Nuclideon Your clients see the full 200GB, live at full resolution, while the survey is still running.
Your clients see the full 200GB, live at full resolution, while the survey is still running.
Three constraints costing you contracts.
Three constraints costing you contracts.
A 100km corridor survey now produces 200GB of point cloud data. Your tools were built for a fraction of that. The data your sensors capture is not the data your clients receive, and your competitors are closing that gap.
Your vis tool subsamples the data before your client sees it.
A 100km rail survey produces 200GB of point cloud data. To display it, your tools tile and subsample it. The density your LiDAR captured, the reason you invested in high-spec hardware, is stripped out before your client opens the file. What they receive is not what the sensor recorded. The advantage of better capture disappears at the delivery layer.
Your clients wait weeks for data your tools could have delivered days ago.
A two-month corridor campaign means two months of silence for your client. Processing holds everything. For high-frequency delivery programmes, every week of delay is margin and repeat business walking to whoever delivers first. Your tools were built to deliver a file at the end. Your client needs the full dataset the moment processing is done, not a subsampled version that fits the tool.
Your surveyors capture data they cannot access until they leave the corridor.
Remote corridor locations have no reliable internet. That is the infrastructure reality for road and rail survey. Cloud-based tools require connectivity to function. Your surveyors spend the day capturing data they cannot review, query, or share until they return to the office. Decisions that should happen on-site get deferred. Defects that should be caught in the field get carried into the office. Network-scale corridor data is only viable if it is accessible at the point of capture, not after it.
Nuclideon removes all three.
Nuclideon removes all three.
Your client sees the data the sensor captured, at full resolution, on a standard laptop, the moment processing is complete. We built the Unlimited Detail™ engine to render what every other platform subsamples. CPU-native. No GPU. Nothing removed.
Your client receives the complete dataset. No exceptions.
We render the complete 200GB corridor dataset on a standard laptop. No tiling. No subsampling. The density your LiDAR captured is the density your client navigates. Over the life of a delivery programme, every compromised deliverable is a contract renewal at risk.
Your client has the full dataset the moment processing is done.
udCloud streams the full-resolution corridor dataset to any browser, no install, no account setup for your client. They open a link and move through the complete data the day processing completes, not weeks later with a subsampled version that fits a competing tool. The firm that delivers first at full fidelity does not wait for contract renewals.
Full capability in the field. Cloud when you need it.
udStream runs at full capability with zero connectivity requirement. Your surveyors review, query, and share data at the point of capture, before they return to the office, before decisions get deferred, before defects get carried into the processing queue. Network-scale corridor programmes require data access at the corridor, not after it. When connectivity returns, udStream syncs to udCloud automatically. Nothing manual. Nothing lost.
From corridor capture to client delivery. Full resolution. One platform.
From corridor capture to client delivery. Full resolution. One platform.
Your client navigates the complete corridor dataset the day processing finishes.
Rail authorities and road agencies receive the complete corridor dataset the moment processing is complete. No subsampling. No file size ceiling. Your client opens a link in any browser and navigates full-resolution data, the same density the sensor captured. Network-scale corridor data, used daily across engineering, maintenance, and planning, is where the market is moving; the constraint is the rendering layer that serves it.
Leica scanner and DJI UAV data in one navigable environment. No switching between tools.
Fuse Leica scanner captures with DJI UAV photogrammetry in a single 3D environment. The structural engineer queries clearances, checks geometry, and reviews surface condition across both sensor sources in one session. Survey-grade accuracy preserved across every source. No resolution loss at the fusion layer.
Your asset managers see exactly what changed between surveys, and by how much.
Track infrastructure change, subsidence, vegetation encroachment, and rehabilitation progress at full sensor resolution. Compare quarterly captures without subsampling, the measurement accuracy that pavement management and structural monitoring depend on compounds with every scan cycle. Your client sees what changed, where, and by how much, in the same browser session as the full corridor dataset.
The rendering layer that scales with the mandate.
Infrastructure digitization mandates require higher-resolution, higher-frequency spatial data delivery. We meet the data volume where incumbent tools hit their ceiling, not by compressing the data to fit the platform, but by rendering the full dataset on the hardware agencies already own. Digital twin programmes deliver their return when the rendering layer stops subsampling the source data. We are the rendering layer that makes that possible.
Proven at government scale. 30,000+ users on the engine.
