CADY is an AI‑driven platform that ingests component datasheets into a formal specification database and validates uploaded netlist and BOM files against those specs. It automatically checks connection integrity, voltage domains, communication protocols and industry best‑practice rules, delivering an interactive, commentable report while keeping all data encrypted and never permanently stored. The service targets hardware design engineers and verification teams at electronics OEMs and contract manufacturers.
Funding
$3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
UPVZFounders
Product
Problem
Electrical schematic reviews often rely on manual checks of netlists and BOMs, leading to missed connection errors, voltage mismatches, and non‑compliant component usage. The process is time‑consuming, requires deep component knowledge, and lacks a unified, automated way to validate designs against the latest datasheet specifications.
Solution
CADY provides an AI‑driven platform that automatically extracts specifications from millions of component datasheets and stores them in a formal language database that updates with each revision. Users simply drag‑and‑drop their Netlist and BOM files—supported in all common formats—and the system runs a comprehensive analysis covering connection integrity, voltage mapping, communication protocol validity, and industry best‑practice rules. The results are presented in an interactive, categorized report where each finding can be marked, commented on, and tracked across design revisions. All processing occurs without permanent storage of user files, and data is encrypted in transit and at rest, ensuring confidentiality for sensitive design information.
Target Audience
The primary users are hardware design engineers, PCB layout teams, and verification specialists at electronics OEMs and contract manufacturers who need fast, reliable validation of schematic data.
Features
- Offline AI ingestion pipeline that parses component datasheets and builds a continuously updated formal language model of electrical part specifications.
- Drag‑and‑drop interface supporting all standard Netlist and BOM formats, eliminating manual preprocessing.
- Deep schematic analysis engine that evaluates connection integrity, voltage domains, communication interface compliance, and best‑practice rule adherence across the entire circuit.
- Interactive findings report that groups errors, warnings, and recommendations, with inline commenting, status tagging, and revision history tracking.
- Secure architecture that never permanently stores uploaded files; all data is encrypted using industry‑standard TLS and at‑rest encryption, with multi‑layered WAF protection and regular vulnerability assessments.
- Cloud‑native deployment leveraging built‑in security services from major cloud providers for scalability and compliance.
- API endpoints for exporting executive summary reports under NDA, facilitating integration with existing design verification workflows.