Inputs
One Intelligent AI Layer Across the Agnisys Platform
IDS-AI is built around an agentic AI engine that works across the Agnisys platform. Instead of interacting with a separate AI assistant for each tool, engineering teams work with one intelligent assistant that understands golden specifications, design intent, CSR verification requirements and Integration flow.
The AI coordinates the underlying Agnisys tools automatically to carry out complex engineering tasks with minimal manual effort.
IDS-AI is also AI-platform agnostic: teams can use Agnisys' built-in platform — with IDS-CF as the harness — or plug in a platform of their own. It supports both on-site and remote usage.
What's Inside the IDS-AI Suite
The IDS-AI Suite brings all Agnisys tools under one framework, including:
All operating under a common Agentic AI framework, with capabilities such as Spec Check and CSR Sign-off (100% CSR verification coverage) built directly into IDS-CF.
Describe the required behavior or deliverable in natural language. IDS-AI can ground the request in data sheets, legacy headers, tables, and engineering notes.
Convert the request into structured, checked, and versioned design intent. The golden specification remains the source of truth for every downstream action.
Run the correct Agnisys generators to produce synchronized RTL IP, RTL SoC, UVM/RAL, headers, IP-XACT, documentation, and validation assets.
Compare generated artifacts with the golden specification, identify conflicts or drift, correct the source, and rerun only the affected handoffs.
Complete the flow with synchronized artifacts, traceable results, and 100% CSR verification coverage tied to the final approved specification.
User prompt, not tool choreography
The user asks for engineering work in natural language; IDS-AI chooses the right spec, generation, verification, and integration actions.
Golden spec stays in control
Natural language starts the flow, but the golden specification remains the source that keeps outputs deterministic, traceable, and synchronized.
Built for complex silicon programs
Best fit: large register maps, fast design iteration, safety-sensitive CSR behavior, SoC connectivity, and FPGA-to-ASIC delivery.




