Exergy Lab · STEM Agent

Make your AI agent more capable,
at completing STEM work.

Exergy Lab creates software that gives AI agents the tools they need to take on more ambitious STEM work. STEM Agent is a local software package that upgrades the coding agent you already use.
Just install it, then let your agent work where the stakes are highest.

One installation

Upgrade your existing agent with the tools it needs for STEM.

One scientific toolkit

Get 40 built-in scientific tools for numerical, statistical, materials, chemistry, engineering, and other STEM work.

It runs the work

Your agent can run calculations, use scientific software, and save the actual results in your project.

It checks the result

A separate verifier checks supported work. Results that cannot be checked stay clearly marked as unverified.

Simple local installation

Install one system for STEM work.

Give the coding agent you already use a complete set of scientific tools, compute, and built-in checks in one local install.

Windows 11 x64 macOS, Intel + Apple Silicon Ubuntu 24.04 x64
STEM Agent Available now
Run in your terminalpipx run stem-agent

Ask your preferred coding agent to install STEM-agent and start working.

Install STEM Agent

Free to install from PyPI.

The main applications

Use it when the answer depends on doing the technical work.

The common thread is not an industry. It is a question that requires evidence, computation, and a defensible stopping point.

Engineer reviewing a complex technical system Validate technical claims

Find out whether a performance claim holds up.

Review the source evidence, reproduce the critical math, test physical bounds and sensitivities, and identify what remains unproven.

  • Claim and evidence map
  • Recomputed technical basis
  • Risks, sensitivities, and next test
Start a project
Technical diagrams and equations used in scientific analysis Design and engineer systems

Calculate, simulate, and model different outcomes.

Build the technical basis with scientific solvers and executable analysis, then compare designs on the same assumptions and constraints.

  • Domain solvers and custom numerical code
  • Scenario and sensitivity comparison
  • Reproducible working artifacts
Start a project
Scientific software running on a laptop during an experiment Determine the next scientific test

Analyze results and decide what test to run next.

Combine literature, data, computation, and competing explanations to determine what is known and which next test would resolve the uncertainty.

  • Evidence-linked research synthesis
  • Competing hypotheses and failure modes
  • Highest-value next experiment
Start a project

Hard questions deserve honest answers

Bring us your hardest technical problems
to see what Exergy Lab can do.

Confidence should never be overstated if the scientific evidence doesn't support the claim.