Catch critical issues early.
Ship with confidence.

Run AI-powered, first-pass design reviews that automatically check schematics for common errors. Surface issues early when fixes take minutes, not months. Inspect findings directly on the design, with evidence you can trace, trust and verify.

Free your team to focus on architecture, design improvements, and what matters most.

From manual checks to systematic validation

DRCY (pronounced "DAR-SEE") is AllSpice’s first AI agent, built specifically for hardware design reviews. It analyzes native schematic data against component datasheets, surfacing compatibility issues and common failure modes before sign-off.

Findings are grounded in source data and design context, so reviewers can inspect, verify, and act with confidence.

Screen showing a design rule check comment stating component D53, pin A is anode left unconnected and should be connected to GND for proper lower voltage clamping of TACH_2 signal according to the datasheet page 3.

Status quo

Manual reviews create variability and late surprises.

With DRCY

First-pass checks run automatically, every time.

Status quo

Manual review creates variability and late surprises

⚠️ Manually rechecking fundamentals you've verified a dozen times before.

⚠️ Discovering critical issues after sign-off when fixes cascade.

⚠️ Spending review time on cleanup instead of architectural decisions.

⚠️ That nagging uncertainty before sign-off: did I miss something critical?

With DRCY

First-pass checks run automatically, every time

✅ Fundamentals checked automatically on every design. Focus on architecture, not re-verification.

✅ Critical issues surface during review, when fixes take minutes instead of requiring respins.

✅ Review time spent on complex decisions, not datasheet cross-checks.

✅ Ship with confidence. Systematic checks covered the basics.

Engineering excellence, supercharged

Interface showing a schematic diagram with a green chatbot icon, options for Design files, Organization context, Datasheets, and Best practices, and a popup explaining MAX17048 battery fuel gauge alert pin alert and suggestion to connect it to GPIO.

System level reasoning on real design data

DRCY analyzes your native design files, component libraries, datasheets, and organizational context. It evaluates connections, configurations, and electrical limits the way engineers reason about complete systems, not isolated nets.

Electronic schematic shows component U11A pin assignments with a comment noting swapped JTAG TDI and TDO signals between pins 29 and 30.

Inspectable, evidence based findings

Every issue DRCY flags appears directly on the source schematic. Findings link to the exact datasheet section, pin requirement, or constraint that triggered the check. Results are traceable, auditable, and easy to verify.

Chat interface showing Thomas requesting substitute options for wireless chip nRF52840 with Bluetooth 5.4 support; a response recommends Nordic nRF5340 with dual Cortex-M33 cores, 1MB flash, 512KB RAM, LE Audio, and advanced wireless features.

Early detection before costly changes.

DRCY runs during design reviews, before layout and handoff. It catches common issues such as power misconfigurations, pin violations, and missing protections when fixes take minutes instead of triggering respins.

DRCY connections checker review showing validation of pins VM, VDD, and VSS with one pin marked incorrect for VM due to potential overcurrent detection issue.

AI-powered reviews, human owned decisions

DRCY operates with a human-in-the-loop philosophy. Engineers review, validate, and act on findings before sign off. DRCY delivers the initial checks; engineers handle validation, judgment, and make the final call on every issue.

Interface showing a schematic diagram with a green chatbot icon, options for Design files, Organization context, Datasheets, and Best practices, and a popup explaining MAX17048 battery fuel gauge alert pin alert and suggestion to connect it to GPIO.Electronic schematic shows component U11A pin assignments with a comment noting swapped JTAG TDI and TDO signals between pins 29 and 30.DRCY connections checker review showing validation of pins VM, VDD, and VSS with one pin marked incorrect for VM due to potential overcurrent detection issue.Chat interface showing Thomas requesting substitute options for wireless chip nRF52840 with Bluetooth 5.4 support; a response recommends Nordic nRF5340 with dual Cortex-M33 cores, 1MB flash, 512KB RAM, LE Audio, and advanced wireless features.

What DRCY finds in a first-pass review

DRCY surfaces critical hardware design errors during the engineering process that could otherwise lead to costly rework, board respins, or production failures.

Voltage configurations that violate component operating limits

Learn more

Screenshot of a code review comment on a hardware schematic highlighting resistor R20 connected incorrectly to VDD_GPIO instead of VD_GPIO for I2C pull-up, with detailed pin and voltage bank explanation.
Screenshot of an electronics schematic showing a comment on reversed LED anode and cathode connections for component D15 pins 1 and 2, with a circuit snippet highlighted.

Pin assignments that break datasheet electrical specifications, including swapped signals or invalid pin roles

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Missing pull-ups, terminations, or protection circuits on user facing or external interfaces

Electrical schematic for USB connector J8 showing pins VBUS, DM, DP, GND, and SHLD, with a comment highlighting missing ESD protection on pin 2 (DM) and recommending adding surge protection.
Schematic diagram showing an ADuM3160 USB digital isolator component with pin 13 SPD highlighted, indicating speed selection between full and low speed, along with a comment explaining SPD function and connections for USB inductive isolation.

Incorrect configuration register settings that violate datasheet requirements.

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DRCY acts like adding a superhuman reviewer to your team.
Beyond first-pass schematic checks, it can:

✓ Catch mismatched footprints, pins, and net connections
✓ Flag swapped TX/RX pairs, missing coupling capacitors, and polarity errors
✓ Validate pin compatibility, pull-up values, and interface configurations (I2C, USB, clocks)
✓ Cross-reference schematics, layouts, BOMs, and part data for inconsistencies
✓ Apply DFM and DFA checks and reference IPC or ISO design standards

This list is representative, not exhaustive.
Talk to our team to learn more about additional DRCY capabilities.

Glowing speech bubble icon with a circuit design and two vertical bars resembling a pause button inside.
Soc 2 logo

Enterprise ready by default

DRCY operates within AllSpice's SOC 2 Type II certified environment. Customer data is never used to train foundation models. Datasheets are sourced from trusted links, internal libraries, or secure uploads. Deployment requires no workflow changes or separate tools.

Full security documentation is available during technical review.

Soc 2 logo

Enterprise ready by default

DRCY operates within AllSpice's SOC 2 Type II certified environment. Customer data is never used to train foundation models. Datasheets are sourced from trusted links, internal libraries, or secure uploads. Deployment requires no workflow changes or separate tools.

Full security documentation is available during technical review.

Trusted by industry leaders

1000+
Engineers
Trust DRCY for design reviews
Top 10
Fortune Companies
Rely on AllSpice for secure, AI-supported collaboration
100+
Hyperscale Teams
Design and review faster with DRCY’s first-pass validation
1st place
Infrastructure Award
Recognized for engineering innovation in hardware development

Enterprise deployment at Fortune-class, S&P 500, and Nasdaq-100 companies.

Frequently asked questions

How does AllSpice handle AI data privacy?

Can I self-host?

How do you protect our data?

How does DRCY access the relevant datasheets?

How do I get started with DRCY?

Where is customer data hosted?

Can we speak directly to your security team?

What ECAD file formats does DRCY support?

How can I trust the results of an AI?

Where can I find more information?

Stop second-guessing.
Start shipping with confidence.

Shipping hardware shouldn’t feel like a leap of faith.
See DRCY catch real issues on your designs.

Schedule a demo

Read about why we built DRCY

AI agent running a checker review in a schematic