Move from energy-system readiness to evidence-backed runtime assurance.
Energy OS connects IYABOKO’s existing Sentinel 20 and Sentinel 36 assurance software with SENTINEL Energy SIM and the emerging SENTINEL EAC-1 edge-assurance controller — creating one governed pathway from project readiness to real BESS pilot evidence.
For energy projects that need clearer evidence before capital, installation or deployment decisions.
Energy OS supports early-stage planning, resilience analysis, storage and continuity reasoning, evidence organisation and prototype-readiness preparation without presenting preliminary work as certified engineering design.
Generation Systems
Solar, distributed generation, source assumptions, resource context and generation-readiness evidence.
Storage & Backup
Battery, backup, continuity, redundancy and resilience assumptions with traceable evidence.
Microgrids & Resilience
Demand, supply, prioritisation, continuity scenarios, outage response and system dependencies.
Prototype & Pilot Readiness
Requirements, evidence gaps, testing logic, supplier assumptions and controlled next-step planning.
Make energy-system assumptions, evidence and dependencies easier to govern.
Energy OS helps teams organise the evidence needed to understand continuity, resilience and prototype readiness before moving into installation, engineering approval or large-scale deployment.
Energy System Planning
- Generation and load context
- Storage and backup concepts
- Microgrid boundary definition
- Continuity and resilience objectives
- Assumption and requirement registers
Evidence & Scenario Analysis
- Source and demand evidence organisation
- Storage-duration assumptions
- Outage and resilience scenarios
- Prototype test planning
- Evidence quality and maturity mapping
Readiness & Governance
- Sentinel 20 readiness assessment
- Sentinel 36 digital assurance
- Findings and remediation cases
- Independent closure preparation
- Engineering / installer handoff
Energy OS uses three customer products plus the shared Core OS foundation.
AI Workspace, Sentinel and Education Pact are the customer-facing products; Core OS remains the shared evidence and governance foundation beneath them.
AI Workspace
Energy research support, evidence organisation, system notes, reports and project preparation.
Open AI WorkspaceSentinel OS
Readiness, digital assurance, findings, remediation, closure review and rescan-confirmed progression.
Explore Sentinel OSCore OS
Evidence, maturity, roles, case state, auditability, authority and bounded automation.
Explore Core OSEducation Pact
Energy-systems learning, continuity reasoning, evidence and responsible technology capability.
Explore Education PactAssess → Assure → Simulate → Operate → Scale.
SENTINEL Energy extends the existing Sentinel assurance architecture into energy simulation and physical-system runtime evidence. Sentinel 20 and 36 keep their existing roles; EAC-1 becomes the first physical runtime embodiment.
Sentinel 20
Pre-deployment decision assurance for readiness, evidence quality, critical controls and the smallest justified next step.
- Project boundary
- Evidence quality
- Critical conditions
- Progression decision
Sentinel 36
Deeper requirements, evidence, risk, findings, remediation, closure and reassessment for engineering programmes.
- Requirements
- Findings
- Remediation
- Closure evidence
SENTINEL Energy SIM
Controlled BESS and microgrid scenarios for digital-twin testing, fault injection, replay and validation evidence.
- Virtual BESS
- Sensor faults
- Thermal trends
- Repeatable scenarios
SENTINEL EAC-1
Emerging evidence-gated energy assurance controller for real telemetry, independent runtime assessment and operator support.
- Evidence integrity
- Dual analysis
- Uncertainty
- Action authority
SENTINEL Energy Fleet
Future multi-site operational assurance for portfolio evidence, event comparison and enterprise oversight.
- Multi-site
- Fleet evidence
- Version control
- Enterprise reporting
The first physical-energy embodiment of the Sentinel assurance architecture.
EAC-1 is designed as an independent assurance layer above existing BMS and plant protection — not as a replacement for the customer’s primary safety system.
Evidence-gated operational pathway
In P4, EAC-1 receives approved telemetry and converts it into a traceable operator-facing assurance state.
Sentinel 20
Should the project progress, and under what conditions?
Sentinel 36
Are requirements, findings, risks and remediation adequately controlled?
EAC-1
Given the present physical evidence, what response is currently justified?
SENTINEL EAC-1 Pilot Site 001
IYABOKO is preparing its first Australian real-world validation deployment with a BESS, microgrid, energy laboratory or renewable-energy integration partner.
First paid deployment: P4 Read-Only Assurance
The customer retains the existing BMS, protection system, inverter controls, SCADA and site safety authority. SENTINEL receives an approved telemetry copy and independently creates an assurance record.
State what is demonstrated — and what is not yet demonstrated.
IYABOKO separates internal verification, pilot evidence, external review and certification rather than treating them as equivalent.
Alpha software architecture
Executable simulation, evidence qualification, dual analysis, action authority and command gating.
Frozen scenario suite
Controlled normal, thermal, sensor, stale-data, disagreement and prohibited-command scenarios.
Real Australian BESS pilot
P4 live telemetry, read-only assurance and customer-reviewed operational evidence.
External validation / certification
Independent university/engineering validation and product certification remain future gates.
Assess → Assure → Simulate → Pilot → Detect → Remediate → Verify → Reassess.
Operational events should feed back into engineering assurance rather than disappearing into an isolated monitoring dashboard.
Produce practical artefacts before the next investment or deployment step.
Outputs are preparation and readiness artefacts, not electrical certification or guaranteed performance statements.
Energy Continuity Brief
Demand, supply, storage, backup assumptions, continuity priorities and evidence gaps.
Load & Resilience Map
Critical loads, outage scenarios, continuity priorities and unresolved dependencies.
Storage Evidence Map
Storage assumptions, source evidence, operating scenarios, constraints and confidence.
Microgrid Readiness Map
System boundary, generation, storage, controls, interfaces and readiness position.
Pilot / Prototype Roadmap
Requirements, test steps, suppliers, dependencies, evidence needs and stage gates.
Governance & Handoff Pack
Findings, remediation status, residual issues and specialist-review requirements.
Separate promising energy ideas from evidence-supported readiness.
Energy OS inherits Core OS maturity and evidence-quality architecture so feasibility assumptions, simulations, prototypes and validated performance are not treated as the same level of evidence.
Become an early SENTINEL EAC-1 validation or pilot partner.
IYABOKO is seeking one Australian BESS, microgrid, energy laboratory or renewable-energy integration partner for Pilot Site 001 and independent technical evaluation.