IYABOKO Science & Technology Science · Technology · Engineering
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SHARED TECHNOLOGY BACKBONE

Shared project state, permissions and lifecycle continuity across IYABOKO.

Core OS is the shared digital backbone that helps connect identity, permissions, project state, evidence provenance and lifecycle continuity across IYABOKO technology workflows.

Shared backbone Identity & permissions Project state Provenance Lifecycle continuity
Core OS

One shared operating foundation behind multiple specialist technologies.

Core OS is designed to reduce fragmentation between workspaces by providing common project identity, access context, evidence references, workflow state and continuity across the broader IYABOKO environment.

Identity

Shared User & Project Context

Maintain consistent identity and project context when work moves between eligible technology surfaces.

Permissions

Controlled Access

Support role, entitlement and workspace boundaries so access can be separated according to the intended operating context.

State

Project-State Continuity

Preserve meaningful workflow state instead of treating each technology interaction as an isolated session.

Provenance

Evidence References

Keep important outputs connected to relevant project records, inputs, evidence and decision context.

Lifecycle

Cross-Stage Continuity

Support movement from research and computation into readiness, recovery, engineering and governed progression.

Integration

Shared Operating Backbone

Provide common services to specialist technologies without removing their separate responsibilities.

Connected Product Foundation

Core OS supports the five-product chain without replacing it.

Each specialist product retains its own responsibility. Core OS provides shared operating context around the chain.

C3 COMPUTE

C3

Computational analysis, modelling and simulation can operate within shared project context.

CI DECIDE

CoreINTEL

Decision preparation can reference common evidence, requirements and project state.

S36 ASSURE

Sentinel 36

Readiness findings and remediation can remain connected to the same governed project environment.

DCC RECOVER

DCC

Continuity and restoration evidence can remain linked to relevant operational context.

SG AUTHORIZE

SACG / ICAF

Authorization review can use the relevant project state without turning the backbone into authority.

Lifecycle Continuity

Keep project context intact as the work changes stage.

Core OS is intended to support continuity from early investigation through computational work, engineering preparation, assurance and governed progression.

01 Create Establish project identity and context.
02 Research Connect evidence and source material.
03 Compute Preserve modelling and analytical context.
04 Engineer Carry requirements into technical preparation.
05 Assure Track readiness, findings and remediation.
06 Progress Preserve the evidence trail for accountable review.
Shared Services

Four backbone functions support a more coherent technology environment.

The purpose of Core OS is not to become another specialist engine. Its value is in shared operating services used around those engines.

ID

Identity Context

Associate eligible work with the appropriate user, organisation and project context.

AC

Access Context

Separate owner, operator, member, client and other permitted workspace boundaries.

PV

Provenance Context

Keep relevant evidence, outputs and workflow records connected to their project history.

LC

Lifecycle Context

Support continuity when work progresses between research, software, engineering and assurance stages.

Core OS is infrastructure around the technology chain.

The five core products remain: C3 — Compute, CoreINTEL — Decide, Sentinel 36 — Assure, DCC — Recover and SACG / ICAF — Authorize. Core OS provides shared project and operating context around them.

Next: AI Research & Innovation
Operating Boundaries

Shared infrastructure should not erase product boundaries.

A common backbone can improve continuity while still keeping computation, readiness, recovery, engineering and authority as separate responsibilities.

Access

Permissions Must Remain Enforced

A shared interface should not imply that every user has access to every project or technology capability.

Provenance

Context Must Remain Traceable

Important records should remain associated with the project and workflow context that produced them.

Authority

Infrastructure Does Not Become Authority

Core OS can transport context and records, but consequential authority remains explicitly accountable.

Connect The Technology Lifecycle

Build a more coherent project environment across IYABOKO.

Use the shared backbone to connect project context, evidence, permissions and lifecycle state while keeping specialist product responsibilities clearly separated.