Circuitly — AI-Powered Electronics Design Platform

Problem → Solution

Electronics design is blocked by review, rework, and file friction.

Currently, fast-moving hardware teams ship under tight schedules, but EDA workflows remain fragile: diffs are unreadable, library changes spread silently, and small mistakes turn into expensive respins. As a result, Circuitly closes this gap by turning your schematic and PCB repository into an agent-operable workspace with software-grade review, traceability, and automation.

Review bottlenecks

Traditional EDA review is slow and opaque. Circuitly generates visual diffs and structured summaries so senior EEs can approve changes quickly, with fewer meetings and less context switching.

Costly respins

Footprint mismatches, swapped nets, and library drift hide in the details. Circuitly agents check consistency across schematic, PCB, and libraries—then propose fixes as a PR you can validate before fab.

Workflow friction

Circuitly is built for Git-native hardware teams. Agents operate directly on your repo, follow your conventions, and keep an auditable trail—no new file formats, no “AI sandbox,” no disruption.

From idea to fab-ready Agents edit design artifacts, open PRs, and accelerate reviews—so teams can iterate safely at startup speed.

Services

Everything you need to scale hardware design velocity.

Furthermore, Circuitly combines file-native agents with a review-first workflow. Whether you're building robotics controllers, flight computers, or ruggedized power systems, you get faster iteration without sacrificing correctness, documentation, or traceability. Here's how it works:

Agentic Design Edits

Ask Circuitly to implement changes directly in Altium or KiCad projects: refactors, component swaps, footprint updates, and library normalization. Changes are produced as a reviewable PR.

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Git-Native PR Reviews

Circuitly fits into GitHub and GitLab-style review. Approve, request changes, and keep discussions tied to diffs—without exporting PDFs or screenshot-based markup.

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Visual Diff & Change Summaries

See what changed at a glance: schematic nets, symbols, annotations, footprints, and layout deltas. Circuitly highlights risk areas and generates human-readable review notes.

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Library Governance

Keep symbols, footprints, and metadata consistent across projects. Circuitly agents can clean up parameter naming, enforce preferred footprints, and reduce the “mystery part” problem over time.

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Social Proof

Trusted by teams who can’t afford respins.

In addition, robotics and aerospace startups move fast, but the bill for mistakes arrives slowly and painfully—at assembly, bring-up, or first flight. Consequently, Circuitly keeps design decisions reviewable, reproducible, and easy to validate across the full hardware lifecycle.

“Finally, AI that actually edits our Altium files instead of giving us advice we have to implement ourselves. Game changer for our drone team.”

Marcus Chen VP Hardware Engineering, SkyDynamics

“The visual diff for schematics is incredible. We caught three potential respins in our first week. Each one saved us $30K and 3 weeks.”

Sarah Rodriguez Senior EE, RoboTech Labs

“We were skeptical about another AI tool, but Circuitly works with our existing KiCad files and Git workflow. Zero disruption, immediate value.”

James Park Engineering Lead, SpaceForge

Built for senior review Make changes inspectable: from component intent to board-level impact, without slowing down the team.

Why Choose Us

Hardware-grade rigor with software-grade velocity.

Therefore, Circuitly is designed for electrical engineers and hardware leadership who want measurable throughput improvements without turning the design process into a black box. Specifically, every change is attributable, reviewable, and aligned with your existing toolchain.

File-native agents

Agents operate on real project files, not simplified exports—so results map directly to your repo and tooling.

PR-based control

Every change arrives as a pull request with diffs, notes, and approvals—your team stays in charge.

Visual diffs that matter

Understand changes in schematics, boards, and libraries—faster than scrolling through opaque binary deltas.

2-minute first value

Connect a repo, run a targeted task, and review a PR. No long integrations, no new process bureaucracy.

Auditable by design

Keep an inspectable trail from intent to implementation. Great for regulated workflows and high-stakes hardware.

