Rocket.Chat

Rocket.Chat is the secure communications platform for organizations with the highest security and compliance requirements. Deployed across NIPRNet, SIPRNet, and JWICS, Rocket.Chat holds DoW Authorization to Operate at Impact Level 6 and is listed in the AWS Intelligence Community Marketplace.

Defense agencies, intelligence community organizations, and allied partners rely on Rocket.Chat for mission-critical coordination across classification boundaries. The platform provides native attribute-based access control (ABAC) with open architecture, sovereign deployment options, and the operational discipline that classified environments require.

Rocket.Chat + Virtru Data Security Platform

With Virtru Data Security Platform, Rocket.Chat extends channel access governance from provisioning-time decisions to continuous, automated, real-time policy enforcement. The integration delivers an external decision layer that evaluates every channel membership against current entitlements sourced directly from authoritative identity providers.

The combined solution addresses two specific integration points unique to this partnership:

Real-Time Entitlement Synchronization: Rocket.Chat queries Virtru Data Security Platform at configurable intervals to validate every channel membership against current identity provider entitlements. When an analyst's compartmented clearance expires, or an engineer rotates from Program TITAN to Program APOLLO, the identity provider update propagates to the Data Security Platform, which informs Rocket.Chat to automatically remove access — typically within minutes, not days. This continuous validation eliminates residual access gaps created by traditional static roster approaches.

Policy Decision Point Separation: The Data Security Platform serves as a central policy decision point, evaluating entitlements without storing raw identity data in Rocket.Chat's collaboration environment. Rocket.Chat sends minimal context — user identifier and channel policy requirements — and receives an authoritative Allow or Deny decision. This architectural separation preserves identity sovereignty while adding data-layer enforcement. User entitlements remain in the organization's IdP; no raw entitlement data crosses into the collaboration platform.

The result is identity-driven enforcement without vendor lock-in, complete auditability that persists beyond the collaboration boundary, and the decision-level evidence that IG auditors and Zero Trust assessors require.

• Real-Time Access Governance provides automated channel membership updates that respond to entitlement changes within minutes, eliminating residual access gaps.
• Fail-Secure by Default ensures users without assigned entitlements cannot be added to rooms and preserves existing memberships when entitlement data is unavailable.
• Identity-Driven Enforcement Without Identity Lock-In evaluates entitlements from any OIDC/OAuth2-compatible provider while adding necessary data-layer enforcement.
• Add-Time Access Validation prevents room owners from adding unauthorized users by validating all manual changes against current entitlements.
• Mission Tempo Operations automates channel dissolution during program rotations or task force stand-downs, removing the need for manual administrative cleanup.
• Decision-Level Audit Logs provide comprehensive logging of every access decision, providing the evidentiary record required for Zero Trust monitoring and IG audit compliance.

Deploying Virtru Data Security Platform with Rocket.Chat for ABAC-managed channels requires active deployments of both platforms and an identity provider to source the entitlements that govern access decisions.

• Rocket.Chat deployment — supported across NIPRNet, SIPRNet, and JWICS; on-premises, customer cloud, or air-gapped environments
• Virtru Data Security Platform — customer VPC or on-premises; matched to Rocket.Chat's deployment profile and accreditation boundary
• Authoritative Identity Provider — Okta, Microsoft Entra ID, Ping Identity, or equivalent OIDC/OAuth2-compatible identity system holding clearance, program, department, and nationality attributes
• ABAC policy definition — per-room entitlement policy defined by authorized admin in Rocket.Chat (e.g., clearance_level = TOP_SECRET AND project_assignment = OLYMPUS)
  
• Network connectivity between Virtru Data Security Platform and Rocket.Chat services, within the accreditation boundary of the classified network

Security Architecture

The joint solution applies separation of duties across the access decision chain. Your identity provider is the authoritative source of identity entitlements. Virtru Data Security Platform is the external decision engine — Rocket.Chat sends only the minimum required data and receives an Allow or Deny response. Rocket.Chat enforces the decision and logs the outcome. No user entitlement data is ever stored in the collaboration platform.

The system fails secure by default: users without assigned entitlements cannot be added to rooms, and existing memberships are preserved unchanged when entitlement data is unavailable.

Compliance & Standards

Virtru Data Security Platform and Rocket.Chat can be operationally deployed across NIPRNet, SIPRNet, and JWICS. The integration supports NIST SP 800-162 for Attribute-Based Access Control and NIST SP 800-207 for Zero Trust continuous validation requirements.

Virtru's Trusted Data Format (TDF) is an open standard for persistent data protection. Virtru Data Security Platform is built on OpenTDF, the open-source foundation Virtru created and continues to lead. Rocket.Chat utilizes the Matrix protocol for chat standards, XMPP (Extensible Messaging and Presence Protocol), and OMEMO for end-to-end encryption on XMPP.

Privacy & Data Sovereignty

Identity entitlements remain in your organization's identity provider. Virtru Data Security Platform evaluates entitlements from any OIDC/OAuth2-compatible IdP — preserving identity sovereignty while adding data-layer enforcement. Policy decisions are logged with comprehensive audit context, but raw entitlement values never persist in the collaboration environment.