Nuclideon Your corridor data at full resolution. Delivered to your client during the capture.
Your corridor data at full resolution. Delivered to your client during the capture.
Three constraints your current workflow cannot solve.
Three constraints your current workflow cannot solve.
Your capture hardware has improved every year. The tools that process and deliver the data have not kept up. That gap shows up on your project timeline and in your client conversations.
Your deliverable is a fraction of your capture.
A corridor survey produces 200GB of point cloud data. Your tools tile and subsample it before it reaches the client. The resolution your sensor captured is not the resolution your client receives. Higher-density capture creates more waste, not more value. Your current tools cannot render what your sensors already know how to capture.
Every sensor type demands a different processing chain.
Leica scanner for bridges. DJI UAV for corridor photogrammetry. RIEGL mobile LiDAR for rail track. Each sensor produces a different format. Each format requires a separate processing environment. Your analysts spend more hours converting and reconciling data than analysing it. On every mixed-sensor project, that overhead compounds.
Zero client access until processing is done.
Your clients want to interrogate the survey dataset during the campaign. Your current tools require a full processing cycle before any visualisation is possible. By the time the data is viewable, the field team has moved on. The client has waited weeks. Survey firms that deliver faster win the next contract.
Nuclideon removes all three. Here is what that unlocks.
Nuclideon removes all three. Here is what that unlocks.
The Unlimited Detail™ engine finds the exact points your screen needs from datasets of any size, on a standard CPU. No approximation. No GPU. No ceiling on what your sensors can capture.
During the campaign. Not after it.
udCloud streams the full-resolution dataset to your client's browser while your field team is still on site. No decimation. Viewer access is priced at a fraction of a full seat, so every stakeholder who needs the data can get it, with the right licence for the role they actually play.
Every point your sensor captured.
Nuclideon renders your full corridor dataset at full fidelity. No tiling. No level-of-detail reduction. When your team measures a bridge clearance or a rail alignment in the dataset, they are measuring against the actual sensor output. Not a processed approximation. What you sign off on is what the instrument recorded.
No GPU in the field or the office.
The Unlimited Detail engine runs on standard CPUs. The same Dell Latitude your field surveyors carry. The same office workstations your analysts use. No GPU procurement, no specialist IT support, no three-year replacement cycle. Your hardware budget stays where it belongs. On capture equipment.
Two organisations tested it on their data. Both deployed it.
Two organisations tested it on their data. Both deployed it.
Leica Geosystems licensed the engine for a commercial product serving 30,000 users. The Queensland Government selected it for a national-scale geospatial programme. Neither relationship was a pilot. Both are in production.
30,000 survey professionals ran their work on this engine.
For years, the world's largest survey equipment manufacturer ran its enterprise visualisation product on this engine. Leica Geosystems licensed the Unlimited Detail engine and embedded it into their JetStream product line — the platform their global install base used to process and deliver survey data. The CPU-native rendering architecture that powered JetStream is the same architecture your team deploys today.
171,000+ datasets. Full resolution. Commodity hardware.
The Queensland Government selected Nuclideon to power their statewide 3D Digital Twin for mineral exploration. 171,000+ datasets rendered at full resolution on commodity hardware, with zero GPU infrastructure. The deployment is geoscience data, not corridor survey. The hardware proof and scale proof transfer directly.
What your team delivers with it on every project.
What your team delivers with it on every project.
Your analysts work inside the full dataset — every point the sensor captured. Measurement, analysis, client delivery, and multi-sensor fusion on the hardware your field team already carries.
Real-Time Client Delivery
While the campaign is active, your client opens a browser and navigates every point the sensor captured. No software install on their machine. No per-seat viewer fee.
Corridor-Scale Visualization
Load and navigate 100km+ road, rail, and pipeline corridor datasets at full resolution. The full dataset loads on a standard laptop — nothing tiled, nothing simplified. Your analyst and your client work with what the sensor captured, not a processed fraction of it.
Multi-Sensor Fusion
Leica scanner data, DJI UAV photogrammetry, RIEGL mobile LiDAR, and terrestrial captures load into a single 3D environment without format conversion. One dataset. Every source. Your QA team stops switching tools.
Survey-Grade Measurement
Measure distances, areas, and cross-sections directly in the full-resolution 3D environment, against every point the sensor captured, not a decimated proxy. Generate terrain profiles and surface comparisons for design verification and compliance reporting. Volumetric calculations are available through direct engagement with the Nuclideon team.
