Seven specialised solution environments. One governed path from problem to deployment.
IYABOKO applies one shared technology infrastructure—C3 computation, AI-assisted preparation, Core OS project state, Sentinel assurance and Engineering & Invention—while each Domain OS preserves its own evidence, standards, physical systems, specialist expertise and authority boundaries.
Choose the technical context that matches the project.
Multi-domain projects may use several Domain OS contexts while retaining one evidence, project and governance path.
Space OS
Mission systems, simulation, space engineering, telemetry evidence, aerospace readiness and IOSTS pathways.
Explore Space OSEnergy OS
Energy systems, storage, BESS, microgrids, continuity, resilience and controlled pilot-readiness pathways.
Explore Energy OSEnvironment OS
Water, climate, land, biodiversity, environmental evidence and resilience pathways.
Explore Environment OSHealth & Biotech OS
Bounded non-clinical research, biotech evidence, ethics, privacy and responsible technology-development workflows.
Explore Health & Biotech OSQuantum Net OS
Quantum technologies, post-quantum migration, secure communications and future-network readiness.
Explore Quantum Net OSFinancial Security OS
Digital trust, provenance, identity, transaction controls, auditability and operational-resilience readiness.
Explore Financial Security OSMineral & Material OS
Mineral intelligence, materials research, processing systems, critical-mineral readiness and advanced-material pathways.
Explore Mineral & Material OSA common infrastructure does not make sectors interchangeable. Every Domain OS retains its own standards, evidence requirements, specialist constraints and external authority.
The Domain OS layer does not rebuild the technology stack seven times.
Each solution environment reuses the same governed foundation while applying its own domain context.
Problem framing, evidence intake, modelling, comparison and bounded decision preparation.
Human-facing research, evidence organisation and preparation. The separate Professional AI Workers remain a distinct capability group.
Identity, project state, provenance, permissions, auditability and lifecycle controls.
Evidence gates, risk boundaries, findings, remediation and readiness progression.
Simulation, multidigital systems, software/hardware prototypes, robotics, CNC, HIL and physical testing.
Move credible computational work toward progressively deeper engineering.
Shared engineering infrastructure can support one Domain OS or a cross-domain project without confusing simulation with physical validation.
The seven Domain OS remain canonical.
Industrial Systems, Infrastructure, Food & Agriculture and other adjacent project contexts can use the shared IYABOKO infrastructure without being presented as additional Domain OS.
Not sure which Domain OS fits?
Start with the problem. IYABOKO can determine whether one or several domain contexts are appropriate.