// CARRIER-NEUTRAL DRONE UTM
Autonomous software infrastructure engineered to route, deconflict, and govern high-density commercial drone fleets across complex metropolitan airspace.
01 / THE LINEAR CONSTRAINT
Terrestrial logistics have reached absolute physical limits. Valkorix provides the carrier-neutral software layer required to shift commercial cargo into the low-altitude sky, transforming unmanaged airspace into structured 4D altitude corridors.
Planar 2D routing forces overlapping vectors, scaling collision risk quadratically as fleet density grows.
02 / PLATFORM / LANEOS UTM
LaneOS is Valkorix’s carrier-neutral Unmanned Traffic Management (UTM / USSP) platform, built to govern high-density Beyond Visual Line of Sight (BVLOS) commercial drone operations across complex metropolitan skies.
Instead of treating low-altitude airspace as an uncoordinated void, LaneOS converts urban geometry into a high-fidelity 3D NavMesh digital twin. The platform autonomously provisions 4D corridor reservations, executes sub-second strategic deconfliction, and issues flight clearances—providing the certified software infrastructure required under UK CAA CAP 3271.
LONDON DIGITAL TWIN · PROTOTYPE AIRSPACE SANDBOX
03 / THE SCALING BOTTLENECK
Human oversight cannot scale linearly. Valkorix shifts human authority to high-level management while deterministic algorithms govern active airspace deconfliction in real time.
Live NOTAM feeds, micro-weather, and Class D ATC boundaries are evaluated in real time alongside CAA regulations. Every route reservation is recorded to a cryptographic audit trail.
04 / ARCHITECTURE / FIVE LAYERS
Flight physics stay on the aircraft. Tactical safety is a deterministic loop with hard veto authority. Reasoning runs asynchronously beside it, and never inside it.
FOCUS A LAYER TO INSPECT
05 / OPERATIONAL LIFECYCLE
Simulated 2.5 kg commercial flight profile from Battersea to Canary Wharf across London's 100–400 ft AGL corridor network.
Live CAP 722 rules, NOTAMs, and municipal boundaries are compiled into a structured 4D flight intent specification.
06 / LEADERSHIP / VALKORIX
Aerospace structural engineer (MSc Brunel) and former university engineering lecturer. Pedigree spanning commercial aircraft structural analysis, high-performance vehicle aerodynamics, and race car engineering, combined with production systems software engineering. Bridges physical vehicle dynamics and safety-critical aerodynamics directly into low-latency autonomous flight compute.
Distributed systems and infrastructure engineer (BTech IT, KIIT University) with enterprise software pedigree at HighRadius. Specializes in high-throughput streaming pipelines, scalable backend architecture, and real-time operational telemetry processing. Engineers fault-tolerant, high-concurrency cloud infrastructure designed to ingest and synchronize multi-fleet spatial data at metropolitan scale.
07 / CONTACT
Valkorix is raising an institutional seed round to build and certify our carrier-neutral UTM infrastructure ahead of commercial metropolitan launch in 2028.