// AR Training
2016
AR small-arms team trainer for the Office of Naval Research — delivered to the fleet.
MAVRC partners with government organizations to modernize command and control, design operator-first interfaces, and field training systems that shorten the path to readiness—grounded in mission engineering, built for environments where the stakes are real.
See CapabilitiesToo much defense software is built for the engineer who made it, not the operator who has to use it in the moment of decision.
Dense screens. Outdated workflows. Tools that bury the one thing that matters under ten that don't. The result is hesitation exactly when clarity matters most.
01
Interfaces designed for the moment of decision — clarity under pressure, from cyber operations to battle management.
02
Integrating sensors, data, AI, and operators into resilient command and control built for contested environments.
03
Embedding LLMs into the workflows that carry the mission — planning, briefing, execution, and debrief — grounded and traceable.
04
AI-enabled course generation, simulation, and readiness tooling that compress development from months to weeks.

Information moves faster than the systems built to manage it. MAVRC helps organizations turn data into trusted operational insight — so the people carrying the mission decide faster, with confidence.
Our Capabilities
MAVRC helps government organizations turn complex operational challenges into fielded capability. The focus: command and control modernization, operator-first interfaces, and training systems — engineered mission-first, delivered mission-ready.
The difference between a tool operators fight and a tool they trust is design. MAVRC builds interfaces that surface the one thing that matters — clear enough to read under pressure, fast enough to act on in the moment of decision.
// Cyber
Mission tasking at operational tempo
Decision advantage is engineered, not bought. MAVRC integrates AI, cyber, and mission data into command and control that holds up when networks degrade and time runs short — from battle management to orbital operations.
// Space
Orbit planning and mission visualization
Generative AI creates advantage when it lives inside the workflows that carry the mission — planning, briefing, execution, and debrief. MAVRC integrates LLMs into those workflows across operations, logistics, maintenance, and training, grounded in source doctrine with every output traceable and validated.
// AI
Doctrine-grounded drafting, trainer-validated
Readiness is built, not briefed. MAVRC develops training systems that compress course development from months to weeks — AI-assisted scenario generation, sensor-driven feedback, and debriefs that turn every repetition into measurable progress.
// Training
AI-generated scenarios with doctrine decision points
We turn dense workflows and difficult decisions into software operators can read, trust, and act on — fast. Better UX isn't polish. It's better, faster decision-making.
Past Work
2016
AR small-arms team trainer for the Office of Naval Research — delivered to the fleet.
2017
Replaced a multi-million-dollar fixed motion simulator with a mobile MR trainer at a fraction of the cost.

2018
Hypersonic weapons C2 — designs selected over two vendors; sailors learned the system in a day.
2023
Geospatial command and control — a core C2 design system that took feature delivery from weekly to daily.

// AI Generated Training
High-Consequence
The Team
MAVRC is a small team of product owners, designers, and engineers. We've spent our careers building software for people who don't have room for error.
Between us: twenty years of R&D for the Department of Defense, another twenty shipping software in the commercial and military worlds, and deep roots in human factors, UI/UX, and visual and motion design. Two of us are Air Force veterans who lived command and control long before designing for it.
That mix is the point. Design and human factors tell us how operators actually work. Engineering means we can build what we design. And the years in uniform mean nobody has to explain the mission to us twice.
MAVRC Delivery Framework
Mission engineering is how MAVRC works: understand the mission before the technology. Every engagement follows the same five-step discipline, from operational objective to fielded capability.
01
Define operational objectives, stakeholders, mission threads, and the decisions that determine mission success.
02
Evaluate systems, data, operational workflows, organizational dependencies, and technical constraints to establish a complete mission picture.
03
Integrate mission engineering, cyber, AI, software, digital engineering, and command and control into a unified operational architecture.
04
Test capabilities alongside operators, gather feedback, refine workflows, and ensure solutions improve real-world mission execution.
05
Transition capabilities into operations while continuously improving performance through analytics, lessons learned, and evolving mission needs.
“Mission success is not determined by the technology an organization owns, but by how effectively people, processes, information, and technology work together to support operational decisions.”
Why MAVRC

You work with the senior team from day one. The people who scope the work are the people who ship it.

Designers who build and engineers who design. Nothing is lost between mockup and delivery.

We've worked the mission from the inside. No glossary needed, no ramp-up billed.

Senior people plus mission context is how delivery gets fast without getting sloppy.

// In the Loop
Mission-Ready