Kaleonix

The World’s First

Software-definedmission-adaptive processor

A new class of processor where hardware adapts to software in real time. 3D integration enables nanosecond-scale reconfiguration.

What is Kaleonix ↓ info@kaleonix.com
Ideal for physical AI applications

Defense AI

Autonomous vehicles

Industrial automation

Drones

Robotics

For fifty years, software has adapted to fixed hardware. We are reversing the model.

The compute fabric morphs to match the active workflow.
In real time.

Performance

>10×lower latency

Nanosecond reconfiguration enables the hardware to remain in the optimal configuration for the current pipeline stage, with no stall or reconfiguration penalty.

Energy efficiency

>5×higher efficiency

At iso-accuracy, matching compute fabric and data access to the active workload eliminates the idle-power penalty of traditional overprovisioned processors.

SWaP

>3×less silicon area

3D vertical integration stacks compute layers, enabling end-to-end AI processing in a dramatically smaller physical footprint for space-constrained systems.

Ideal for physical AI applications.

AI, robotics, autonomous systems, and edge computing are increasingly adaptive and software-defined.

  1. 01Defense AI

    Mission-adaptive compute at the edge, without dependence on the cloud.

  2. 02Autonomous vehicles

    Adapt compute across sensing, perception, reasoning, planning, and control.

  3. 03Industrial automation

    Deterministic, energy-efficient intelligence directly on the machine.

  4. 04Drones

    End-to-end AI inside tight size, weight, power, and thermal limits.

  5. 05Robotics

    Adaptive on-device compute for perception, reasoning, planning, and control.

From published research
to real silicon.

The core architecture is validated. The first 3D silicon is taped out. The next heterogeneous prototype is underway.

  1. Q1 2026vFPGA published

    ACM FPGA 2026

  2. Q2 2026First 3D silicon taped out

    GlobalFoundries 22 nm

  3. Q3 2026Best Publication

    DARPA / SRC CoCoSys · Q4 2025

  4. NOWNext-gen prototype

    Architecture + compiler in development

Collaborations across
the ecosystem

IBM

intel

GlobalFoundries

RTX

Software-defined / Mission-adaptive

Hardware that adapts.
Reconfigured at the speed of execution.

Performance that leads by matching the compute fabric to the active workflow in real time.

info@kaleonix.com