Overview#
A joint fires coordination cell receives a Call for Fire request over a tactical radio link. The radio encodes that request as a Variable Message Format (VMF) message at MIL-STD-6017 framing rates suited to a low-bandwidth HF channel. The Military Messaging module receives the encoded frame, decodes and validates it, maps the targeting data to the operational picture, and simultaneously delivers a human-readable alert to the command post via XMPP group chat, all within seconds and without requiring any manual re-keying between systems.
The module bridges legacy tactical datalinks and modern cloud-native command infrastructure. It supports VMF over serial and IP-based tactical networks alongside XMPP federation for coalition chat and presence, enabling a single, coherent communication fabric across disparate radio families, coalition partners, and echelons. Message classification and tenant isolation are enforced at every processing stage, ensuring that data shared across coalition boundaries respects each nation's sovereignty constraints.
Key Features#
- Protocol Translation Gateway: Automatically translates between VMF and JREAP-C tactical message formats and modern structured data representations, removing manual re-encoding at every echelon boundary.
- XMPP Chat and Presence: Provides federated, standards-based group chat and real-time presence across coalition networks, with multi-user conference rooms scoped to specific operations or Communities of Interest.
- Low-Bandwidth Optimisation: Compresses and prioritises outbound messages to ensure critical command-and-control traffic reaches the tactical edge reliably over constrained HF and UHF radio bearers.
- Cryptographic Integration: Works alongside national and NATO cryptographic systems to preserve end-to-end confidentiality for all tactical communications, without storing or exposing key material.
- Automated Message Parsing and Alerting: Recognises structured military message types including MEDEVAC requests, Call for Fire, and battle damage assessment reports, then automatically triggers the appropriate operational workflows and alert queues.
- Multi-Level Security Enforcement: Applies classification-aware access controls at the message processing layer, so that RESTRICTED and above traffic is only visible to operators whose clearance level permits access.
- Coalition Interoperability: Normalises position and status data from allied units using different radio families and message dialects into a single, consistent operational picture shared across the coalition.
- Audit and Non-Repudiation: Every received and transmitted message is timestamped and recorded in the immutable audit trail, supporting post-mission review and EDF/PESCO compliance requirements.
Use Cases#
- Close Air Support Coordination: VMF messages from CAS aircraft are parsed in real time and used to update ground commanders' maps and synchronise targeting data, reducing the risk of fratricide.
- Medical Evacuation Tasking: Incoming MEDEVAC requests are automatically extracted, validated, and routed to the medical coordination queue, cutting the time from request to tasking acknowledgement.
- Coalition Situational Awareness: Units from different nations using incompatible radio systems exchange position and status reports through the translation gateway, feeding a unified digital operating picture.
- Logistics and Resupply Requests: Standardised logistics message types are parsed and converted into supply chain tasks visible across the operational command hierarchy.
- Persistent Command Post Chat: XMPP-based group conferencing provides resilient, low-latency text communication between command posts when voice circuits are congested or unavailable.
- Post-Mission Reconstruction: The full audit trail of sent and received messages, with timestamps and classification labels, supports after-action review and legal accountability obligations.
Integration#
The Military Messaging module feeds parsed message content directly into the Unified Command Map for real-time unit tracking, and routes priority alerts through the Alert Management module so that time-critical traffic such as troops in contact or MEDEVAC requests reaches the duty operator immediately. Classification metadata accompanies every message as it moves between modules, ensuring that secrecy-level enforcement is maintained end to end rather than only at the point of ingestion.
Open Standards#
- Variable Message Format, MIL-STD-6017: The module fully implements the US and NATO tactical message standard for joint interoperability over limited-bandwidth radio networks, including all mandatory message categories.
- XMPP Core, RFC 6120: Extensible Messaging and Presence Protocol provides the decentralised, federated chat and presence layer, enabling interoperability with any compliant XMPP server deployed by a coalition partner.
- XMPP Multi-User Chat, XEP-0045: Structured group conferencing over XMPP, used for operation-specific chat rooms with controlled membership and persistent message history.
- JREAP-C, MIL-STD-3011: Joint Range Extension Application Protocol link encapsulation, enabling VMF message transport over IP-based tactical networks and satellite bearers.
- STANAG 5066: NATO standard for HF data communications, providing the transport layer over which VMF and other tactical messages are carried across shortwave radio links.
- STANAG 4406: NATO military message handling system standard, informing the message envelope and addressing conventions used when routing traffic between command echelons.
- TLS 1.3, RFC 8446: All IP-based message transport uses TLS 1.3 as the minimum in-transit encryption standard, with certificate validation enforced at every gateway boundary.
- AES-GCM, NIST SP 800-38D: Messages stored in the audit trail and any persistent buffers are protected with AES-256 in Galois/Counter Mode, satisfying EU classified information handling requirements for data at rest.
Availability#
- Enterprise Plan: Included
- Professional Plan: Available as an add-on for organisations operating tactical radio or coalition communication networks.
Last Reviewed: 2026-05-26