When crisis hits. What DEFONEOS does. Automatically. In seconds.
π¨ DEFONEOS 999 is the automated emergency response protocol that activates when the sovereign sensor network detects a critical threat β flood, cyber attack, drone incursion, CBRN incident, or infrastructure failure. From first sensor reading to multi-agency response coordination: under 10 seconds. Every step SIGIL-signed. Every decision auditable.
198+ sensors** across 12 domains feed the SOV3 noiseβintuition pipeline continuously. The Mamba-2 state-space model processes all sensor data at 1Hz, maintaining a 16-dimensional latent state that represents the current threat picture.
Anomaly detection triggers when any sensor stream deviates >2Ο from baseline. The SOV3 intuition engine evaluates the deviation against historical patterns. Confidence threshold >85% triggers the full cascade.
| Sensor Domain | Count | Detection Examples |
|---|---|---|
| Satellite (Sentinel-Hub) | 12 | Flood extent, troop movement, infrastructure damage |
| Maritime (AIS) | 24 | Vessel anomalies, smuggling routes, fishing incursions |
| Aviation (ADS-B) | 18 | Drone detection, aircraft deviations, no-fly violations |
| Seismic | 8 | Earthquake, explosion, underground activity |
| Air Quality (OpenAQ) | 32 | Chemical release, radiation, smoke particulate |
| Cyber (Suricata + Zeek) | 45 | Intrusion, DDoS, lateral movement, C2 beaconing |
| Social (GDELT) | 22 | Mass casualty events, civil unrest, coordinated narratives |
| Weather (Met Office) | 37 | Storm, flood, heatwave, extreme cold |
CAPABILITY Multi-sensor fusion: The SOV3 fusion layer correlates across domains β a seismic event + air quality spike + social media reports = probable explosion. Individual sensors see noise; the fusion layer sees the event.
BFT Council Emergency Session. The 33-agent Byzantine Fault Tolerant council convenes an emergency vote. Each agent evaluates the threat independently using its specialised model (compliance, sensor fusion, security, governance, civil, meta-cognitive).
| Council Composition | Agents | Emergency Role |
|---|---|---|
| Compliance validators | 8 | Verify response is lawful under UK ECA 2000, DPA 2018, JSP 936 |
| Sensor fusion agents | 10 | Confirm threat assessment independently |
| Security agents | 4 | Assess escalation risk and counter-intelligence exposure |
| Governance agents | 5 | Evaluate proportionality, necessity, and Charter compliance |
| Civil agents | 3 | Assess civilian impact, casualty risk, evacuation needs |
| Meta-cognitive (Turiya) | 3 | System coherence check β is the system being manipulated? |
Quorum: 23-of-33 required (70%). Vote completes in <2 seconds. Each vote is SIGIL-receipted with Ed25519 signature, agent identity, model used, reasoning trace, and confidence score. The full vote record is hash-chained and Bitcoin-anchored for legal defensibility.
SAFETY If quorum is NOT reached, the system escalates to human operators. DEFONEOS never takes autonomous offensive action without BFT supermajority.
Multi-channel alert cascade. Once the vote passes, DEFONEOS fires alerts across every connected channel simultaneously:
| Channel | Protocol | Latency | Recipients |
|---|---|---|---|
| FreeTAKServer (CoT) | Cursor on Target XML | <50ms | All TAK-connected field units |
| Cesium 3D globe | WebSocket push | <100ms | All command dashboards |
| SMS (via gateway) | HTTP SMS API | 2-5s | On-call operators, key personnel |
| SMTP + MIME | 1-3s | Distribution lists, stakeholders | |
| Slack/Teams | Webhook | <500ms | #defoneos-alerts channel |
| Voice (TTS) | SIP + RTP | 3-5s | Phone tree to senior officers |
| EAS (if integrated) | Emergency Alert System | 5-10s | Public broadcast (auth-gated) |
The Cesium globe automatically zooms to the incident location with a red pulsing marker. The sensor overlay activates β showing all relevant data layers (flood extent, drone track, cyber attack graph, etc.).
Autonomous asset deployment from nearest hive. DEFONEOS swarm agents deploy based on threat type and BFT-approved response profile:
| Threat Type | Swarm Response | Deployment Time |
|---|---|---|
| Flood / Natural | ISR drones (imagery + SAR), sensor buoys | 30-60s launch |
| Drone Incursion | Counter-drone: RF jamming + interceptor drones | 10-20s launch |
| Cyber Attack | Cyber recon worms, honeypot deployment, auto-isolation | Instant (software) |
| CBRN | Sensor drones (air quality + radiation), exclusion zone | 60-90s launch |
| Maritime | USV patrol, AIS anomaly tracking, coastguard alert | 2-5 min launch |
| Civil Unrest | ISR only (no offensive), crowd density monitoring | 30-60s launch |
RED LINE DEFONEOS Charter Article 7: No autonomous lethal action. All offensive deployment requires human authorisation. Swarm agents can deploy for ISR, recon, and defensive countermeasures β but kinetic engagement is human-gated.
Multi-agency coordination. DEFONEOS doesn't replace the blue-light services β it coordinates them. The system connects to existing emergency infrastructure:
| Agency | Integration | Data Shared |
|---|---|---|
| 999/111 (NHS) | HL7 FHIR + REST | Casualty estimates, hospital capacity routing |
| Local Resilience Forum | TAK protocol + JESIP | Common operating picture, multi-agency plan |
| Police (NPCC) | Airwave + TAK bridge | Cordon management, evacuation routes |
| Fire & Rescue | FRS data exchange | Fire spread prediction, resource positioning |
| Environment Agency | Flood API + sensors | Flood extent, river levels, dam status |
| Met Office | Hazard Manager API | Weather constraints on drone operations |
| Military (MJHQ) | MODNet + TAK | Military assistance to civil authorities (MACA) |
The Common Operating Picture (COP) is maintained on the Cesium 3D globe β all agencies see the same picture, updated in real-time. JESIP (Joint Emergency Services Interoperability Principles) compliance is built in.