Proven at government scale. 30,000+ users on the engine.
The Queensland Government sent their data. We rendered terabytes at full resolution on standard hardware. Leica Geosystems licensed the engine to power JetStream, their flagship product serving 30,000+ users inside the Hexagon group. Queensland's Department of Transport and Main Roads has run this technology for ten years, retained it through the Euclideon administration, and pays for it today; with the Geoscience Platform, Nuclideon holds two distinct Queensland government customers.
171,000+ datasets. Multi-source fusion. Standard hardware.
The Queensland Government selected Nuclideon to power their statewide 3D Digital Twin. LiDAR, photogrammetry, and geochemical survey data fused into a single navigable environment, 171,000+ datasets, rendered at full resolution on standard government-issue hardware. No GPU procurement. No cloud dependency. GIS integrations including Esri delivered to staff on the hardware they already owned.
30,000+ Leica JetStream users ran on this engine. For years. At production scale.
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.
Three questions your evaluation team will ask.
Three questions your evaluation team will ask.
"What are your data portability guarantees?"
Open-format export. LAS, LAZ, and E57 as standard. Your data is yours, a portability clause in the license makes that contractual, not just a promise. No proprietary lock-in. Your existing capture platforms, processing workflows, and client deliverable formats work as-is.
"How much does client viewer access cost?"
udCloud enables browser-based client access. Your client opens a link and navigates the full-resolution dataset. Viewer access is priced at a fraction of a full seat, so read-only recipients cost far less than analyst seats. Your clients see their data without your procurement team paying a full licence per recipient.
"What happened to Euclideon?"
Euclideon's commercial execution broke down while the technology continued to perform. In August 2025, the original engineers acquired the assets, cleared the debt, and incorporated Nuclideon. Same engineering team. Pure software licensing: no hardware, no resale, no per-unit delivery cost. IP and patents owned outright. Leica ran this engine for 30,000+ JetStream users at production scale for years. That relationship wound down for commercial reasons, not technology. The Queensland Government, the US Navy, and Lockheed Martin are paying customers today. Source code escrow is available for enterprise agreements.
Your formats. Your standards. No lock-in.
Your formats. Your standards. No lock-in.
We sit inside your existing survey-to-delivery pipeline. Your capture platforms, your data standards, your client deliverable formats stay exactly as they are. We handle the rendering layer your current tools cannot.
Field captures. Client accesses. Full resolution. No delay beyond processing.
Field captures. Client accesses. Full resolution. No delay beyond processing.
Your survey crew captures at the corridor. Your client sees the data in a browser. Your project office manages the programme. Three deployment paths, one rendering engine.
udStream
Full capability offline on standard field laptops. Your surveyors process and visualise at the corridor, at the rail siding, at the bridge inspection. No GPU. No connectivity requirement.
- → Full-resolution rendering on standard field hardware
- → Zero connectivity dependency
- → Multi-sensor data ingestion without format conversion
- → Measurement, annotation, and analysis tools
- → Local server deployment for project office access
udCloud
Your client opens a browser link and navigates the full-resolution dataset the moment processing is complete. No software installation. No per-viewer licence. Every competing platform makes the client wait longer for a subsampled file. We deliver first, at full fidelity.
- → Browser-based 3D streaming to any device
- → Client access without per-viewer licensing overhead
- → Low-bandwidth delivery over standard connections
- → Multi-user collaboration on live datasets
- → Hosting: Nuclideon managed, your AWS/Azure/GCP tenancy, or private cloud
- → Australian data hosting (PROTECTED cloud) for public sector
udSDK
Embed the rendering capability into existing infrastructure management platforms. Your engineering team integrates the compiled DLL. Your platform gains terabyte-scale 3D without building a renderer. Leica Geosystems proved this model at scale: 30,000+ JetStream users, a decade of production deployment, inside a Tier 1 Hexagon product.
- → Compiled DLL with clean API
- → Infrastructure platform, GIS, and simulation integration
- → CPU-native rendering pipeline
- → Air-gapped deployment support
Send us a corridor dataset from your current survey.
Send us a corridor dataset from your current survey.
We load it. We render it at full resolution on a standard laptop, the same way we rendered terabytes for the Queensland Government 3D Digital Twin. Your team evaluates on their own terms, on their own data, on their own timeline. We work within structured proof of concept frameworks and formal tender processes for public sector clients.