Physical AI

Building the body
of intelligent machines.

ALT develops the core materials, structures, and edge intelligence that give robots, prosthetics, and autonomous systems the ability to sense, adapt, and act in the physical world.

Our thesis

Physical AI is not software deployed on hardware — it is intelligence embedded in matter. ALT engineers the building blocks that make this possible: novel synthetic tissues, high-strength composites, and on-device machine learning that give physical systems the ability to perceive, reason, and move.

Core technology

Synthetic tissue materials

Bio-inspired materials that replicate the mechanical behavior of biological soft tissue — enabling prosthetics and robots that move and feel naturalistic.

High-strength composites

Lightweight, high-strength structures purpose-built for additive manufacturing — the structural skeleton of next-generation robotic systems and drones.

Edge AI electronics

Compact embedded systems running ML models and agentic perception locally — giving physical systems real-time awareness without cloud dependency.

Services built
on these foundations.

We translate our Physical AI building blocks into four applied service areas — each grounded in the same materials, intelligence, and manufacturing capabilities.

01
Additive
Manufacturing

End-to-end design and fabrication of high-performance components using our proprietary composite materials. From topology-optimized structures to soft-matter parts, we print what conventional manufacturing cannot.

Topology optimizationMulti-material printingComposite structures
Learn more →
02
AI
Agents

On-device agentic AI systems that perceive, plan, and act autonomously. We deploy embedded ML models and decision pipelines onto edge hardware — giving your systems intelligence that operates at the speed of physics.

Edge MLAgentic pipelinesOn-device inference
Learn more →
03
Robotics
Systems

Full-stack robotic platforms integrating our materials, structures, and edge AI. From biomimetic robots to functional prosthetics and autonomous drones — we build bodies for AI.

ProstheticsBiomimetic robotsDrone platforms
Learn more →
04
Sensor
Fusion

Multi-modal sensing architectures combining vision, proprioception, tactile, and environmental data into a single coherent perception layer — giving systems real situational awareness.

Multi-modal sensingReal-time fusionTactile perception
Learn more →

Why
ALT.

Most AI companies build software. Most hardware companies build parts. ALT sits at the intersection — designing matter and intelligence together from the ground up.

01

Materials-first approach

We design intelligence with materials in mind — our synthetic tissues and composites are developed alongside the AI systems they'll house, not after the fact.

02

Edge-native AI

All perception and decision-making runs locally on embedded hardware. No latency, no cloud dependency, no failure modes from lost connectivity.

03

Full-stack capability

From raw material composition to trained ML models, we own the entire stack — enabling faster iteration and tighter integration between every layer.

04

Built for real deployments

Designed for field conditions, not lab conditions — rugged, manufacturable at scale, and validated in prosthetics, drones, and autonomous robotics.

Ready to build
physical intelligence?

Whether you need materials, manufacturing, AI systems, or the full stack — let's talk about what ALT can build for you.