FIRST IN THE WORLD
ROBOTICS & AR LAB.
The robot is the next personal computer.
And AR is its keyboard and mouse.
Beyond Flat Glass
For half a century, computing has been trapped behind two-dimensional flat glass screens. Robotics liberates computation into physical matter — moving objects, inspecting infrastructure, and operating autonomously in the real world.
The Natural Interface
Instead of a keyboard and cursor, you command robotic fleets with a glance, a gesture, or an intention projected through augmented reality lenses. Humans supervise at the speed of thought.
Physical Convergence
To turn this thesis into industrial reality, Epikor brought together Eastern Europe's fiercest hardware engineers, drone operators, and robotics founders into one permanent testing hangar near Warsaw.
WARSAW HANGAR
PROJECT DEMOS.
Autonomous Drone Flight Arena
Reinforced 8-meter high ceiling cages with optical motion tracking cameras for testing high-speed autonomous swarm flight algorithms.
Heavy Robotic Arm Testing Bays
Anchored industrial concrete pads for high-torque robotic manipulators, teleoperation haptic rigs, and load testing.
Spatial Computing & AR Sandbox
Physical obstacle obstacles, LiDAR mapping corridors, and dedicated mixed-reality visual calibration grids for headset tracking.
Rapid Prototyping Bay
5-axis CNC mills, carbon fiber autoclaves, automated SMT pick-and-place electronics lines, and custom silicon debugging.
JOIN THE FUTURE
WHEN IT'S STILL CLASSIFIED.
We do not sell SaaS subscription tiers. We assemble an unassailable consortium of venture allocators and industrial enterprise leaders who shape physical reality.
Permanent Warsaw Hangar Flight Access
Deploy unreleased aerial and ground autonomous robotics inside a controlled 1,200 m² indoor facility without regulatory airspace red-tape.
First-Look Deep Tech Dealflow
Direct allocation rights in high-conviction robotics, defense, and spatial computing rounds before institutional syndicate announcements.
Closed Founder & Allocator Demo Days
Invitation-only live flight showcases, hardware stress tests, and unrecorded technical deep-dives behind closed doors.
Hardware Residency for Elite Engineers
Dedicated bench space, industrial power, rapid carbon prototyping, CNC machinery, and high-bandwidth telemetry rigs.
Shared Sensor & Compute Fleet
Access to high-speed optical motion capture, LiDAR corridors, RTK GPS repeaters, and edge GPU clusters for model fine-tuning.
Private Command Network
Direct encrypted communications with foundry partners, defense innovators, and top spatial software architects across Europe.
Epikor Foundry Hardware Sourcing
Pre-negotiated industrial component supply chains, rapid PCB fab turnarounds, custom silicon procurement, and chassis machining.
Custom AR Systems Co-Development
Dedicated engineering advisory and joint prototyping to integrate spatial augmented reality interfaces into your industrial robotics fleet.
ALLOCATION APERTURE IS STRICTLY LIMITED
Only approved partner entities, venture syndicates, and hardware teams gain access to the Warsaw hangar.
THE HARDWARE PROVING GROUNDS
POWERED BY EPIKOR.
Zone 53 is the tactical skunkworks and permanent physical proving ground of Epikor (opens in new tab). Built to give Europe's fiercest hardware engineers an unconstrained physical facility to build, crash, and iterate the autonomous machines of tomorrow.
EPIKOR DEEP TECH FOUNDRY
The Parent ArchitectureThe European deep-tech venture foundry backing high-risk, high-conviction physical computing, sovereign hardware, and robotics infrastructure.
ZONE 53 WARSAW HANGAR
The Permanent Proving GroundEpikor's 1,200 sqm flagship robotics laboratory near Warsaw. Combining spatial computing calibration grids, heavy flight arenas, and hardware prototyping.
INDUSTRIAL SCALING & RESIDENCY
From Prototype to FleetProviding elite engineering cohorts, sovereign defense innovators, and institutional allocators the physical grounds to validate unreleased hardware.