Made for hardware leaders

Improve throughput across teams with consistent reviews, reusable patterns, and fewer late-stage surprises.

Discuss Your Use Case

Terminology

Key Definitions: Understanding Circuitly's Approach

To fully understand how Circuitly transforms your workflow, here are the key terms and concepts you'll encounter:

Git-Native: Git-native means Circuitly operates directly within your Git repository workflow. Changes are committed, branched, and merged using standard Git operations—no proprietary formats or separate systems required.
Visual Diff: Visual diff refers to graphical comparison of schematic and PCB changes. Instead of reading binary file differences, reviewers see highlighted component changes, net modifications, and layout updates in a human-readable format.
PR-Based Review: PR-based review (Pull Request) is a code review methodology adapted for hardware. Engineers submit changes as PRs, enabling structured feedback, approval workflows, and complete audit trails before changes merge into production designs.
Agentic Design: Agentic design means AI agents that autonomously execute design tasks—not just suggest changes. Circuitly agents open your files, make edits, and submit PRs, transforming requests into reviewable results.

Example

Before and After: A Real-World Scenario

Here's a concrete example of how Circuitly transforms a typical component swap workflow:

Before Circuitly (Manual Process)

First, engineer identifies component needs replacement
Then, manually updates schematic symbol and footprint
Next, exports PDFs and screenshots for review
Subsequently, emails files to senior engineer for approval
After that, waits for feedback via email thread
Finally, makes corrections and repeats process

Result: 2-3 days, no audit trail, risk of missed changes

After Circuitly (Automated Process)

First, engineer requests component swap via Circuitly
Then, agent automatically updates schematic and PCB
Next, PR is created with visual diffs automatically
Subsequently, reviewer sees exact changes highlighted
After that, approves or requests changes in-platform
Finally, changes merge with complete audit trail

Result: 2 hours, full traceability, verified consistency

FAQ

Frequently Asked Questions

Find answers to common questions about Circuitly's capabilities and integration:

Does Circuitly work with real Altium and KiCad project files? ▼

Yes. Circuitly agents operate directly on real Altium and KiCad design files in your repository and propose changes via pull requests so you can review before merging. No file conversion or export required.

How do reviews work? ▼

Circuitly is Git-native: changes are delivered as PRs with visual diffs and human-readable summaries for schematics, boards, and libraries, so reviewers can approve or request changes like software.

What kinds of changes can Circuitly implement? ▼

Typical tasks include component swaps, footprint updates, refactors, library cleanup/normalization, and consistency checks across schematic, PCB, and libraries—submitted as a reviewable PR.

Is there an audit trail for changes? ▼

Yes. Circuitly keeps changes attributable and reviewable through your existing Git history and PR approvals, providing traceability from intent to implementation—critical for regulated industries.

Summary

In Conclusion: Transform Your Hardware Design Workflow

To summarize, Circuitly delivers three core benefits that transform electronics design:

1.

Speed

Consequently, teams achieve 2-3x faster design iterations through automated agent operations and streamlined PR-based reviews.

2.

Quality

Additionally, visual diffs and consistency checks reduce board respins by 50%, catching errors before they reach fabrication.

3.

Traceability

Finally, every change maintains a complete audit trail—essential for regulated industries and high-stakes hardware projects.

In summary, whether you're building drones, robots, or space hardware, Circuitly empowers your team to ship faster with confidence. The result is fewer respins, faster reviews, and complete visibility into every design decision.

Ready to move faster?

10x your workflow with an agent powered electronics pipeline.

If your team uses Altium or KiCad with Git, Circuitly can start delivering value in minutes: generate PR-ready changes, accelerate reviews with visual diffs, and reduce board respins with consistent, repeatable checks. Bring your conventions—Circuitly adapts.

Register for Early Access Discuss Your Use Case

Designed for real-world teams From quick fixes to multi-file refactors, Circuitly keeps changes visible, reviewable, and aligned with your release cadence.