Defense-in-Depth Architecture
Multi-layered security controls designed specifically for high-volume spatial data workloads.
Role-Based Access Control
Fine-grained RBAC with spatial scoping. Control access at the layer, feature, or coordinate level with customizable policies.
Granular PermissionsOAuth 2.0 & SAML 2.0
Native support for enterprise SSO providers. Integrate with Okta, Azure AD, Auth0, or any standards-compliant IdP in minutes.
Enterprise SSOEnd-to-End Encryption
TLS 1.3 for data in transit, AES-256 for data at rest. Optional client certificate authentication for private VPC deployments.
Zero Trust ReadyAudit Logging & SIEM
Immutable event logs for all authentication attempts, layer access, and configuration changes. Native export to Splunk, Datadog, and CloudWatch.
Compliance ReadyHow Secure Access Works
Streamlined token-based authentication optimized for low-latency map rendering and API calls.
Identity Verification
User or service authenticates via OIDC, SAML, or API key. MFA enforced for admin & data-write roles.
Token Issuance
Short-lived JWT issued with spatial scopes. Refresh tokens handled securely with rotation & revocation.
Policy Evaluation
GeoServer evaluates RBAC rules against request metadata, IP allowlists, and data sensitivity tags.
Secure Delivery
Authorized spatial data or WMS/WFS tiles delivered over encrypted channels with request signing.
Secure API Access
Authenticate your applications using bearer tokens or OAuth2 client credentials flow.
Trusted by Regulated Industries
Built to meet the strictest data sovereignty and security standards.