Turn environmental complexity into evidence, resilience and responsible action.
Environment OS applies IYABOKO's shared evidence, maturity, assurance and governance architecture to water, climate, land, biodiversity, soil, environmental monitoring, restoration and resilience planning.
Apply one governed IYABOKO architecture to the realities of Environment systems.
Environment OS applies IYABOKO's shared evidence, maturity, assurance and governance architecture to water, climate, land, biodiversity, soil, environmental monitoring, restoration and resilience planning.
Water Systems
Catchments, supply, water quality, hydrology context, monitoring and resilience evidence.
Climate & Resilience
Climate exposure, adaptation assumptions, scenario evidence, dependencies and continuity planning.
Land, Soil & Restoration
Land condition, soil context, rehabilitation assumptions, monitoring and restoration readiness.
Biodiversity & Ecology
Ecological context, biodiversity evidence, environmental dependencies and responsible intervention planning.
Organise evidence, surface gaps and prepare the next justified action.
The objective is not to replace specialist authority. It is to make the current state, evidence, dependencies, risks and required next steps easier to examine and govern.
Environmental System Planning
- Water, land and ecological context
- System and boundary definition
- Climate and resilience objectives
- Assumption and dependency registers
- Pilot / monitoring pathway preparation
Evidence & Monitoring
- Environmental dataset organisation
- Remote-sensing / GIS evidence preparation
- Monitoring requirements and indicators
- Scenario and impact reasoning
- Evidence quality and maturity mapping
Readiness & Governance
- Sentinel 20 readiness assessment
- Sentinel 36 digital assurance
- Findings and remediation cases
- Independent closure preparation
- Specialist / institutional handoff
Environment OS uses the same four-product IYABOKO platform.
Products provide the capabilities. Environment OS provides the domain context.
AI Workspace
Research, writing, evidence organisation and project preparation before structured assessment.
Open AI WorkspaceSentinel OS
Readiness, assurance, findings, remediation cases, closure review and rescan-confirmed progression.
Explore Sentinel OSCore OS
Evidence, H0–H6 maturity, Q0–Q5 quality, roles, case state, authority and auditability.
Explore Core OSEducation Pact
Learning and institutional capability pathways using the same evidence and systems architecture.
Explore Education PactPrepare → Assess → Assure → Remediate → Review → Progress.
Each stage should strengthen evidence, resolve uncertainty or clarify authority before progression.
Produce practical artefacts for evidence-led decisions and handoff.
Outputs depend on scope and available evidence. They support readiness and governance; they do not constitute regulated approval or specialist certification.
Environmental Readiness Brief
System context, evidence, maturity, risks, dependencies and priority gaps.
Water Resilience Map
Water-system assumptions, monitoring needs, dependencies, resilience issues and evidence.
Climate Evidence Map
Climate inputs, scenarios, evidence provenance, assumptions and uncertainty.
Biodiversity Readiness Map
Ecological context, biodiversity evidence, indicators, pressures and intervention assumptions.
Monitoring & Restoration Plan
Indicators, evidence requirements, actions, responsibilities and staged review points.
Governance & Handoff Pack
Findings, remediation status, residual issues and external-review requirements.
Separate ambition from demonstrated readiness.
Environment OS inherits the Core OS maturity and evidence architecture so concepts, assumptions, models, prototypes and validated outcomes are not treated as equivalent evidence states.
Start with the evidence you already have.
Prepare the project in AI Workspace, assess readiness through Sentinel 20, or discuss a defined Environment project when deeper review and professional assurance are justified.