External technological dependency
Closed stacks, critical licences or vendors outside the European Union can limit autonomy, continuity and integration.
Technological sovereignty for critical geospatial data
3D geospatial platform for defense, security and critical infrastructure.
Publish, govern and certify critical 3D data with technology developed in Spain, open source integration and lower dependency on non-European vendors.
Built for scenarios where technological control, traceability and data sovereignty matter.
We review your use case, data requirements, access flows and integration with existing systems.
Critical data
LiDAR · BIM · GIS · Orthophotos · 3D Tiles · 360
Obliquo
- Cloud
- Reality
- City
- Certify
Operational control
- Controlled access
- Traceability
- Lower external dependency
- Secure web publishing
The problem
The risk is not only technical. It is dependency.
In defense, security and critical infrastructure, geospatial data are not simple deliverables. They underpin planning, analysis, maintenance, operational response and decision-making.
What happens if your critical data depends on platforms, services or vendors outside your control framework?
Scattered critical data
Point clouds, BIM, GIS, orthophotos and 3D models end up split across tools, folders and separate portals.
Hard-to-govern access
Internal teams, contractors, integrators and third parties need to view data without losing control over permissions and versions.
Insufficient traceability
When data matters, it also matters who generated it, when it changed and whether it retains integrity.
What Obliquo delivers
Technological control over 3D geospatial data.
Obliquo connects web publishing, data governance, 2D/3D visualization, APIs and certification on a platform developed in Spain and integrable with open source technologies.
Spanish-built technology
Platform developed from Spain to reduce dependency on non-European vendors in critical geospatial workflows.
Open source integration
Designed to integrate with open technologies and existing stacks, avoiding rigid closed architectures.
Critical data governance
Permissions, private spaces, controlled publishing and web access for internal and external teams.
Traceability and certification
With Obliquo Certify, relevant datasets and events can be linked to cryptographic fingerprints and verifiable evidence.
Before and after
From dependency and silos to a governed geospatial layer.
Before
With Obliquo
3D data scattered across desktop software.
Web layer to publish 2D/3D data.
Custom portals that are hard to maintain.
Browser access for authorized teams.
Dependency on closed platforms or external vendors.
Spanish stack with open source integration.
Manually managed access.
Controlled permissions and distribution.
Versions and deliveries without clear traceability.
Traceability of datasets, deliveries and versions.
Difficulty sharing without over-exposing data.
Certification option with Obliquo Certify.
Capabilities
Capabilities for environments with specific requirements.
2D/3D publishing in the browser
Point clouds, meshes, BIM, GIS, orthophotos, 3D Tiles and territorial data accessible from the web.
Access control
Private spaces, project permissions and controlled distribution for internal, external or mixed teams.
Interoperability
Integration with geospatial formats, APIs and open source technologies to avoid unnecessary lock-in.
Capture and operational reality
With Obliquo Reality, SLAM, LiDAR and 360 can become shareable web deliverables.
Verifiable traceability
With Obliquo Certify, critical events and datasets can be linked to manifests, hashes and timestamps.
Urban models and digital territory
With Obliquo City, urban 3D models and territorial data can support planning, analysis and digital twins.
Use cases
Cases where data control matters.
Critical infrastructure
Publishing and governing 3D data for facilities, networks, linear assets, energy, water, transport or telecoms.
Territorial planning and analysis
Urban models, orthophotos, GIS layers, LiDAR data and digital twins in controlled web environments.
Emergencies and public safety
3D and territorial data for coordination, zone analysis, operational response and post-event review.
Inspection and change tracking
State comparison, periodic captures, construction or infrastructure monitoring and evolution analysis.
Integrators and technology vendors
Integrable 3D geospatial base to build sector solutions without relying on closed stacks.
Audit and technical evidence
Dataset or delivery certification when integrity, date, origin or version may be relevant.
Architecture
A layer between your critical data and authorized users.
This is not about replacing your entire stack. It is about adding a governed web layer so critical data can be used without losing control.
Existing data
Enterprise storage · GIS · BIM/IFC · LiDAR/SLAM · Orthophotos · 3D Tiles · Urban models
Obliquo
- Catalogue
- 3D streaming
- Permissions
- APIs
- Web viewer
- Certification
Authorized users
- Internal teams
- Authorized contractors
- Public bodies
- Integrators
- Auditors
- External platforms
Technological sovereignty
Sovereignty does not mean isolation. It means keeping options.
Obliquo combines Spanish technology development, open source integration and enterprise orientation to reduce lock-in, ease integration and maintain greater control over critical geospatial flows.
- Lower dependency on non-European platforms.
- Greater control over architecture and integration.
- Compatibility with geospatial stacks and standards.
- Ability to adapt flows to specific requirements.
- Technology base aligned with European digital autonomy needs.
Each deployment must be assessed against specific technical, organizational and regulatory requirements.
Core message
Obliquo does more than publish 3D data. It helps maintain technological control over critical geospatial data.
Assess your defense, security or critical infrastructure case.
We review with you what data, users, permissions, integrations and operational requirements should be considered to use Obliquo as a geospatial web layer.
Includes
- Use case review
- Data types and formats
- Users and permissions
- Integration needs
- Traceability requirements
- Fit of Cloud, Reality, City and Certify
- Next step for a pilot
No commitment. We do not promise generic compliance: we analyse your specific case.
FAQ
Answers before assessing your case
Technological sovereignty, integration, deployment and sensitive data — with prudent wording.
Is Obliquo developed in Spain?
Yes. The Obliquo platform is developed from Spain and integrates open source technologies when they add control, interoperability and reduced dependency.
Does it avoid depending on non-European vendors?
It helps reduce external technological dependency by offering a platform developed in Spain, integrable with open technologies and adaptable to your geospatial workflows.
Does it replace my current stack?
Not necessarily. Obliquo can act as a web layer between your existing data and authorized users, integrating with GIS, BIM, storage and APIs.
Can it be deployed in environments with specific requirements?
Each case must be assessed technically. The platform is oriented to scenarios where access control, integration, traceability and data governance matter.
Is it suitable for sensitive or classified data?
It should not be assumed without specific evaluation. Obliquo can analyse architecture, permissions, deployment and integration requirements, but compatibility with classified information must not be claimed without formal validation.
What types of data can it manage?
Point clouds, LiDAR, SLAM, BIM/IFC, GIS, orthophotos, 3D Tiles, urban models, meshes, 360 and other geospatial assets.
How does Obliquo Certify fit in?
Certify links relevant datasets or events to cryptographic fingerprints, manifests and timestamps to help verify integrity, origin and changes.
Is it a closed solution?
No. Obliquo is designed to integrate with open source technologies, geospatial formats and existing systems, reducing unnecessary lock-in.