Real-time communication is non-negotiable in defence. Legacy platforms and consumer apps expose national security to adversarial threats. SCOVR delivers sovereign, interoperable, and operationally secure messaging — built on the Matrix open standard, trusted across allied forces.
Deployed across allied forces, ministries of defence, and intelligence communities
Most enterprises are comfortable adopting SaaS platforms and deem them secure enough. Defence organisations simply cannot hand over the sovereignty of their communications to a vendor-controlled cloud service — particularly one headquartered in a foreign country under foreign jurisdiction.
Market-driven vendors prioritise their cloud-based solutions, leaving self-hosted systems to deteriorate. As a result, communication platforms within defence organisations have become dated, siloed, and vulnerable. Meanwhile, the workforce turns to unsanctioned consumer alternatives — creating shadow IT risks that compound with every operational cycle.
How do defence organisations transform secure communications, beat shadow IT, and retain full technological ownership and control?
The use of consumer apps in defence scenarios is a widespread problem. Personnel want the functionality — but organisations must mitigate risks that are not hypothetical. They are active.
Consumer apps require personal phone numbers for registration — exposing the identity and potentially the location of every service member using the platform to all parties in a chat.
Group chats are created and managed by individuals, with no formalised control over who joins or leaves. There is no behavioural code enforcement, audit trail, or institutional oversight.
End-users assume consumer apps are secure. In practice, predictive text plugins, AI assistants, and opaque backup mechanisms routinely break end-to-end encryption without the user's knowledge.
Consumer apps are walled gardens. They cannot interoperate across allied force boundaries — creating communication silos precisely where unified, real-time coordination is most critical.
The centralised architecture of consumer apps makes them prone to global outages. A single infrastructure failure severs communications for every user simultaneously — with no failover.
Consumer app terms and conditions are deliberately opaque on how metadata is used, how data may be mined, and whether message content could be used to train large language models.
Every major communication platform used in enterprise — Teams, Webex, Slack, Zoom, and consumer messaging apps — is centralised. None are suitable for defence. The architecture is the problem.
| Centralised platforms | SCOVR · Matrix-based | |
|---|---|---|
| Controller | The vendor | Your organisation |
| Protocol | Proprietary — closed | Matrix open standard |
| Codebase | Closed source | Open source — auditable |
| Revenue model | Data mining / advertising | Subscription — no data extraction |
| Governance | US or vendor-country law | Governed by host-country jurisdiction |
| Continuity | Global outages — single failure | Fault tolerant — decentralised |
| Ownership | Unilateral — single point of control | Multilateral — no central authority |
A Matrix-based deployment for defence comprises three distinct layers — each independently auditable, each under your control. SCOVR is the frontend your personnel will use every day. The Element Backbone provides the enterprise-grade management layer. The Matrix open standard is the decentralised protocol that makes allied interoperability possible.
Each layer can be independently validated, upgraded, and operated by your own personnel or contracted via a local, nationally accredited vendor. No foreign cloud dependency at any layer.
The core of SCOVR's defence architecture is per-force sovereignty with multilateral federation. Each partner force operates its own Matrix server instance — controlled by local IT personnel, governed by national law, physically located on national infrastructure.
Forces communicate with each other through the Matrix protocol across the existing classified network bearer. There is no single central server that all traffic passes through. There is no single country that can observe or block communications between other allies.
SCOVR is not a commercial platform retrofitted for defence. The Element Backbone is purpose-engineered for classified network environments, cross-domain requirements, and multilateral allied deployments.
Deploy SCOVR on physically isolated, internet-restricted networks for high-side communications. Multi-node federation within the air-gapped perimeter ensures internal forces can still coordinate while remaining completely cut off from external threats.
Controlled data sharing between information classification boundaries — high-side to low-side and vice versa — under strict policy enforcement. Enable cross-domain workflows without compromising either network's integrity.
Control the flow of network traffic across server boundaries with the Element Secure Border Gateway. Define federation policies that determine exactly which external organisations your nodes can communicate with, and under what conditions.
Full control over your real-time communications infrastructure. Run on bare metal, virtualised systems, or air-gapped Kubernetes clusters. Operated by your own IT personnel or contracted to a nationally accredited local vendor.
State-of-the-art encryption that meets the highest standards of trust and reliability for classified communications. HSM integration, zero-trust network design, and end-to-end encryption across all message types by default.
Deploy SCOVR under your force's own name, national colours, and command identity. The architecture is fully white-labelled — your personnel see your institution, not a third-party brand. Deployable on iOS, Android, and all desktop platforms.
SCOVR and the Element Backbone are accredited and actively deployed at SECRET and above in multiple countries. The architecture scales cleanly from unclassified back-office replacement to air-gapped high-side classified environments.
The sovereign alternative to WhatsApp, Signal, and Telegram for personnel communications. Consumer UX with full organisational oversight.
On-premise deployment for restricted-network environments with hardened configuration, access controls, and compliance logging.
Physically isolated deployment for classified environments. No internet exposure. Operated over existing classified air-gapped network bearers.
Cross Domain Solutions enable controlled, policy-governed data sharing between classification boundaries for high-side operational requirements.
Our defence solutions team operates under strict confidentiality. We will assess your operational requirements and design a classified deployment pathway — from proof of concept to full-scale allied rollout.