Iteration 1 demonstrated multi-sensor acquisition and a local wireless dashboard.
Independent engineering research
Researching the connected aerospace battlespace.
ACES Technology brings together hands-on modular sensing research through PURiK and interactive air-combat systems analysis through NexGen Air Battlespace. Explore the engineering evidence, published sources, and experiments behind each project.
MODULAR SYSTEM / 01
01SenseRadar · LiDAR · GNSS
02ConnectOpen interfaces · Radio
03UnderstandFusion · Interface · Action
Iteration 2 has achieved GNSS fixes and host communication with TI mmWave radar hardware.
Interfaces, device metadata, power telemetry, and transport are being formalized for repeatable integration.
Mission
Turn experimental hardware into clear, testable engineering evidence.
The work pairs hands-on prototyping with disciplined architecture, documentation, and verification—connecting small-scale demonstrations to real aerospace and defense engineering questions.
Featured projects
Selected work
In development2026
PURiK Modular Sensor System
A modular embedded sensing testbed designed to shorten the path from newly connected hardware to useful, networked data.
- Embedded systems
- Sensor fusion
- MOSA
Research2026
NexGen Air Battlespace
An interactive, source-aware research atlas exploring aircraft, collaborative combat systems, mission concepts, and how they connect across the air battlespace.
- Aerospace systems
- Research visualization
- Systems of systems
Research library02
Technical writing & analysis
Architecture studies, program analysis, design briefs, and engineering documentation.
Browse research →Research infrastructure
Platforms built to answer questions
UNO Q and UNO R4 compute nodes, radar, LiDAR, GNSS, radio links, power instrumentation, and mobile carriers form a flexible laboratory for integration and autonomy experiments.