Loops
Choose your chip design domain.
All-in-one Agentic AI platform for Physical AI and Silicon Development
Move from physics requirements and surrogate models to architecture, RTL, FPGA, firmware, software, tapeout, validation, and product delivery in one connected platform.
231
Published Agents
60
Published Apps
37
Prebuilt Workflows
11
Reference Journeys
5
Product Journeys
SDK + CLI + Studio
Developer Access
Choose Your Engineering Loop
One platform. Connected design loops. Shared engineering context.
Start with one Core loop. Add Advanced capability or more credits as your work grows.
Physical AI Reference Journey
Coming soonFrom a governed physics model to a validated product demonstration.
The parent Physical AI workflow owns requirements and physics evidence, then HEM reuses ChipLoop's FPGA, firmware, software, validation, and product workflows.
AppPhysical AI Design Studio
WorkflowPhysical_AI_Loop
AgentRequirements
AgentModel Selection
AgentPhysics Execution
AgentOrchestrator
HEMFPGA → Firmware → Validation → Product
Explore ChipLoop
Start where you need.
Products
Build complete chip journeys.
Apps
Run ready-made chip workflows.
Studio
Create custom agents and workflows.
Marketplace
Reuse approved engineering flows.
Connected Chip Journey
From requirement capture to product demo without losing engineering context.
ChipLoop keeps each stage connected, so outputs, logs, dashboards, and decisions carry forward instead of living in disconnected tools.
Physics Requirements
Equation / Surrogate
Architecture
Design Intent
RTL
Verification
Firmware
Software
Co-simulation
Tapeout
Validation
Product Demo
Self-regulated Silicon Workflows
ChipLoop can continue the journey and keep AI context focused.
HEM Automatic Runs moves from one passed stage to the next selected stage. Smart Context, ChipLoop's tokenmaxxing layer, selects the evidence that matters, while Agent Heatmap shows where tokens were spent across agents.
HEM Automatic Runs
When a stage passes, ChipLoop can continue to the next selected stage and keep each dashboard linked.
Smart Context + Agent Heatmap
ChipLoop ranks the right evidence before model calls, then shows per-agent input/output tokens so teams can see cost drivers and optimize workflows.
Evidence Stays Connected
Workflow IDs, artifacts, logs, answers, and handoffs stay traceable across the silicon journey.
Workflow Scale
Agent coverage grows with journey complexity.
As a chip journey grows from a digital IP block to mixed-signal products, tapeout, validation, and demos, ChipLoop keeps the agents, tools, artifacts, dashboards, and handoffs connected.
Physical AI
System
Analog
Digital
FPGA prototype
Firmware
Software + validation + co-sim
Product demo
Number of agents orchestrated
140100500
58
73
45
98
88
123
Physical AI Motor Product
Ex: PMSM model to product demo
Digital IP Product
Ex: PWM to demo
FPGA Prototype
Ex: PWM to bitstream
Mixed-Signal IP Product
Ex: Temp Monitor SoC
Digital IP + Tapeout
Ex: RTL to GDS/signoff
Mixed-Signal Product + Tapeout
Ex: SoC to demo + GDS
Workflows
Reusable Workflow Marketplace
Package engineering know-how into reusable chip design products.
ChipLoop turns individual agents and workflows into private apps, product journeys, and marketplace-ready solutions that other teams can run without rebuilding the environment.
Agents
Specialized AI and tool agents for chip tasks
Workflows
Reusable execution flows with saved context
Apps
Packaged workflows users can run or customize
Products
Connected journeys from requirement to handoff
Marketplace
Approved apps and products teams can reuse
Design Intent to Execution
ChipLoop turns complex multi-dimensional chip design workflows into connected, traceable execution loops.
01
Define
Specs, products, or workflows
→↓
02
Configure
Stages, tools, agents, goals
→↓
03
Run
Logs, dashboards, artifacts
Developer Automation
Automate from CLI, SDK, IDE, or GitHub
Use the same ChipLoop context in scripts, editors, CI, and private runners.
Available for scripted, local, and CI-driven workflows.
Install
pip install chiploop-sdkStart Building Connected Chip Workflows
Begin with the guided Arch2RTL demo, then continue through Products, Apps, or Studio.