In the cockpit
Murdock
The onboard AI assistant for the crew. Runs at the edge, designed for austere and denied environments, and adaptable across many aircraft.
Beyond Autopilot.
Pilot Assistance Autonomy That Thinks.
Applied AI for the real world: pilot assistance autonomy, delivered through our data platform.
A safety net, a coach, and a superhuman assistant for the crews flying commercial and military aircraft.
Silicon Valley-based, backed by $20M+ in venture capital from:
We’ve worked with:
A mix of customers, partners, and collaborators, past and present.
Congressional support:
The FY26 NDAA report encourages the military to prioritize hardware-lite, AI-enabled pilot augmentation to improve flight safety and reduce human error.
The vision
R2-D2 for Pilots
Our vision is an aviation sector free from human error.
This vision builds on a decades-old idea. DARPA and the U.S. Air Force set out to build the Pilot’s Associate in the 1980s, and today the technology has caught up.
It will increase capacity, handle the busywork, watch your back, and catch what a tired crew could miss.
The problem
Today, the Only High-Context Integrated System in the Cockpit Is the Pilot’s Brain
Modern aircraft produce more data than ever, but it’s scattered across avionics, charts, and displays, and the data from briefs, maintenance, and operations keeps growing in volume and complexity.
Context, judgment calls, and briefed intent stay in the pilot’s head, invisible to automation, and the data needed to train a true AI assistant for the crew does not exist yet.
Self-driving showed that an AI assistant or operator needs more context than a human does, not less.
Beacon builds the platform that gives aircrew, and the AI supporting them, the whole picture.
Another Layer of Pilot Support
The Swiss cheese model shows how gaps in multiple safety layers can align and let a hazard through. Beacon AI is designed to add another layer of support for the crew.
of aviation accidents involve human error, even as aircraft have never been more reliable.
a year in human-error costs across aviation: military mishaps, hull and liability claims, and damage short of a hull loss.
Sources: National Commission on Military Aviation Safety (2020); Allianz aviation claims, five years to 2024; IATA ground damage study and 2025 Annual Safety Report. Annualized by Beacon from published totals.
Aviation Intelligence
Beacon’s AI Platform Goes Beyond Artificial Intelligence, Bringing Aviation Intelligence to Aircrew Around the World.
Aviation intelligence
Artificial intelligence
Aircrew instruction
Aircraft intelligence
Airspace integration
Avionics integration
Aeronautical innovation
Augmented intelligence
Actionable intelligence
Assistive intelligence
The thesis
Aviation Autonomy 2.0 Is Pilot Assistance Autonomy
Replacing the pilot is the wrong place to start. Even the best autonomy today isn’t ready to be the only pilot on board. Even if it were, the rules wouldn’t allow it, and even if they did, the high-context data it would need doesn’t exist yet.
Autonomy 2.0 assists the crew instead, at Levels 2 and 3. It’s hardware-lite, working alongside the aircraft’s certified systems instead of modifying or replacing them; regulatorily aligned, keeping the pilot in command; and data and software first, learning from every flight. Congress backs the same approach in the FY26 and FY27 NDAA.
It’s built to catch errors before they become accidents, which protects everyone on board and everyone under the flight path.
One Platform, Commercial and Defense
Beacon focuses on professionally flown aircraft, the ones backed by professional maintenance and training programs.
Many of those airframes already serve both markets, so a single platform reaches commercial and defense operators without building two products.
Boeing 767 and its U.S. Air Force KC-46 tanker variant
One Airframe, Two Missions
The same Boeing 767 that Delta, FedEx, Amazon, British Airways, and countless others fly commercially, the U.S. Air Force flies as the KC-46 tanker. Beacon’s aircraft-adaptable platform is built for how professional aviation operates.
~112,000
Professionally flown civil aircraft, plus core U.S. and allied defense aircraft. None flies with AI pilot assistance in day-to-day operations today.
New technology and more connected fleets are opening that door, and the fleet grows to about 151,000 aircraft by 2045.
Sources: IATA, Boeing Commercial Market Outlook 2026, Cirium, Global Firepower, FAA Aerospace Forecast, and USAF operational energy data. Includes Beacon estimates.
News
Recent Posts
Building Safety-Critical Aviation AI
Beacon’s founding team pairs former military aviators, including F/A-18 pilots, with engineers who have built self-driving cars and defense-grade autonomy systems. Crews and program offices trust the platform because the people building it know the cockpit and have shipped autonomy before. Now Beacon is ramping up to take pilot assistance from first flights to entire fleets.
Connect
Come Build With Us
Get in touch to see what the platform could do for your operation, or to join the team.
