How Helektron Works
Fetch
Pulls your requirements from the web and Helektron's own component database.
Helektron reads your plain-language prompt and turns it into a concrete set of requirements — the voltages, currents, and behavior you described — then searches the web and Helektron's own component database for parts that actually match, instead of guessing at generic placeholders.
Process
Proprietary models turn those components and their specs into a mock circuit.
Those parts and their real specs are handed to Helektron's own Ai models — NEXUS, HIVE, CELL, and Swarm — each suited to a different scale of problem, from a quick single-block circuit to a more complex, multi-part system. The model assembles them into a working mock circuit, not just a rough sketch of one.
Verify
The schematic is checked against ERC and DRC standards.
Before anything is called done, the schematic is run through an Electrical Rule Check (ERC) and a Design Rule Check (DRC) — the same two standards a human engineer would check by hand — catching shorts, unconnected pins, and layout violations while they're still cheap to fix, not after a board's been fabricated.
Export
The final schematic and PCB layout are rendered — verified and ready to export in your required standards.
The verified schematic and PCB layout are rendered into standard, fab-ready manufacturing files — including Gerbers — that aren't tied to one manufacturer, so you can send them straight to the fab you already work with instead of being locked into a particular vendor's pipeline.