Nuclideon Your classified network runs on standard-issue hardware. Your 3D platform should too.
Your classified network runs on standard-issue hardware. Your 3D platform should too.
Your analysts face three constraints no incumbent solves.
Your analysts face three constraints no incumbent solves.
Your sensors capture terabytes. Your tools render ten percent. Your analysts carry government-issue laptops into locations that ban GPU workstations. Classified requirements disqualify cloud-first vendors before the evaluation starts.
udStream removes all three. Render datasets exceeding 200TB at full resolution on the hardware your team carries today. CPU-native, patented, deployed on US Navy air-gapped networks and integrated into Lockheed Martin C2/ISR systems.
Send us the dataset that crashes your current platform. We'll render it on your hardware so you can see the value.
The annual cost of GPU hardware your forward teams cannot use.
Every 3D platform your analysts use demands a dedicated GPU workstation. Forward-deployed teams and shipboard operators carry government-issue laptops with integrated graphics. The hardware your analysts carry cannot run what your IT department licensed. That $16K to $20K is an annual tax on hardware that cannot go where your analysts go.
Your sensors capture terabytes. Your tools load megabytes.
UAV swarms and mobile LiDAR rigs produce terabyte-scale captures. Before a single point loads, your rendering software forces tiling and decimation. Your analyst makes decisions on 10% of what the sensor captured. The other 90% sits on a drive.
Three sensor types. Three ingestion pipelines.
Your LiDAR scanner produces LAS files, your drone fleet produces photogrammetry outputs, and your archive holds a third format. Each needs separate ingestion and conversion before your analyst opens a single scene. Your analyst spends hours on data prep before the analysis begins.
The Unlimited Detail™ engine.
The Unlimited Detail™ engine.
It identifies the exact voxels your screen needs, frame by frame, reading direct from wherever you store the data. CPU-native, patented (US 9842425), running today on classified US Navy networks. Your analysts open it on the hardware they already carry.
Full resolution on government-issue hardware.
The Unlimited Detail engine renders scenes exceeding 200TB, locally, on a Dell Latitude or HP EliteBook. Four-core CPU. 8GB RAM. Integrated graphics. The hardware your organization already deploys.
Zero GPU across the entire deployment.
No GPU workstations to procure, maintain, or replace every three years. No GPU cloud instances to provision. The rendering pipeline operates on CPU. Your hardware budget stays intact.
Air-gapped by design. Not by workaround.
udStream can run fully offline, with no connectivity requirement. No cloud dependency. No call-home licensing. No data leaves the device. The US Navy runs it on classified, air-gapped networks today.
Proven where the clearance level is highest.
Proven where the clearance level is highest.
US Navy. Lockheed Martin. Leica Geosystems. Three customers. Three different operational requirements. One engine across all of them.
Classified 3D visualisation on air-gapped networks.
The US Navy selected Nuclideon to deliver classified 3D geospatial visualisation across air-gapped networks. udStream runs on the hardware already deployed in classified environments: four-core CPU, 8GB RAM, no GPU, no connectivity requirement.
C2 platform integration via udSDK.
Lockheed Martin integrated Nuclideon's rendering engine into a C2/ISR system via udSDK. The compiled DLL delivers full-resolution point cloud rendering on CPU without GPU dependency.
30,000+ production users validated the engine.
Leica Geosystems licensed the engine to power JetStream, run at production scale by 30,000+ users for over a decade inside a Tier 1 Hexagon product.
Lab Director
US Navy
Your analysts work inside the full dataset.
Your analysts work inside the full dataset.
udStream is a workspace. Military symbology, measurement, annotation, real-time change detection, and multi-sensor fusion on the complete point cloud your sensors captured.
Multi-Sensor Fusion
LiDAR, photogrammetry, UAV imagery, terrain models, and CAD overlays fuse into a single navigable 3D environment. Your analyst works in one environment. Everything in it.
Survey-Grade Measurement
Measure distances and areas in 3D. Generate cross-sections, terrain profiles, and measurement reports. Full-resolution rendering preserves the precision the sensor captured.
Change Detection
Compare historical and current captures in real time to identify environmental changes, track objects of interest, and visualise differences between temporal datasets. Your analyst sees what changed and when.
Military Symbology
Standard military symbology and a built-in JMSML library. Create and share operational scenes with unit icons, vehicles, and terrain features. Communicate operational intent in the environment the data describes.
Annotation and Collaboration
Multiple analysts work in the same 3D environment simultaneously. Annotations, markups, and measurements synchronise across sessions via udCloud. Your team in the SCIF and your team in the field use the same tools.
Cross-Platform Deployment
Windows, macOS, and Linux. The same installation runs on the standard-issue laptop in the SCIF, the rugged field tablet in the vehicle, and the analyst workstation at headquarters.
Three questions your evaluation team will ask before it signs anything.
Three questions your evaluation team will ask before it signs anything.
"What is your security accreditation pathway?"
Nuclideon does not yet hold public certifications. The architecture is the evidence: zero connectivity requirement, zero telemetry, local licence validation, and a US Navy deployment on air-gapped networks that passed exactly the scrutiny your accreditor applies. We engage directly with your security team on programme-specific accreditation, and source code escrow is available for qualifying programmes.
"You were Euclideon. Why should I trust Nuclideon will exist in five years?"
Euclideon's commercial execution broke down while the technology continued to perform. In August 2025, Kristian Wares and Paul Fox acquired the assets from administration and incorporated Nuclideon. The original engineering team owns the IP, with no external investor pressures. The US Navy and Lockheed Martin signed within five months of incorporation.
"We have 15 years of data in Esri and Hexagon workflows."
Nuclideon sits alongside your existing Esri and Hexagon investment. udStream converts and ingests LAS, LAZ, E57, PLY, PTS, XYZ, and proprietary formats from many sensor platforms. Conversion runs inside udStream on the same hardware. No third-party software required. udSDK integrates into your existing Command and Control and ISR platforms. Your workflows continue. Your analysts access full-resolution rendering of datasets on the hardware they already carry, without replacing a single tool in their current stack.
Your non-negotiable filter. Addressed.
Your non-negotiable filter. Addressed.
udStream was built for environments where data cannot leave the perimeter. No call-home. No cloud dependency. No vendor infrastructure in the chain. Your network. Your data. Your control.
We run the proof of concept on your hardware, in your environment.
We run the proof of concept on your hardware, in your environment.
We walk you through the process with the data you're already working with. No data leaves your network. The US Navy and Lockheed Martin started this way. Both are under contract.