Concept image of a rocket ascending

Engineering for the physical world

The future is autonomous.

Heaviside Industries builds autonomous physical systems for consequential environments. We bring sensing, decisions, motion, and fabrication into one engineering process.

Austin, TexasConcept image
01Our approach

Software is a tool.
The system is the product.

Sense01

Start with the physics of the signal, the environment, and the machine carrying the sensor.

Decide02

Turn imperfect measurements into useful decisions under real constraints.

Move03

Design dynamics, control, aerodynamics, and propulsion as one closed physical loop.

Build04

Shape the architecture around fabrication, test, reliability, and cost from the beginning.

Concept system diagram showing payload, guidance, control, and propulsion
Whole-system architectureConcept illustration
02Operating principles

How we build.

Four decisions govern the work. Begin with physics, close the system loop, design for fieldable scale, and let measured evidence decide what comes next.

Input01

Physics first

The real world is the specification.

Control02

Close the loop

Design sensing, decisions, and action together.

Scale03

Cost is performance

A system matters only if it can be fielded at scale.

Evidence04

Build to learn

Model carefully, fabricate early, and measure honestly.

Concept image of a vehicle in a wind tunnel
03Physical systems

Physics gets the final say.

Simulation helps us move faster. Physical evidence decides what survives. We design around materials, motion, manufacturing, operating conditions, and cost from the beginning.

Model / Fabricate / Test / LearnConcept image
04Contact

Autonomy belongs in the real world.

We want to hear from people working on consequential physical problems, and from exceptional builders who care about what works outside the lab.

info@heavisideindustries.comAustin, Texas