The Spatial
Brain.
Why the Next Era of Autonomy Belongs to Software.
"You cannot run 10,000 commercial flights a day over a major metropolitan city if every 10 drones require human de-confliction."
The Linear Constraint
As terrestrial ground infrastructure hits irreversible 2D capacity limits, Valkorix is engineering the 3D spatial AI layer required to govern high-density autonomous skies.
Every major metropolitan network is approaching an inevitable structural wall: ground transportation has hit absolute physical congestion. Shifting commercial transit and logistics into the low-altitude 3D sky is the only mathematically viable path forward.
At the core of our platform is LaneOS—a multi-agent spatial engine that converts raw urban environments into high-fidelity 3D NavMesh topology. Instead of treating the sky as open, unstructured space, LaneOS establishes defined 4D altitude corridors across complex city grids, executing sub-second pathfinding queries for simultaneous swarms.
Valkorix
LaneOS.
Replacing manual human oversight with programmatic software infrastructure.
3D NavMesh
High-speed pathfinding executing sub-second routing queries through structured, high-altitude spatial grids.
AI Brain
Native Gemma 4 spatial pipelines on edge infrastructure. Zero cloud lag, deterministic execution.
Native Compliance
Engineered natively around CAA SORA frameworks and European containment regulations.
Ground Logistics Have Hit Their Limit.
"You cannot run 10,000 commercial flights a day over a major metropolitan city if every 10 drones require human de-confliction."
HUMAN-IN-THE-LOOP
- • Linear Scaling (1 Operator : 10 Drones)
- • 2D Radar-based collision avoidance
- • Unprofitable at metro scale
SPATIAL AI SCALING
- • Exponential Scaling (1 Overseer : 1000 Drones)
- • 3D Volumetric NavMesh predictive routing
- • Profitability unlocked via autonomy
5-Layer
Architecture.
Hover over the isometric stack to explore the specialized agents managing our 3D spatial mesh. From hardware topology up to the Gemini 2.5 Pro macro-manager.
Hover a layer to view details
Engineering DNA
Aditya Bag
FOUNDER & CEO
Spearheading strategic macro-deployment and commercial aerospace strategy as Founder & CEO. Lead architect behind Valkorix's 5-layer multi-agent AI framework and 3D NavMesh topology, engineered for zero-conflict metropolitan airspace. Drawing from experience as a university lecturer in motorsport engineering, commercial aerospace research on aircraft aerodynamic structures and landing gear systems, and race car design. Combines a B.Tech in Mechanical Engineering from KIIT University with an MSc in Motorsport Engineering from Brunel University London to bridge physical aerodynamics with real-time autonomous skyway routing protocols.
Aniket Roy
CO-FOUNDER & CTO
Leading the design and deployment of Valkorix's production software infrastructure and high-concurrency backend architecture as Co-Founder & CTO. Directs real-time spatial mapping pipelines, operational scaling systems, and co-refines platform capabilities from foundational routing code. Draws from a professional background in enterprise data analytics, resource optimization, and AI-backed dashboard engineering at HighRadius, alongside full-stack development and business intelligence. Leverages a B.Tech in Information Technology from KIIT University to build high-availability, deterministic software frameworks for autonomous fleet operations.
Get In Touch
Valkorix is raising a pre-seed round to fund entry into the UK airspace market, build the 10k-concurrent routing engine, and start native model training.