Lydos Air structures drone operations for disaster response environments where connectivity, authority, and time are all under pressure. The platform's offline mesh buffering maintains mission integrity in connectivity-denied post-disaster environments; structured authority handoff enables clean command transfer between incident commanders and relief agencies; thermal rescue detection surfaces survivor coordinates to ground teams without autonomous action. Every record produced in a disaster deployment is SHA-256 chain-hashed on the edge unit — integrity preserved even during the outage period.
MB-00
Mission Scenarios
MB-DIS-01Mission Brief
REV A
Edge Offline Mesh Buffering
In connectivity-denied disaster environments — urban collapse, remote flooding, post-seismic infrastructure failure — the in-house edge unit maintains full mission execution capability without a live link to the command layer. Telemetry, imagery references, and decision logs are buffered locally and synchronised to the incident command system when connectivity is restored. Each buffer entry is SHA-256 chain-hashed to detect tampering during the outage period.
During multi-agency disaster responses, drone operational authority transfers between incident commanders, search teams, and relief organisations. The platform generates a structured handoff export: current mission state, active geofences, fleet status snapshot, and pending alerts — packaged as a KSL-signed record that the receiving authority verifies before assuming command. This prevents mission gaps during authority transitions.
Operational Flow
Handoff Initiate→State Snapshot→Mission Package→KSL Sign→Transfer→Receiving Authority Verify→Command Transfer
MB-DIS-03Mission Brief
REV A
Thermal Survivor Detection
Thermal imaging payloads scan collapsed structures, floodwater surfaces, and dense vegetation for human heat signatures. The thermal rescue detector applies configurable detection thresholds calibrated to ambient temperature and weather conditions. Each detection generates a GPS-referenced rescue coordinate, a confidence score, and a prioritised rescue queue sorted by detection confidence and proximity to access points.
Operational Flow
Area Assign→Thermal Survey→Signature Detect→Coordinate Extract→Confidence Score→Rescue Queue→Team Dispatch
MB-DIS-04Mission Brief
REV A
Rapid Field Readiness
Disaster response drone deployment must reach operational status faster than routine missions. The platform's 13-point preflight validation is structured to complete in under three minutes for pre-configured rapid-deployment mission profiles. Safety policy enforcement remains active — geofence, battery health, and signature verification are not bypassed — but the sequence is parallelised where dependencies permit.
Disaster response drone operations must coordinate with national air traffic services operating under ICAO Annex 11. The platform captures Remote ID metadata for every flight, supports dynamic airspace authorisation workflows, and provides structured telemetry for coordination with NOTAM-issuing authorities.
ACTIVE
COMP-DIS-02
EASA U-Space USSP Coordination
European emergency drone deployments in urban and peri-urban areas involve U-Space USSP coordination for traffic management. The platform's flight plan submission, real-time position reporting, and geofence enforcement are designed to interface with USSP coordination protocols.
ACTIVE
COMP-DIS-03
NIST FIPS 204 ML-DSA Authority Handoff
Authority handoff records are signed with the transferring commander's device-bound ML-DSA key. The receiving authority verifies the signature before activating command privileges. This cryptographic handshake prevents both unauthorised command assumption and retrospective denial of handoff.
ACTIVE
COMP-DIS-04
Data Sovereignty in Connectivity-Denied Environments
Incident data — survivor detection coordinates, mission logs, authority handoff records — is buffered on the edge unit using the same SHA-256 chain-hash scheme as the connected deployment. Data integrity is maintained through the offline period without dependence on cloud key management services.
ACTIVE
FAQ-00
Sector Questions
FAQ-01
How long can the edge unit operate without connectivity before data integrity is at risk?
The edge unit's buffer capacity is a hardware constraint set at deployment configuration time. Within that capacity, the SHA-256 chain-hash scheme preserves integrity indefinitely — the hash chain does not expire. When connectivity is restored, the command layer verifies the chain from the last synchronised entry, detecting any tampering that occurred during the outage. Buffer size and retention policy are configurable per deployment profile.
FAQ-02
Can multiple agencies access the same mission simultaneously during a joint response?
The platform supports multi-operator access with role-based permissions. Each agency operator holds a separate device-bound key; actions require signature from the role authorised for that action type. Read access to telemetry and mission state can be granted to observer roles without write permissions. Authority handoff is an explicit, signed transaction — concurrent command does not occur.
FAQ-03
How does thermal survivor detection handle false positives from warm debris or machinery?
The thermal rescue detector applies configurable temperature-range and spatial-coherence filters calibrated by the operator before deployment. Detection records include a confidence score computed from signature shape, temperature delta from ambient, and spatial dimensions. The rescue queue sorts by confidence; operators review flagged coordinates before dispatching ground teams. The platform does not make autonomous rescue decisions.