Industrial Compute Infrastructure

The compute layer for autonomous industry.

Glaukes delivers ruggedized, high-density computing platforms engineered to run demanding perception and control models directly on the factory floor, the robot, or the yard, without waiting on the cloud.

200 TOPSPeak Sparse Compute
≤1msControl-loop Latency
7×24Continuous Operation
<5sAutomatic Recovery
Why Local Compute

Industrial systems can't wait on a round trip to the cloud.

Inspection, navigation, and control all happen beside the machine, not in a distant data center. When the decision has to be instant, the compute has to be local too.

Latency is operational, not cosmetic

Network variability directly affects how responsive a time-sensitive industrial decision can be.

Resilience belongs on site

Critical workflows keep running when bandwidth is constrained, congested, or fully interrupted.

Data should travel with intention

Keep operational inference local; synchronize selectively for oversight, learning, and updates.

THE LOCAL DECISION LOOP
Cameras, sensors & machinesRaw signal at the source
Local inferenceDecisions made on device
Control loop & operator actionImmediate response, on site
Fleet visibility, models & updates
One Infrastructure Layer

Three industrial outcomes, one compute foundation.

We deploy reliable intelligence where the industrial work actually happens, not only where the data ends up stored.

Autonomous operations

Machine vision, robotics, inspection, safety monitoring, and industrial automation, running as a real-time local loop.

Intelligent energy

Battery and energy-management telemetry, load visibility, and predictive-maintenance groundwork for critical assets.

Connected field assets

Native cellular backhaul, remote sites, fleet visibility, and industrial communications for equipment on the move.

Common infrastructure fabric across every outcome: on-device compute, industrial connectivity, remote lifecycle management, and local deployment support.
Scalable Foundation

A compute ladder that grows with the workload.

One platform, one set of interfaces, a full range of processing headroom, from a single inspection camera to multi-model perception stacks. Upgrade compute density without redesigning the deployment.

  • Modular compute ladder

    Grow processing capacity without redesigning the surrounding platform.

  • Industrial operating profile

    Built for continuous 7×24 operation and fast, service-oriented recovery.

  • Open engineering workflow

    Linux / Ubuntu, standard robotics middleware, remote development and deployment tooling.

INDICATIVE COMPUTE PERFORMANCE LADDER
24
48
60
100
200
Entry inference
Multi-stream vision
Advanced vision
Multi-model, dense
Multi-model, sparse
TOPS shown across configuration tiers. Sparse figure reflects peak throughput with sparsity-aware acceleration on the flagship configuration. Final production specification subject to validation per deployment.
Built for Real Machines

Connects directly into the industrial environment.

One platform sits between cameras, controllers, networks, storage, and the field team — without a translation layer in between.

Vision & display

  • Dual camera interfaces — MIPI, USB, IP
  • Display output — configuration-dependent
  • Multi-channel high-definition input

Network ingress

  • Dual Ethernet ports
  • Native cellular 5G sub-6GHz module option
  • Wi-Fi connectivity option

Industrial I/O

  • 2×, isolated CAN FD interfaces
  • 40-pin GPIO — standard header
  • DC power & field-status interfaces

Storage & lifecycle

  • M.2 SSD, PCIe Gen 4
  • USB-C + 4× USB-A
  • Remote fleet updates & management
Where We Start

Three deployment wedges, expanding from pilot to fleet.

We begin with a measurable latency, safety, quality, or throughput problem, then scale the same infrastructure across the site.

Automated production line
Smart Factories

See defects before they scale.

Multi-camera quality inspection, worker-safety analytics, and production-line monitoring, evaluated in real time on the line.

Industrial robotic arm
Robotics & Mobile Equipment

Perceive locally. Act reliably.

Local perception, navigation support, vision-guided automation, and direct CAN-connected control environments.

Container port at night
Ports & Industrial Logistics

Optimize the moving edge.

Container and yard vision, gate intelligence, fleet safety, and local analytics in bandwidth-constrained zones.

Illustrative use cases shown for context; no customer deployment, partnership, or operator relationship is implied.

Start The Conversation

Ready to move decisions closer to the point of work?

Tell us about the line, the fleet, or the site, and we'll help you define a first pilot around the metric that matters most.