Eigenstate Consulting designs and builds embedded edge intelligence for aerospace, defense, and safety-critical applications — from sensor to silicon to airframe.
From silicon selection to airframe integration, we design systems that operate reliably at the edge of physical and computational limits.
Real-time vision and signal-processing models tuned for power-constrained hardware. Coral, Jetson, and custom NPUs. Sub-50ms inference latency in production deployments.
433 MHz, LoRa mesh, SDR, and proprietary protocols. Antenna integration, link budget analysis, and FCC/ITU compliance pathway development for new RF products.
PCB design, sensor fusion, power architecture, and BMS. Bare-metal C, Rust, and embedded Linux. From initial schematic through field-deployable prototype.
Technical Reference Document drafting, claim development, and Provisional Patent Application support. Working knowledge of ITAR/EAR-controlled technologies.
Multi-platform architecture across embedded compute, sensors, actuators, and control surfaces. Full-stack ownership from concept through Technology Readiness Level 7+.
3D-printed and machined enclosures. Thermal design, ingress protection, and airframe integration. AMS multi-color print pipelines for production-grade prototypes.
Numbers from current and recent engagements across edge AI, RF, and embedded platforms.
A four-phase model designed to compress the path from problem statement to deployable hardware — without skipping the engineering due diligence.
Stakeholder interviews, requirements decomposition, and constraints mapping. We start by understanding what you're actually trying to accomplish — and the operational, regulatory, and budgetary boundaries the solution has to live within.
System design, technology selection, risk register, and acceptance criteria. We deliver a technical architecture document that becomes the contract for what gets built — and what doesn't.
Hardware fabrication, firmware development, bench validation, and field testing. We build to demonstrate, not to ship — but every prototype is engineered with production transition in mind.
Documentation, IP capture, knowledge transfer, and handoff to internal teams or production partners. Engagements end with your team owning the system — not dependent on us.