Agentic engineering

Software got its autonomous engineers first.
The physical world is next.

Phaneron is bringing that leap to physical engineering. Give our agents a set of requirements, and they design the machine and test it against real-world physics, from crash to load to heat, before a single part is made.

range 600 km0-100 km/h in 4 sfive-star crash ratingfive seatscost per unitRequirementsLead agentsTeamsTask agentsA working machine Requirementsrange 600 km · 0-100 km/h in 4 sfive-star crash rating · five seatsLead agentsTeamsTasksA working machine
Lead agents set the work and check it. Teams work with one another and report back, and the loop runs until the design holds.

The thesis

One agent can write code. Hardware takes an organization.

01The proven half

Software is now built by agents.

Coding agents can build almost any piece of software, at any size. Run enough of them in parallel and capacity becomes a question of compute, not headcount.

  • Claude Code
  • Cursor
  • Codex
  • GitHub Copilot
  • Devin

02The missing half

A good-looking design is not a working machine.

Today's agents can design a car that looks right. They cannot tell you whether it survives a crash test. In hardware, mechanics, electronics, cost and manufacturing all have to hold at once.

03Our approach

Organized like a real engineering team.

Specialist teams for structure, electronics, heat and manufacturing, led by agents that challenge each other's work. Every design is tested against the physics before it is built.

Our benchmark is an electric vehicle. A system that can design one end to end can design almost any physical product.

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