IYABOKO Science & Technology Technology Infrastructure · Software + Hardware + AI + Assurance
IYABOKO Technology · Core OS

The shared operating foundation that keeps IYABOKO technology coherent.

Core OS connects identity, projects, permissions, evidence state, maturity, entitlements, auditability and customer lifecycle across C3, AI, Sentinel, engineering workflows and the seven Domain OS.

Shared Operating Foundation

One operating backbone for the customer, project and evidence lifecycle.

Core OS provides common operational services while allowing each technology layer and Domain OS to retain its own methods, data, standards and qualified authority.

Identity

Identity & Access

Tenant context, users, roles, permissions, entitlements and controlled access to project capabilities.

Projects

Project State & Maturity

Keep project stage, requirements, evidence position, progress and authorised next steps connected.

Evidence

Provenance & Auditability

Maintain evidence context, source relationships, state changes and traceable progression records.

Commercial

Customer Lifecycle

Connect membership, consultation, pilot, active project, review, delivery and closure within governed access boundaries.

How Core OS Connects the Stack

Each major IYABOKO capability has a different job.

Core OS should make those capabilities work together without collapsing their responsibilities into one monolithic system.

C3
C3 · Computational & Decision EngineTransforms real-world problems into evidence-governed computational and decision pathways.
AI
AI Workspace · Human-Facing Intelligence EnvironmentSupports research, evidence organisation, analysis and project development.
SO
Sentinel OS · Assurance & ReadinessEvaluates whether evidence, risk and readiness justify progression.
EI
Engineering & Invention · Build & ValidateConnects simulation, multidigital representation, prototypes, manufacturing, HIL and physical-validation pathways.
7D
Seven Domain OS · Specialised ContextApply the shared infrastructure to distinct scientific and industrial environments.
Core OS principle

Core OS preserves common state and governance. It does not claim the specialist scientific, engineering, professional or regulatory authority of the systems connected to it.

Project Lifecycle

Keep one traceable project context from first question to deployment decision.

A project can become more sophisticated without losing the relationship between its evidence, permissions, maturity, decisions and accountable reviewers.

Discover Frame Model Simulate Prototype Validate Pilot Deploy Continuity
State

Know Where the Project Is

Make the current maturity position, evidence state and unresolved requirements visible.

Gate

Know What Comes Next

Connect progression to required evidence, authorised capabilities and relevant Sentinel review.

Authority

Know Who Can Approve

Keep consequential progression tied to explicit human, organisational and external authority where required.

Core OS & CoreINTEL

Operating foundation and project intelligence are related—but not the same function.

This distinction keeps the platform understandable as CoreINTEL grows into deeper project-intelligence and decision-support capability.

Foundation

Core OS

Maintains identity, permissions, project state, evidence relationships, maturity, entitlements, auditability and customer lifecycle across the platform.

Intelligence

CoreINTEL

Supports project intelligence and decision preparation by working with governed project and evidence context. It can inform work without replacing the operating controls maintained by Core OS.

Seven Domain OS

One stable foundation. Seven specialised operating environments.

The shared core stays consistent while technical data, methods, standards, risk models and qualified expertise remain domain-specific.

Domain 01

Space OS

Space systems, mission engineering, simulation and aerospace-readiness pathways.

Explore Space OS
Domain 02

Energy OS

Energy systems, storage, continuity, resilience and emerging energy technology.

Explore Energy OS
Domain 03

Environment OS

Water, climate, ecosystems, environmental intelligence and resilience.

Explore Environment OS
Domain 04

Health & Biotech OS

Biological research, biotechnology evidence and responsible translation pathways.

Explore Health & Biotech OS
Domain 05

Quantum Net OS

Quantum computing, secure networks and post-quantum technology readiness.

Explore Quantum Net OS
Domain 07

Mineral & Material OS

Mineral intelligence, materials research, processing systems and advanced material development.

Explore Mineral & Material OS
Modular Runtime

Keep the shared foundation lightweight while deeper capabilities load when needed.

Public and customer-facing workflows should remain responsive without requiring every specialised module to run for every request.

Modular

Load Capabilities on Demand

Discovery, AI, evidence, engineering, commercial and assurance functions can remain route- and project-aware.

Protected

Preserve Private Boundaries

Customer, tenant and project data should remain separated from public output and unauthorised access paths.

Fail-Closed

Do Not Invent Permission

When required evidence, entitlement or authority is missing, progression should stop rather than manufacture a valid state.

Operating Boundary

Core OS coordinates the platform without taking over domain accountability.

Scientific interpretation, engineering sign-off, certification, regulatory decisions and safety-critical operational authority remain with appropriately accountable people and organisations.

Human-governed by design: Core OS can preserve state, permissions, evidence and workflow controls. It does not convert software status into professional, regulatory or physical authority automatically.

Core OS is the shared foundation beneath the IYABOKO customer and technology experience.

Use the Member Portal for governed access, or bring a real-world problem to IYABOKO to determine the right technology pathway.