DISCOVER
See Smart Engineering in Practice
Explore real-world deployments of EDE’s semiconductor platforms — from AI-driven automation to mission-critical systems across aerospace, energy, and advanced robotics.
TECHNOLOGY
We create semiconductor solutions that combine adaptability with intelligence, delivering systems that are faster, more secure, and built to last. Our technology enables rapid prototyping, real‑time optimization, and seamless chip compatibility, ensuring high‑stakes industries can evolve without disruption. By uniting advanced design with predictive infrastructure, we turn complexity into clarity and innovation into resilience.
We design technologies that transform ideas into measurable impact, bridging advanced chip architectures with real‑world applications. Our platform brings together speed, precision, and adaptability, enabling seamless integration across industries where performance and reliability are critical. By uniting deep research with scalable design, we deliver semiconductor solutions built for today’s challenges and tomorrow’s opportunities.
Accurate error rates across critical semiconductor production lines.
Chip logic is fixed, not reprogrammable — but architectures are generated in hours from software inputs.
Architectures designed to work with existing infrastructure — no redesigns needed.
Ultra-compact chips for medical, mobile, and edge environments.
Our platform converts complex software logic into a structured design language tailored for chip creation. By translating high‑level algorithms into clear, hardware‑ready models and aligning software intent directly with silicon implementation, we eliminate unnecessary complexity and accelerate development. The result is faster design cycles and optimized architectures built for rapid ASIC turnaround.
Our platform unifies diverse components into a single, coherent architecture, ensuring every design works seamlessly with existing infrastructure. By eliminating redesigns, translation layers, and I/O adjustments, we reduce friction and accelerate deployment. This built‑in compatibility transforms integration from a challenge into a strength, making every system ready to scale from prototype to production.
Our platform allows designs to be regenerated automatically when moving between process design kits, producing new GDS files without the need for manual redesign. By abstracting system intent above the process layer, we ensure that architectures remain consistent even as technology nodes shift. This adaptability shortens migration cycles, reduces engineering overhead, and keeps innovation moving regardless of foundry or process changes.
Our platform integrates advanced simulation and modeling to test architectures virtually, long before fabrication. By validating performance, reliability, and efficiency at the software level, we eliminate costly trial‑and‑error cycles and ensure only the most promising designs move forward. This data‑driven approach reduces risk, accelerates development, and delivers silicon that performs exactly as intended from day one.
Our platform supports chip development across the entire spectrum of technology nodes, from legacy processes to sub‑5nm and beyond. By enabling flexible physical layout, verification, and tape‑out, we ensure designs remain portable and production‑ready regardless of foundry or process. Even custom nodes can be integrated seamlessly, giving teams the freedom to innovate without constraint.
Full-stack platform, built entirely in-house — no licensing, no dependencies.
From chips to systems — tested across edge, embedded, and data centre environments.
Validated by ministries, partners, and national health systems.
Built for regulated, real-world use — robust, resilient, and production-ready.
Explore real-world deployments of EDE’s semiconductor platforms — from AI-driven automation to mission-critical systems across aerospace, energy, and advanced robotics.
