Eigenstate Consulting advises aerospace and defense leaders on the technologies reshaping the sector — edge AI, autonomous systems, software-defined radio — and the decisions that turn possibility into program.
We advise aerospace and defense leaders on technologies we have built, shipped, and held in our hands. Not theory — working knowledge of what it takes to move from demonstration to deployment.
Advisory on where on-device inference actually wins — and where it does not. Platform selection, model strategy, and realistic assessment of latency, power, and thermal envelopes for airborne, vehicular, and handheld systems.
Drone platform selection, firmware strategy, and autonomy stack evaluation. Navigating the gap between hobbyist-grade hardware and defense-grade reliability, including GPS-denied operation and swarm considerations.
Software-defined radio strategy, LoRa and mesh networking architecture, and RF integration planning. From 433 MHz telemetry to complex multi-protocol links — what to build, what to buy, and what to license.
Taking what works at commercial scale — consumer-grade silicon, open-source AI models, hobby-industry supply chains — and adapting it for defense outcomes. Faster time to capability, lower cost, and fewer sole-source dependencies.
Independent assessment of technical claims for investors, acquirers, and program offices. Does the prototype work? Is the roadmap credible? What risks are not on the slide deck? Blunt answers, written clearly.
Advising leadership through the organizational side of adopting new technology — org design, capability roadmaps, and the operational decisions that determine whether a pilot becomes a program or quietly dies on a shelf. Where the technology meets the team that has to own it.
The technologies reshaping aerospace and defense are being built in the commercial world first. We help government leaders and the executives who serve them close that gap — quickly, responsibly, and with clear eyes on what actually transfers.
Consumer-grade silicon, open-source models, and hobby-industry supply chains have collapsed the cost and timeline of capabilities that were once exclusive to defense primes. Edge AI, autonomous navigation, and software-defined radio are now available at a fraction of historical program cost — but only if you know what to adopt, what to harden, and what to leave behind.
We advise executives and program leaders on the translation. Which commercial technologies are genuinely ready for government application. Which require hardening, reauthorization, or supply-chain reshoring. Which are distractions that will not survive contact with an operational environment. Decisions informed by hands-on experience with the underlying systems, not secondhand analysis.
We also help the other direction: connecting government leadership with the commercial builders, researchers, and partners working on the technologies they need — the people who do not show up at the usual contracting conferences.
Honest assessments of where edge AI, autonomy, and spectrum technologies are genuinely ready for government adoption — and where the hype is ahead of the capability. Roadmaps with timelines that survive contact with reality.
Introductions to the commercial builders, research labs, and non-traditional defense suppliers most relevant to a given mission. Vetting done before the introduction, not after the meeting.
Practical guidance on adapting commercial-off-the-shelf technology for government outcomes — including supply-chain, security, ITAR/EAR, and authorization considerations that commercial vendors typically do not anticipate.
Technical briefings for non-technical decision-makers. Government-context briefings for commercial teams new to the sector. Prepared in plain language, without the consulting-deck hedges.
Three things that shape every engagement and explain why clients come back.
A four-phase model for advisory engagements. Designed to reach a defensible decision quickly, with a clear record of how we got there.
The first conversation is about the question, not the answer. We clarify what decision is actually being made, who needs to agree on it, what constraints are fixed, and what a successful engagement looks like. Often the question that gets surfaced is not the one originally asked.
Technical diligence, stakeholder interviews, and independent research. We go deep on the specific technologies, vendors, or programs relevant to the decision — often including hands-on evaluation of hardware or code where that matters.
A written recommendation with the reasoning exposed. What we think, why, what we would do differently if conditions change, and what we are less certain about. Plain language. No throat-clearing.
Follow-on availability through decision, negotiation, and early execution — as much or as little as you want. Some engagements end with the recommendation. Others continue as advisory retainers for the duration of the program.