Post-incident SIGIL audit trail. Every decision, every vote, every alert, every deployment is recorded on the SIGIL chain. The audit is not an afterthought β it's built into the cascade:
| Audit Element | Evidence | Legal Basis |
|---|---|---|
| Sensor detection | Raw data + SOV3 confidence score + timestamp | DPA 2018 / UK GDPR Art 5(2) |
| BFT vote | 33 individual agent votes + reasoning + Ed25519 sigs | UK ECA 2000 s.7 electronic signature |
| Alert cascade | Delivery receipts per channel + ack timestamps | ISO 27001 A.16 incident management |
| Swarm deployment | Agent tasking + flight logs + sensor data | JSP 936 Part 2 operational audit |
| Multi-agency data sharing | Data sharing log + lawful basis per recipient | DPA 2018 Schedule 1 (national security) |
| Human authorisations | Authoriser identity + timestamp + scope | HRA 1998 + common law duty of care |
Legal defensibility: The SIGIL chain is hash-chained (SHA-256), Ed25519-signed, and anchored to Bitcoin every 1,000 receipts. Under the UK Electronic Communications Act 2000 s.7, these signatures are admissible in court. Under the Criminal Justice Act 2003 s.59, the chain provides business records admissibility. A court-appointed expert can independently verify every action using defoneos-sigil verify --receipts=[id].
Realistic example of the 999 cascade in action:
| Time | Event | System Response |
|---|---|---|
| T+0 | Environment Agency flood sensor detects river level +2.3m above normal at York | SOV3 flags anomaly (3.1Ο above baseline) |
| T+0.3 | Met Office radar confirms heavy rainfall. Sentinel-Hub satellite shows flood extent. | Sensor fusion confirms: major flood event, confidence 94% |
| T+1.0 | BFT vote: 29/33 approve Tier 2 response (evacuation support + ISR) | Response profile authorised. No offensive action. |
| T+1.2 | FreeTAKServer CoT sent to North Yorkshire LRF. Cesium globe zooms to York. | All TAK units see flood extent overlay |
| T+3.0 | ISR drones launched from Leeds hive. Flight time to York: 8 minutes. | Real-time aerial imagery feed established |
| T+5.0 | NHS 111 notified: estimated 340 properties at risk, 12 care homes in flood zone | Hospital capacity checked, ambulances pre-positioned |
| T+10.0 | Police cordon routes set. Fire & Rescue positioned. EA flood barriers deploying. | COP live on all agency dashboards |
| T+8min | ISR drones overhead. Live imagery fed to COP. SAR teams directed to isolated properties. | Real-time decision support operational |
| Framework | How DEFONEOS 999 Complies |
|---|---|
| UK ECA 2000 | All decisions Ed25519-signed. Electronic signatures legally admissible. |
| DPA 2018 / UK GDPR | Data minimisation built in. PII redacted in sensor data. Lawful basis: Schedule 1 (emergency). |
| JSP 936 | Operational audit trail meets JSP 936 Part 2 incident logging requirements. |
| JSP 440 | Sovereign deployment: all data stays on UK soil. No CLOUD Act exposure. |
| HRA 1998 | Proportionality assessment by governance agents before any response. |
| JESIP | Multi-agency interoperability built into the coordination layer. |
| ISO 27001 A.16 | Incident management lifecycle: detect β assess β respond β review. |
| NIS Regulations 2018 | Critical infrastructure incident reporting (if applicable to operator). |
RED LINE NOT autonomous lethal action. DEFONEOS Charter Article 7 prohibits autonomous kinetic engagement. All use of force requires human authorisation.
RED LINE NOT mass surveillance. DEFONEOS processes sensor data for threat detection only. Personal data is minimised, redacted, and deleted post-incident per DPA 2018.
RED LINE NOT a replacement for 999. DEFONEOS coordinates with and supports the emergency services. It does not replace human dispatchers or first responders.
RED LINE NOT unaccountable. Every action is SIGIL-signed, hash-chained, and auditable. A court-appointed expert can verify the entire chain independently.
From detection to response: under 10 seconds. Fully audited. Fully sovereign. Fully accountable.
The 999 cascade integrates with existing UK emergency infrastructure via standard protocols:
| Layer | Protocol | Purpose |
|---|---|---|
| Sensor β DEFONEOS | MQTT, STOMP, REST, WebSocket | Real-time sensor data ingestion |
| DEFONEOS β TAK | Cursor on Target (CoT) XML over UDP/TCP | Tactical situational awareness broadcast |
| DEFONEOS β Cesium | WebSocket + CZML | 3D common operating picture |
| DEFONEOS β NHS | HL7 FHIR R4 | Casualty management, bed capacity |
| DEFONEOS β EA | REST API + webhook | Flood data, river levels, warnings |
| DEFONEOS β Police | Airwave ESN bridge | Cordon management, evacuation |
| DEFONEOS β SIGIL | Internal hash chain + Ed25519 | Audit trail, legal evidence |
DEFONEOS 999 is in active development. The emergency response protocol is designed for UK Resilience Forums, blue-light services, and military assistance to civil authorities (MACA).
For emergency services: Contact CSOAI to discuss TAK integration and COP deployment.
For local authorities: DEFONEOS integrates with Local Resilience Forum (LRF) arrangements under the Civil Contingencies Act 2004.
For MOD: MACA requests can be coordinated through DEFONEOS. The system maintains full SIGIL audit for post-operation review.