Celus
From thought to circuit in record time. Capture your PCB architecture and generate schematics and BOM, supported by AI.
Est 2018|Raised $28.8M
From thought to circuit in record time. Capture your PCB architecture and generate schematics and BOM, supported by AI.
Published Aug 13, 2026
The vendor materials reviewed do not contain an explicit list of limitations. CELUS materials indicate that the product is intended to export to downstream EDA tools rather than replace them.
Source: https://www.celus.io/
Not clearly documented in public sources reviewed.
Not documented publicly in the sources reviewed.
Public information is limited to EDA integrations and partner deployments; comprehensive API documentation and integration details were not found in the sources reviewed.
A major limitation in evaluating CELUS is the lack of robust, high-signal review data on mainstream B2B review platforms. Capterra appears to have a listing, but it was not consistently accessible for verified review extraction in this research environment.
Available statements are primarily vendor-published case stories, press releases, partner marketing pages, and social posts, which provide scope and positioning but do not substitute for independent user reviews.
Buyers may select CELUS when early-stage architecture and BOM decisions must be made quickly, component availability/lifecycle/pricing signals are important earlier in the design cycle, and teams want to retain incumbent EDA tools while reducing manual pre-work.
Not publicly documented in the sources reviewed.
The vendor published a walkthrough reporting a BOM cost reduction to roughly half of an initial version.
Critical evaluation:
The vendor and a manufacturing partner described a partnership connecting CELUS-generated designs to manufacturing services.
Critical evaluation:
Best fit appears to be:
Indicated areas of focus include embedded/IoT hardware and industrial electronics. Partnerships with semiconductor suppliers suggest relevance to automotive, industrial, and IoT segments.
Get a comprehensive analysis of Celus including market position, competitive landscape, adoption trends, and peer benchmarks.
Download full report →A full PCB CAD suite replacement is required. CELUS is positioned as an upstream automation tool and exporter; teams requiring an all-in-one schematic + layout + signoff tool should evaluate traditional EDA suites.
Publicly documented security certifications (SOC 2/ISO 27001) are required. These were not found publicly in the materials reviewed.
The workflow depends on strict internal libraries, PLM/ERP integrations, and auditability. Public documentation for audit logs, SCIM, and SSO is not readily available.
The domain is highly specialized (RF, high-speed DDRx, safety-critical medical, or similar). Generic reusable blocks may not meet specialized verification and compliance requirements.
Potential unique selling points (based on product materials):
Sources:
Where competitors have advantages:
Industry podcast and partner channels described CELUS as reducing complexity in PCB design and shortening prototyping cycles.
Press and partner materials state that schematic and BOM creation time can be reduced substantially, with some vendor materials reporting reductions from multi-week efforts to much shorter cycles in certain scenarios.
These are vendor- or partner-published claims and were not independently validated as part of this research.
With limited independent review evidence, likely concerns include:
The vendor announced an integration with a major schematic and PCB tool, describing a workflow where CELUS is used to create AI-assisted schematics and BOMs and the EDA tool is used for subsequent PCB design tasks.
Critical evaluation:
CELUS provides the CELUS Design Platform, an AI-assisted electronics design tool intended to reduce time spent in early-stage hardware design tasks, particularly system definition → schematic capture → BOM generation → EDA export. The product is organized around reusable circuit blocks (branded as CUBO™) and a workflow called the Design Canvas, where engineers assemble block diagrams and generate outputs (schematics, BOMs, and EDA files).
CELUS positions the platform to serve:
The vendor homepage highlights automated assistance and capabilities to export to common EDA tools.
Primary users: electronics engineers, PCB designers, and hardware product developers working on embedded electronics and PCB projects who seek to accelerate early architecture and schematic work.
Secondary buyer/user segment: component manufacturers, distributors, and manufacturing partners seeking digital channels for design-in and demand intelligence.
Positioning is closest to AI-assisted schematic generation and system-level EDA automation tools rather than traditional, full-suite PCB CAD.