CELUS, developer of the leading AI-assisted electronics design platform used by developers and engineers globally, today announced that their partner AGS Devices, a trusted electronic component supplier for high-tech industries, has officially gone “Live” with the CELUS Design Platform. Users of the AGS Devices website can now turn their functional requirements into application-ready schematics and design BOM’s in minutes. Individuals can access the online design platform at agsdevices.celus.io.
AGS Devices’ deep expertise in sourcing and lifecycle management and CELUS’ system-level design automation platform combine to accelerate schematic capture, improve design reliability and generate BOMs built from real application context. CELUS connects functional requirements to reusable circuit blocks, helping move from architecture to application-ready schematics and BOMs faster without manually selecting every component. AGS Devices ensures the selected components are trusted, available and supply-chain aligned.
“With hundreds of millions of components available, having a design platform that takes the guesswork out of identifying which part best satisfies needs of any given project is invaluable,” said Lucas Angelini, Vice President of AGS Devices. “By mitigating the complexities of the selection process to aligning the resulting designs with readily available components, CELUS and AGS Devices are simplifying early-stage design work and making the transition toward procurement more efficient.”
The combination of the CELUS Design Platform and AGS Devices’ expertise creates an end-to-end bridge between design and procurement by unifying system-level design automation with validated component sourcing. Engineers define functional requirements in the cloud-based CELUS Platform and instantly receive application-ready schematics, interface specifications, component parameters, BOM recommendations and lifecycle insights. AGS then validates the BOM against live inventory and suggests trusted, available, supply-chain-aligned alternatives when needed. From there, direct export to PCB design software like Altium Designer, Autodesk EAGLE (Fusion) or KiCad ensures a smooth handoff into detailed design.
This approach accelerates time-to-market by cutting design work by up to 90%, shrinking early architecture and component selection from days or weeks to just minutes. A built-in BOM intelligence layer provides real-time visibility into pricing, stock levels and lifecycle status, helping teams make informed decisions as they design. The result is fewer revision cycles, higher first-pass yields and lower risk from part obsolescence, while AGS Devices proactively recommends alternative components when availability issues emerge to keep production on schedule.
AI sits at the center of the workflow, with the AI Design Assistant helping engineers generate block diagrams, explore compatible component ecosystems and optimize BOMs based on project requirements. CELUS automatically suggests components with AGS Devices experts remaining fully in control by matching those suggestions to in-stock supply.
“Whether it’s brainstorming an idea from its earliest stage of inspiration to creating fully realized schematics to guide production, having the ability to quickly and easily turn thoughts into reality is an unprecedented capability that exponentially improves the design process,” said Rob Telson, Vice President, Global Sales at CELUS. “AGS Devices recognizes that incorporating the CELUS Design Platform into its offerings serves as a bridge to satisfy end-to-end design-to-procurement of electronics design with accelerated time-to-market and lower risk of integration. We are pleased to work together to drastically simplify and improve today’s design and procurement processes.”
The CELUS Design Platform bridges the engineering workflow with reliable component implementation by focusing on three foundational elements: enabling engineers to capture their design intent; providing the necessary information effectively; and guiding engineers through the journey of discovery based on their requirements. Rather than suggesting parts in isolation, CELUS supports engineers with complete circuit context ensuring that design decisions are both fast and sound.
For more information, to access the CELUS Design Platform, or to become a CUBO Partner visit celus.io.
