The Operating System for Mission-Critical Operations and
Planetary Resilience
We fuse edge artificial intelligence, satellite constellations and thermodynamic simulation engines into an ultra-low-latency 3D Digital Twin. It anticipates disasters, protects ecosystems and orchestrates the pulse of Smart Cities in real time.
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Active Microservices
WORM
Legal Forensic Audit
ENS High
National Security
A cloud-native ecosystem that breaks down information silos. From hyper-fast emergency response to the chronic health monitoring of our cities and forests.
EarthAlytics & Space Vision
Fusion of optical, hyperspectral and SAR radar sensors. Generative super-resolution and orbital telemetry to observe the invisible through clouds and smoke.
Edge AI & Swarms
Intelligence survives connection loss. 1:N orchestration of drones, live video processing (Crowd AI) and autonomous navigation on embedded hardware.
3D Terrestrial Digital Twin
A tactical canvas (COP) at 60 FPS. Dynamic topology (pgRouting) that recalculates routes on the fly, avoiding collapsed bridges or floods through LOD2 modelling.
Environment & Agronomy
Protection of biodiversity and the primary sector. CAP auditing, detection of illegal wells, forest health and incorruptible certification of carbon credits.
Smart Cities & SCADA
Bidirectional FIWARE NGSI-LD integration with urban infrastructure. Traffic-light "Green Wave" for firefighters and remote physical control of dams or barriers.
Bioclimatic Resilience
Anticipate the impact of climate. Mapping of Urban Heat Islands (UHI), occupational thermal stress (WBGT) and pandemic prevention by cross-referencing biological vectors.
We don't guess the future, we calculate it. Arkony integrates the most advanced mathematical, physical and ecosystem simulators in the world into a single unified platform.
HYDROLOGICAL AND COASTAL DYNAMICS
Real-time solving of the Shallow Water Equations
(HEC-RAS). From sudden urban flash floods (DANA) to threats and spills in open sea.
Dam-break simulator and calculation of water depth/velocity in streets.
Prediction of tsunamis (Run-up), lethal rip currents and storm surges.
Stochastic drift (Monte Carlo) for maritime Search and Rescue (SAR).
COUPLED THERMODYNAMICS
We predict the unpredictable. We combine fast deterministic
calculation (FARSITE) with heavy-duty engines (WRF-SFIRE) to simulate fire-atmosphere
coupling.
Prediction of plume collapse and Pyrocumulus (PyroCb).
Convective-trap alerts (Wind-Slope-Fuel alignment).
Modelling of ember rain kilometres away.
RESILIENCE AND ECOSYSTEMS
Monitored sustainability. Arkony watches over the geological health
of infrastructure, audits carbon sinks and protects biodiversity.
CFD Wind Tunnel to predict the Venturi Effect and urban microclimates.
Millimetric InSAR monitoring to prevent bridge collapse and subsidence.
Modelling of
Ecological Corridors (Circuitscape) and habitat suitability (MaxEnt).
BIOSECURITY & WARGAMING
We protect the air you breathe and stress-test evacuation plans
through "Chaos Engineering" simulations.
Lagrangian three-dimensional dispersion of
toxic plumes (HYSPLIT).
Predictive epidemiology: viral outbreaks and tracking of Methane Super-Emitters. Massive
Monte Carlo wargaming: 10,000 simulations to search for vulnerabilities.
We are more than a map. Arkony is the definitive legal-transaction and compliance system for public administration.
WORM Forensic Twin
Every tactical order and coordinate is cryptographically sealed (Blockchain/DLT). Indelible before audits or criminal trials.
FinOps Engine (DALA)
Structural satellite appraisal of damage to automatically process EU solidarity funds and insurance policies.
Regulatory Zero-Trust
Automatic auditing of the Common Agricultural Policy (CAP), Carbon markets, illegal urban development and urban Low-Emission Zones (LEZ).
Auto-Dispatch C2
The system dispatches fleets, reserves 5G lanes (Slicing) and dynamically alters routing to avoid geological obstacles.
Today's platform is only the foundation. The Arkony Roadmap advances towards full autonomy and hyperdimensional scalability.
100% Autonomous Operational Robotics (AgenticOS)
Transition from Advisory AI to Executor AI. Orchestration of drone nests (Drone-in-a-box) that take off, operate and refuel without human intervention, working under strict deferred "Human-in-the-loop" supervision.
Universal Surrogate Models (PINNs)
Progressive replacement of costly HPC simulators (hours of computation) with Physics-Informed Neural Networks trained by Federated Learning, achieving real-time physical predictions at near-zero computational cost.
Active Space Weather and Global Deconfliction
Deep integration with C-UAS defences and space weather (Solar Storms) to protect autonomous logistics fleets at continental scale against massive GNSS outages and electronic-warfare interference.