Twelve specialized domains, one integrated engineering team — from secure microarchitecture to orbit-ready compute.
Constrained-random, coverage-driven testbenches built on the Universal Verification Methodology, delivering functional closure and first-pass silicon success.
Full RTL-to-GDSII ASIC and SoC design services on leading-edge 3nm/5nm nodes, including chiplet architectures and UCIe packaging.
Radiation-tolerant compute, power and communication subsystems engineered and validated for CubeSat and small-satellite missions.
Post-quantum cryptographic accelerator cores that harden silicon roots-of-trust against quantum-capable adversaries.
Line-rate IPsec, IKEv2 and MACsec IP cores for networking and datacenter silicon that demands wire-speed encryption.
Custom and configurable RISC-V cores — from lightweight embedded controllers to application-class, multicore compute clusters.
Synthesis, floorplanning, place & route, and static timing signoff tuned for your target node, power envelope and package.
Rapid FPGA-based prototyping and hardware emulation to validate architecture and firmware ahead of tapeout.
Analog and mixed-signal IP — PLLs, ADCs/DACs, power management and high-speed SerDes front-ends.
Silicon characterization, lab bring-up and debug to correlate real hardware behavior against pre-silicon models.
Low-level drivers, bootloaders and board support packages that bring your silicon to life at the software layer.
Secure boot, key management and side-channel mitigation engineered into the silicon from the architecture stage onward.
We work with the same tools and standards trusted by leading semiconductor and aerospace organizations.
We own a defined scope end-to-end — architecture through tapeout — against a fixed milestone plan.
Our verification and design engineers plug directly into your existing team and workflow.
An independent audit of your RTL, verification plan, or security architecture before tapeout commitment.
Send us your requirements — we'll recommend the right scope and team on a call.