Distributed assets
Networks, nodes, stations, corridors, facilities and linear assets spread across territory.
For utilities, networks and critical infrastructure
Govern critical asset 3D data from a secure web layer.
Publish GIS, BIM, LiDAR, orthophotos, 3D models, inspections and reality capture with permissions, APIs, traceability and web access for internal teams, contractors and operators.
We review your assets, data types, users, permissions and integrations to define a viable workflow.
Critical assets
GIS · BIM · LiDAR · Orthophotos · Inspections · 3D Tiles · 360
Obliquo
- Cloud
- Reality
- Certify
Authorised users
- Controlled access
- APIs
- Traceability
- Operational web view
The problem
The problem is not having data. It is governing it when it matters.
Critical infrastructure generates data constantly: GIS, inspections, captures, BIM models, orthophotos, LiDAR, reports and maintenance documentation. But if each dataset lives in a different tool, teams do not work from one common view and control is lost.
Critical assets do not fail for lack of data. They fail when data is not governed.
Fragmented data
GIS, BIM, point clouds, inspections and orthophotos split across systems, vendors and folders.
Hard-to-control access
Internal teams, contractors, operators and auditors need data without losing permission control.
Insufficient traceability
When data affects operations, maintenance or risk, origin, version, date and changes matter.
Before and after
From technical silos to a governed geospatial layer.
Before
With Obliquo
GIS, BIM, inspections and captures kept separate
One common web view for 2D/3D data
Custom portals or vendor deliverables
Controlled publishing for authorised teams
Heavy folders and download links
Permissions by project, asset or workflow
Manually managed access
APIs and integration with existing stack
Versions hard to audit
Traceability of versions, deliveries and events
Critical data hard to share securely
Operational data accessible in the browser
How it works
A layer between your critical data and authorised users.
Obliquo does not have to replace your entire stack. It can act as a web layer to publish, govern, share and certify geospatial data for critical assets.
Connect or publish your data
GIS, BIM/IFC, LiDAR, point clouds, 3D Tiles, orthophotos, inspections, SLAM, 360 or asset models.
Govern access and viewing
Organise datasets, permissions, layers, users, projects and APIs for your operational workflows.
Share with authorised teams
Operators, engineering, maintenance, contractors and auditors access a web view by permission.
When data integrity matters, Obliquo Certify can add fingerprints, manifests and verifiable traceability.
Supported assets
Built for distributed physical assets.
Networks and linear assets
Roads, rail, power grids, pipelines, telecoms, corridors and alignments.
Critical facilities
Stations, substations, plants, ports, airports, depots, nodes and operations centres.
GIS and territorial layers
Parcels, easements, networks, risk zones, assets, maintenance and operational layers.
BIM / IFC
Technical models of facilities, buildings, assets and industrial environments.
LiDAR, SLAM and point clouds
Inspection, survey, documentation, inventory or maintenance captures.
Orthophotos, 360 and 3D models
Visual context, monitoring, remote inspection, urban models and digital twins.
Use cases
Where governed access reduces operational risk.
Distributed asset management
Publish and organise 2D/3D data for networks, facilities, nodes and corridors in one web view.
Inspection and maintenance
Share captures, states, visual evidence and 3D models with internal and external teams.
Contractor coordination
Give controlled access to vendors without handing over full folders or losing version control.
Linear infrastructure
Manage geospatial data for roads, rail, energy, water, telecoms and corridors.
Audit and technical compliance
When deliveries, reviews or critical events matter, add verifiable traceability and integrity.
Planning and territorial analysis
Combine urban models, GIS, orthophotos and asset data for territory and infrastructure decisions.
More control. Less friction. Better operational continuity.
Controlled access
Each user sees what they need by project, role or asset.
Less reliance on folders
Fewer manual deliveries, duplicates and hard-to-audit download links.
Better coordination
Operations, engineering, maintenance and contractors work from one view.
Integration with existing systems
Use APIs and geospatial formats to fit Obliquo into your current stack.
Basis for traceability
Versions, deliveries and events can link to verifiable evidence when needed.
Scale by asset or territory
Organise data by project, network, zone, infrastructure or client.
Products
Cloud, Reality and Certify for critical assets.
Obliquo Cloud
Publish, govern and distribute 2D/3D data with permissions, APIs, catalogue and web access.
Scope CloudObliquo Reality
Turn LiDAR, SLAM, 360 and inspection captures into navigable web deliverables.
See RealityObliquo Certify
Add fingerprints, manifests and verifiable traceability to datasets, states or critical events.
Evaluate CertifyAssessment
Assess your infrastructure data workflow.
We review with you which assets, datasets, users, permissions and integrations should be considered to use Obliquo as a geospatial governance web layer.
Includes
- Asset and data types
- Existing formats and services
- Internal and external users
- Permissions and access
- Required integrations
- Traceability needs
- Fit for Cloud, Reality and Certify
- Next step for a pilot
No commitment. The best way to evaluate is to review your real data, user and permission workflow.
Comparison
Isolated portal vs governed geospatial layer.
Isolated portal
- Solves one specific project.
- Hard to maintain.
- Access hard to reuse.
- Limited integration.
- Duplicated data.
- Poor scale per asset or territory.
Obliquo layer
- Serves multiple projects and assets.
- Reusable web publishing.
- Governed permissions and users.
- APIs and integration with existing stack.
- Data organised by project, zone or asset.
- Scales by network, territory or client.
FAQ
Frequently asked questions
GIS, assets, permissions, contractors, integration and when Certify fits.
Does Obliquo replace my GIS or asset system?
Not necessarily. Obliquo can act as a web layer to publish, share, view and govern 2D/3D geospatial data while integrating with your current stack.
Can I control access by project, asset or vendor?
Yes. Obliquo supports spaces, permissions and access organised by users, projects or operational workflows.
What types of data can it handle?
GIS, BIM/IFC, point clouds, LiDAR, SLAM, orthophotos, 3D Tiles, 3D models, 360, inspections and other geospatial assets.
Is it suitable for linear infrastructure?
Yes. It applies to roads, rail, energy, water, telecoms, corridors and distributed networks.
Can it integrate with existing systems?
Yes. Obliquo is designed to integrate via APIs, geospatial formats and publishing workflows compatible with existing environments.
How does it help with contractors?
It enables controlled web access without handing over full folders or losing control over versions and permissions.
When does Obliquo Certify apply?
When a dataset, delivery, inspection or state is critical and needs traceability, integrity or verifiable evidence.
What do I need to get started?
A description of your assets, data types, users, permissions and integrations. From there we define a first pilot.