Future Intelligence Lab provides AI‑powered silicon design services that let a small, five‑person team achieve the output of a much larger design house. Their platform translates system specifications into detailed, tape‑out‑ready designs, optimizing for power, performance, and area using reward functions trained on real silicon data rather than generic benchmarks.
Funding
Funding not disclosed
Founders
Product
Problem
Designing custom silicon requires large engineering teams and long development cycles, making it costly and slow to bring new chips to market. Aligning design outputs with precise power, performance, and area targets often involves manual iteration and extensive tool integration.
Solution
Future Intelligence Lab offers an AI-driven silicon design platform that automates the translation of system specifications into structured design requirements and generates tape‑out‑ready layouts. The platform uses multi‑agent orchestration and reward functions calibrated to exact power, performance, and area goals, enabling a small design team to achieve the output of a much larger house. It integrates natively with existing EDA toolchains such as VCS, Xcelium, Synopsys, and Cadence, allowing engineers to incorporate AI assistance without workflow disruption. The solution runs on‑premise, ensuring that all IP and design data remain within the customer’s environment. By compressing months of design effort into weeks, the platform accelerates time‑to‑silicon for engineering and computing workloads.
Target Audience
Target customers are semiconductor design teams and engineering groups that need rapid, high‑quality custom silicon while maintaining full control over their IP.
Features
- Multi‑agent AI system that converts high‑level specifications into detailed design constraints before any EDA tools are invoked
- Reward‑function optimization tuned to user‑defined power, performance, and area targets
- Native compatibility with major EDA suites (VCS, Xcelium, Synopsys, Cadence) for seamless integration
- On‑premise deployment guaranteeing that all IP and design data stay within the customer’s secure boundary
- Accelerated design schedule, reducing typical multi‑month cycles to a matter of weeks