Change Detection & Monitoring
Compare temporal captures to track corridor condition, surface movement, and asset degradation over time. Quarterly re-surveys overlay against the same full-resolution baseline, not a decimated version from the previous campaign. Survey firms running monitoring contracts quote this capability as a service line, not a one-off deliverable.
Cross-Platform Deployment
Windows, macOS, and Linux. The same installation runs on the field laptop at a remote corridor site, the analyst workstation in the office, and the client's browser via udCloud. No GPU-dependent configurations on any of them.
Three questions your evaluation team will ask.
Three questions your evaluation team will ask.
"Our clients require deliverables in LAS, LAZ, E57, Shapefile, and GeoTIFF. What formats do you support?"
Nuclideon ingests LAS, LAZ, E57, PLY, PTS, XYZ, and proprietary formats from many scanners including RIEGL. Export delivers LAS and OBJ with more formats coming later.
"What happened to Euclideon? Why should I build my delivery workflow on your platform?"
Euclideon's commercial execution broke down while the engineering team continued to deliver. The technology never failed. Nuclideon exists because the original engineering team acquired the assets, cleared the debt, and rebuilt the company. Zero debt. 100% gross margin. No investor exit pressure. IP and patents owned outright — including US Patent No. 9842425, the Unlimited Detail algorithm. Source code escrow available for enterprise agreements. The engine powered Leica JetStream at 30,000+ users for years. The technology is production-proven. The company is new, lean, and has no structural pressure to compromise it.
"What measurement accuracy does Nuclideon support? Our firm signs off on survey deliverables."
Distances, areas, cross-sections, and terrain profiles are measured directly against every point the sensor captured. The data is not tiled or subsampled before measurement — your measurement is against the actual instrument output. A Leica ScanStation captured at ±3mm is measured at ±3mm. A RIEGL VZ-400i captured at ±5mm at 100m is measured at ±5mm. Nuclideon does not introduce error at the rendering layer. The accuracy your instrument delivers is the accuracy your deliverable reflects.
Field captures. Clients access. Nobody waits.
Field captures. Clients access. Nobody waits.
Nuclideon fits the infrastructure reality of a survey operation. Your field team works at full capability when connectivity is unreliable. Your client accesses the same data in a browser when the field team syncs to cloud. One dataset, two access paths, every point the sensor captured.
udStream
udStream runs on the Dell Latitude your field surveyors carry, on a local server for site-wide team access, or standalone at a remote corridor site. Your team has full measurement and visualisation capability the moment the sensor stops — no upload required, no connectivity needed.
- → Distances, areas, cross-sections, and terrain profiles measured against the full point cloud
- → Multi-sensor ingestion: Leica scanner, DJI UAV, and RIEGL mobile LiDAR in one environment
- → Offline operation — full capability without connectivity
- → Local server deployment for teams working across a corridor site
- → Annotations and change detection on captured data before leaving site
udCloud
Your client opens a browser and navigates every point your field team captured that morning. No software installation. No GPU on their machine. The CPU-native renderer runs in the browser — the same engine your field team uses in udStream. Regional offices on degraded connections can access the full dataset.
- → CPU-native rendering in the browser — no server-side GPU required
- → Role-based access: separate permissions for client viewers, analysts, and project managers
- → Multi-user collaboration on live datasets
- → Nuclideon managed or your own cloud tenancy
- → 100,000 concurrent users on a single deployment
Capture to Client, Same Session
Your field team loads captured data into udStream at site. udStream syncs automatically to udCloud when connectivity is available — no manual trigger. Your client accesses every point the sensor captured in a browser before the field team has returned to the office. One dataset, two access paths, every point intact.
- → Load and visualise captured data in the field — no upload required before starting
- → Background sync to udCloud triggers automatically when connectivity is detected
- → Client navigates the full point cloud in a browser on any device, no install required
- → Field team retains full measurement capability if the sync is delayed or connectivity drops
- → 12D XML alignment data supported for road and rail corridor handoff
Send us a dataset from your current corridor.
Send us a dataset from your current corridor.
We load it. We render it at full resolution on the Dell Latitude your field team carries. You see your data the way your sensor captured it, not the way your current tools allow. No contract. No commitment. Most evaluations are complete within five business days.