY decide who legally ownsChapter 55 · Why does BTG need ADAM as well as ENTITY?Chapter 56 · Are computational farms thousands of computersChapter 57 · Must everyone release their raw data or sourceChapter 58 · Does a DataChip automatically have a marketChapter 59 · Does purchasing a licence make someone aChapter 60 · Is Bit Trade Global a cryptocurrency exchange?Chapter 61 · Why is this relevant to a small community?Chapter 62 · Has everything described in this paper beenKnowledge Capital Economy: Questions and AnswersThe Knowledge Capital Economy: making useful knowledge a
Additional Pages (12)
Applications | HuntAR SearchAR HikeAR ShowAR ExchangeBTG Public Ledger, ENTITY & Instrument RecordsBTG Technology Adoption | Research & Pilot ProjectsComplete Website DirectoryCorporate GovernanceEight Industries and Data-Rights ApplicationsEight industries, eight different evidence and rightsGlobal adoption starts with local evidence and lawfulKnowledge Capital Economy | All 62 Whitepaper SubjectsOctober 2026 BTG Research Bulletin | FarmNodes & TechnologyPersonal Data Rights & BTG BridgePublic resources: where each claim, right and status is
New Research & Partnership Resources (7)
Board & Officer Seat Profiles (9)
Board Chair & Chief Executive Officer — Shawn BlackmoreChief Financial Officer & Treasury — Nicole BestDirector — Health & Research — Position vacantDirector — Civil Infrastructure & Public Safety — Jim WalkerDirector — Legal, Privacy & Data Sovereignty — Barry MackenzieDirector — United States Validation — David ClarkDirector — Indigenous Affairs & Data Sovereignty — Darlene HlookoffDirector — Insurance & Enterprise Risk — Krista BoutilierCorporate Secretary — Annette Harper
Public research results and system concepts are described with their test boundaries. The website does not represent an authorized, live securities exchange.
Start with the unified Foundry
Complete-system explanation · Technical architecture · Engineering evidence · Whitepapers
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