01 / ENDURANCE
Solar-augmented endurance
Integrated energy capture and adaptive operating profiles extend useful mission duration and reduce dependence on fixed charging cycles.
01 — A Mission Intelligence Company
Autonomy with mission purpose.
SOFOS DRONES brings intelligence, endurance, energy and governed execution into one mission-qualified autonomous system - built for operations where success must be engineered, evidenced and sustained.
Persistentmission context
Qualifieddecision pathways
Controlledphysical action
02 — Four Connected Features
One integrated operating advantage.
Endurance, energy, intelligence and compute continuously reinforce one another across the mission lifecycle.
02 / ENERGY
Mission-aware energy management
Power becomes a mission variable - forecast, prioritised and allocated against platform state, payload demand and successful outcome.
03 / INTELLIGENCE
SOFOS mission intelligence
Persistent context, guided formulation, peripheral intelligence and success-directed equilibrium maintain focus as conditions change.
04 / COMPUTE
Secure silicon and compute pathway
Qualified routing selects local, edge, sovereign or frontier compute while preserving mission gates and authority.
03 — Products
Seven autonomous systems. One mission fabric.
Aerial and ruggedised ground platforms share SOFOS intelligence, energy, secure compute, communications and assurance.
04 — Mission Architecture
From mission intent to verified outcome.
SOFOS separates intelligence, authority and execution. Intelligence may propose; only a qualified, accepted and scoped pathway may act.
01
FORMULATE
Capture the objective, success definition, limits, participants, topology and available resources.
02
QUALIFY
Test evidence, mandatory gates, confidence, risk, resource headroom and mission-success fit.
03
ROUTE
Select the least-sufficient qualified agent, model, memory, compute and specialist pathway.
04
ENGAGE
Obtain participant acceptance and issue mission-scoped action authority.
05
ASSURE
Observe progress, detect drift, recover safely and return verified evidence.
Mission success governs equilibriumThe system can intentionally favour a successful asymmetric posture rather than balance for its own sake.
Peripheral Intelligence VisionAdjacent states and weak signals are monitored without defocusing the primary mission direction.
Human authority remains in forceSpeed, cost or model confidence cannot override mandatory gates or required human control.
05 — Manufacture
Products, energy, software and assurance integrated in Barcelona.
The first facility establishes a repeatable manufacturing and qualification model designed for later regional production.
Barcelona integration centre
One production system for aerial and ruggedised ground platforms.
Common interfaces connect airframes, vehicles, power systems, sensors, communications, SOFOS mission packages and evidence-led test processes.
01 · Structures and chassis
02 · Propulsion and mobility
03 · Energy and power systems
04 · Sensors and communications
05 · SOFOS Foundry software
06 · Qualification and test
Barcelona → United States → United Kingdom → Australia and ASEAN → India → Africa
Deployment foundry
Versioned mission packages.
Qualified teams, capabilities, permissions, provenance and recovery controls are assembled into target-bound deployments.
Commercial system
Products plus recurring mission revenue.
Platform sales and operational services are reinforced by Mission-as-a-Service, capability licensing, secure compute and lifecycle support.
06 — Access
Selected-audience gateway
Private Mission Platform.
Approved investors, government stakeholders and strategic partners enter a controlled SOFOS environment showing how a mission is staged, formulated, qualified and governed.
Invitation and authorisation requiredAccess pathway is being provisioned for selected participants.
Inside the platform
Guided mission initiationNatural-language request, structured questions, intended result and operating limits.
Target-state stagingInteractive current and desired mission posture without conferring execution authority.
Spider and silo topologySix-signal planes, participation levels, corridors, dependencies and pathways.
Mission formulationCandidate teams, capabilities, resources, mandatory gates and convergence scoring.
Decision and compute routingRoutine, specialist and frontier pathways matched to memory and least-sufficient compute.
Runtime assuranceHuman engagement, evidence return, drift detection, recovery and requalification.