Llif is an AI copilot for hardware engineers. Describe what you need and it writes the circuit as code, checks the design, and shows you the schematic — ready to inspect, refine and share.
For engineers, teams and universities. No spam.
Hardware needs more than a plausible-looking answer. Pinouts, power budgets and design rules all have to agree before a circuit becomes something you can trust.
Llif writes the design as code, runs compiler and rule checks, and feeds the results back into the next revision. You stay in control while the repetitive work gets faster.
Tell the copilot what you need in plain language, or edit the design as code directly. Llif writes it as a real, versioned hardware description.
Every change compiles and runs electrical, rule and design-intent checks — the power budgets, the missing pull-ups, the things a datasheet expects.
Schematic, board, code and exports are all views of one source of truth, so nothing drifts out of sync. Click any part to inspect it.
Llif keeps the conversation, source and visual design connected. Explore a suggestion, see what changed, and carry the result into the tools your team already uses.
Move from a plain-language requirement to the components and connections that satisfy it.
Inspect the source, compare revisions and understand why a check passed or failed.
Export a design that can continue through your existing engineering workflow.
Reason about theory, weigh a part choice, or ask why a check fired. It answers in the language of an engineer, not a chatbot.
Every design is real, versioned, diff-able code that compiles to an open format. Review it, branch it, and keep it in git.
Electrical, rule and design-intent checks run on every change, and their results steer the AI's next move. Trust is a loop, not a promise.
Keep a clear history, share the design with your team, and export it into the next stage of your workflow.
We're onboarding a small first group. Tell us where you'd use it.
No spam.