Secure by design · Canada
Secure GIS architecture starts with trust boundaries, not permission cleanup.
Geospatial platforms can expose infrastructure, assets, operational patterns, properties, environmental risk, and service information. Security needs to be part of the platform and data architecture from the beginning.
The challenge
Security is an architecture quality.
A GIS can be technically functional while still being difficult to govern. Shared accounts, unclear ownership, over-broad groups, public endpoints, unmanaged service credentials, and poorly classified data create risks that cannot be solved by adding a security checklist at the end.
SpatialX works from identity, data sensitivity, publishing patterns, network and application boundaries, auditability, recovery, and operational ownership to make security practical for the teams that run the system.
Common situations
- Access models that grew through one-off project decisions.
- Sensitive spatial datasets without clear classification or exposure rules.
- Service accounts, credentials, or ownership that are difficult to audit.
- Unclear boundaries between internal, partner, contractor, and public access.
- Security controls that exist on paper but are hard to operate day-to-day.
- Modernization or cloud moves that change established trust boundaries.
What SpatialX helps with
- Identity, SSO, role, group, ownership, and service-account patterns.
- Data classification and exposure models.
- Secure publishing and service-boundary design.
- Federation, reverse proxy/web adaptor, certificate, and endpoint considerations.
- Backup, recovery, auditability, and incident-readiness requirements.
- Security requirements integrated into modernization and data-engineering decisions.
Architecture-led delivery
What a focused engagement can produce.
Deliverables are scoped to the environment and decision at hand; the intent is to leave behind artifacts that remain useful after the engagement.
Identity and access model.
Secure publishing model.
Data exposure matrix.
Architecture risk register.
Security and recovery requirements.
Governance and ownership recommendations.
Questions worth clarifying
Architecture starts by asking the right questions.
Who should access what, and through which path?
Which data should be internal-only, partner-accessible, or public?
Where do service credentials live and who owns them?
What happens when identity, infrastructure, or a public endpoint fails?
A practical starting point
Need clarity before a larger modernization decision?
Start with a focused geospatial platform assessment: current state, material risks, target architecture direction, and a phased roadmap.
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