01
Sensor Integration
Connect RF, radar, EO/IR, acoustic, and other sources through modular adapters.
System Status: Operational/OPEN SENSOR INTEGRATION LAYER
The integration layer for sensing at the edge.
NEURSIAN builds open, edge-native sensing and fusion systems for contested environments. FUSE connects heterogeneous sensors, translates their data, and turns raw observations into a unified operational picture.
- OPEN
- Architecture
- EDGE
- Native processing
- MANY
- Sensor sources
[ 01 ] The Gap
More sensors should mean more awareness. Too often, they mean more integration debt.
Modern operations depend on an expanding mix of sensors, platforms, and data sources. Every new sensor can introduce another interface, another data format, and another integration effort.
FUSE closes that gap with a modular path from heterogeneous observations to a unified operational picture—without rebuilding the stack around every new sensing capability.
Fragmented
Many interfaces
FUSE
One integration path
Operational
Decision-ready output
[ 02 ] Capabilities
A common operating layer for complex sensing environments.
02
Data Translation
Normalize heterogeneous formats into a common language for the mission.
03
Multi-Sensor Fusion
Correlate observations across modalities into coherent tracks and context.
04
Edge Intelligence
Process, prioritize, and act where the data is generated—connected or not.
[ 03 ] FUSE
Plug in the sensor. Keep the architecture.
FUSE is an open middleware layer for integrating sensors, translating data, and producing a unified operational picture at the edge.
Open interfacesEdge-nativeVendor-agnostic
Sensor integration layer / data path
RF
Radar
EO / IR
Acoustic
Other
01
Adapters
02
Translation
03
Tracking
04
Fusion
05
Edge AI
Output
Unified operational picture
C2 / Mission Systems
[ 04 ] Edge Systems
The edge node that expands the network.
NEURSIAN Edge is a native sensing node—not a closed box. It adds capability while FUSE keeps the architecture open.
01
Node
Native edge sensing and compute
02
Sensing
Multi-band RF + articulating array
03
Telemetry
Local health and system status
04
Interoperability
Designed to work with external sensors
[ 05 ] Applications
Counter-UAS is the starting application. Not the technology boundary.
One integration layer for the sensor mix modern missions already depend on.
Mission input
RFRadarEO-IRAcousticExternal feeds
FUSE makes heterogeneous observations useful together, even when systems and vendors were never designed to speak the same language.
Operational output
Detection
Classification
Track
Confidence
C2
From raw signal to a decision-ready track.
[ 06 ] Open Architecture
Build around the mission. Not the vendor.
NEURSIAN is designed with a MOSA-aligned mindset: modular, API-driven, and aware of the interoperability patterns that keep mission systems adaptable.
Vendor AVendor BVendor CExisting systems
FUSE
SOSA-aware
UCI-aware
OMS-aware
One interface / many mission systems
[ 07 ] Operators & Engineers
Research-grade rigor. Applied to the field.
Our team builds for the standard the mission demands, combining deep technical work with an operator's understanding of what has to function outside the lab.
Backgrounds include
- LANL
- Georgia Tech