BLACKMORE TECHNOLOGY GROUP LIMITED · PUBLIC KNOWLEDGE LIBRARY
62 chapters. One connected Knowledge Capital Economy.
A 62-chapter guide to the planned Bit Trade Global data stock exchange and the technology behind it. The knowledge economy model treats qualifying data, algorithms and inventions as identifiable economic assets that may have their own ticker, disclosures, buyers, sellers and lawful investment interests. NIKI, FarmNodes, DataChips, Genomes, BTDU, ADAM and ENTITY help produce, reconstruct and govern what enters that market. Chapters document the engineering concepts and legal boundaries, not a live securities trading venue.
Original source: BTG 35-page October 2026 whitepaper
Problem and economic premise
01Useful knowledge is difficult to recognize as a separate asset 02What 'data as an asset' means - and what it does not mean 03What makes BTG's approach different from a simple AI or data marketplaceEngineering and platform technologies
04NIKI CGSI-SI: the invention engine 05Computational FarmNodes: laboratories that exist as software systems 06BTDU: the knowledge system and durable memory 07DataChips and AI Chips: turning capabilities into identifiable building blocks 08Circuits: building complete working processes from DataChips 09Circuit Genomes: preserving the design of a complete capability 10ENTITY: the identity, rights and economic relationship system 11ADAM: the controlled engine for decisions that change the system 12Universal Transaction Fabric: connecting the record of what happened 13Verifiable Reality: telling proof from belief 14DataChip Composer, the Universal SDK and BTG Command: the systems people use to build and operate it 15Bit Trade Global: the commercial and investment economy around knowledge 16Contributor participation: how people and organizations can share in legitimate valueSeven transformations
17Transformation One: from AI assistance to distributed invention 18Transformation Two: from buying entire applications to buying useful capabilities 19Transformation Three: from easily copied bytes to portable governed rights 20Transformation Four: from accumulated storage to accumulated knowledge capital 21Transformation Five: from company-only investment stories to asset-first enterprise formation 22Transformation Six: from invisible contributors to identifiable participants 23Transformation Seven: from separate industries to one productive feedback cycleComplete invention lifecycle
24A robotics invention, from the first problem to a new research projectIndustrial and community uses
25Forestry, manufacturing and industrial maintenance 26Agriculture, water, ecosystems and rural research 27Search and rescue, emergency management and infrastructure 28Education, accessible learning and scientific training 29Health, research ethics and privacy-sensitive computing 30Universities, inventors, small businesses and new companiesEconomic opportunity
31An existing large data economy provides context, not a promise of BTG revenue 32Revenue sources for a connected BTG business 33What could make knowledge-compounding economically powerfulBritish Columbia and the public interest
34Why a global knowledge economy can originate in Grand Forks 35Opportunities for British Columbia and Canada 36How public bodies could participate without surrendering their responsibilitiesTrust and law
37Privacy, intellectual property and Indigenous data governance 38Why legal rights cannot be generated by software 39Why a commercial data marketplace and a securities exchange are different 40Security and responsible autonomyEngineering record
41The October 2026 research evidence 42How the engineering architecture is organizedPotential long-term outcomes
43A global distributed research network 44A new category of software and intellectual-asset businesses 45A market for knowledge utility, not merely copies of data 46Asset-first financing and the creation of new companies 47Broader access to participation in technological wealth 48Three possible scales of long-term economic impactQuestions and answers
49Is NIKI simply another chatbot? 50Are DataChips physical chips? 51Is a Circuit an electrical circuit? 52Why are Genomes needed when ordinary software has versions? 53Is BTDU just a database or a large language model? 54Does ENTITY decide who legally owns information? 55Why does BTG need ADAM as well as ENTITY? 56Are computational farms thousands of computers owned by BTG? 57Must everyone release their raw data or source code? 58Does a DataChip automatically have a market price? 59Does purchasing a licence make someone a shareholder? 60Is Bit Trade Global a cryptocurrency exchange? 61Why is this relevant to a small community? 62Has everything described in this paper been commercially launched?Research demonstrations, lawful rights and completed business transactions are separate kinds of facts.