DataChip Composer development environment
Composer is BTG’s working native Windows engineering workspace for conventional source code, typed reusable executable components and visual Circuit composition; production-scale source conversion remains under development.
Where trading-eligible inventions can be assembled
DataChip Composer helps build, connect, inspect and test reusable executable functions and Circuit Genomes. A qualified original invention may eventually be documented as an asset for Bit Trade Global, with defined issuer rights and an instrument ticker where legally eligible. A visual chip or compilation alone is not an investable security; the asset requires technical proof, actual ownership or licensed rights, and separate Exchange admission.
How Bit Trade Global lists, values and trades eligible data assets →
Coding and visual composition together
The product vision is not to replace programming with a purely no-code canvas. Developers can author ordinary source files, inspect and test code, convert suitable modules into typed DataChips and connect chips in visual Circuits. The result should remain understandable and maintainable in both representations.
Component qualification
A module can be represented as a DataChip only when relevant inputs, outputs, dependencies, side effects, execution constraints and tests are recorded. Visual linking does not remove the need for real compilation, type checking, security boundaries, performance evaluation and integration tests.
Import and reuse
Teams may import or publish chips to compatible Composer environments, but reuse depends on permitted licences, provenance and compatibility. A rights record identifies who may use a component, under which conditions and whether derived outputs can be redistributed. Internal source and confidential project folders need not be published with a reusable interface.
Working with research
NIKI may suggest new architectures, circuits or components; FarmNodes may qualify them under bounded experiments; BTDU preserves related knowledge and ENTITY connects each retained artifact to rights and lineage. The design separates a research recommendation from authorized source changes or product releases.
Platform availability
The design target includes a local development experience compatible with traditional developer workflows. An actual October 17 v2.6 Windows engineering executable contains 34 connected Genome components, real native graph interactions and transactionally revision-checked project saves. Only 5 of 78 original desktop methods were source-compared; full Windows regression still requires a clean rerun, publisher signing remains absent, and physical iOS/Android runtime hosts are not qualified. Supported versions should be confirmed from build and qualification records.