Extending connectivity. Strengthening mission resilience.

Long-range 4G/5G, hybrid satellite connectivity and resilient positioning for defence operations on land and at sea.

Modern defence operations depend on reliable access to information. Whether supporting naval patrols, autonomous surface vessels or mobile units operating in remote areas, conventional cellular equipment may struggle at the limits of network coverage.

MiWire develops intelligent, long-range communication systems that extend access to existing mobile networks and integrate with other communication technologies, including satellite services.

Our solutions help defence organisations and system integrators build more flexible, resilient and cost-efficient communication architectures.

Stay connected when the operating environment changes

Defence platforms increasingly exchange large volumes of information between deployed units, operators and command centres. Video, sensor data, telemetry, operational reporting and remote supervision all place growing demands on communication infrastructure.

Yet available networks change with distance, terrain, movement, network congestion and interference.

Four complementary capabilities

• Extended cellular reach – Auto-pointing directional antennas help establish 4G/5G connections at extended distances.
• Multiple communication paths – Dual cellular connections and compatible satellite integration reduce single-path dependence.
• Intelligent network management – SD-WAN and traffic bonding manage available network paths against quality and traffic requirements.
• Positioning resilience – Optional Iridium PNT integration is being developed for an independent position reference.

MiWire combines specialised antenna hardware, networking software and monitoring systems into configurations tailored to different platforms.

SeaWire Pro 5G - Maritime and naval connectivity

SeaWire Pro provides long-range access to coastal 4G/5G networks through two automatically controlled directional antenna units, each incorporating its own cellular modem.

A Below Deck Unit manages connectivity and distributes network traffic to connected onboard systems. The configuration supports multiple cellular access paths and can integrate compatible satellite services to extend communication options beyond terrestrial network coverage.

Applications: Naval and coast guard vessels, unmanned surface vessels, patrol craft, research platforms and maritime surveillance operations.

MiWire RouDem and land-based systems

MiWire's land-based systems use intelligent directional antenna technology to improve connectivity in locations where ordinary mobile routers may struggle.

Potential defence applications include remote observation sites, temporary command facilities, field installations and mobile support operations. The solutions can form part of deployable communication architectures using available public or compatible private cellular infrastructure.

Applications: Remote facilities, mobile command support, deployable units and field communications.

SD-WAN and traffic bonding - Hybrid network resilience

A modern communication platform should not depend exclusively on one network. MiWire's SD-WAN and traffic bonding capabilities enable compatible cellular, satellite and other WAN connections to be managed as part of a coordinated communication system.

Network policies can prioritise different links according to quality, availability and cost. With a correctly configured bonding service, application sessions can be maintained across changes in underlying network paths, provided a usable connection remains available.

Operational value: Greater flexibility, effective use of cellular bandwidth and reduced reliance on costly satellite data where terrestrial connectivity is available.

Network Management System - Fleet-wide visibility

MiWire's Network Management System (NMS) provides remote visibility into deployed connectivity equipment. Operators can monitor signal performance, network usage, connection history and equipment status, while using historical data to understand coverage across operating areas.

Remote configuration and network management support fleets and distributed installations without requiring routine physical access to every device.

Operational value: Better connectivity planning, faster diagnostics and more efficient management of deployed equipment.

Resilient positioning - Iridium PNT integration

GNSS jamming and spoofing can affect systems that depend on accurate positioning information. MiWire is developing an optional integration of Iridium Positioning, Navigation and Timing (PNT) technology to provide a complementary, authenticated position reference.

For SeaWire applications, this can support directional antenna pointing when conventional GNSS information is unavailable or compromised, subject to final system integration and validation.

Iridium PNT is a positioning and timing capability, not a satellite broadband service or an automatic replacement for an approved navigation system.

Naval and coast guard operations. Provide an additional broadband communication path between vessels and shore-based teams. Use terrestrial mobile networks where available, while keeping satellite connectivity as part of the overall communication architecture. Applications may include reporting, information exchange, onboard services and segregated crew communications.

Unmanned surface vessels (USVs). Support the exchange of telemetry, sensor information, system status and operator communications between autonomous vessels and their shore-based control infrastructure. Long-range cellular connectivity can complement satellite links, particularly during coastal missions and operations involving frequent data exchange.

Maritime surveillance and subsea operations. Support communication between surface platforms and shore-based monitoring centres. For underwater inspection and monitoring systems, SeaWire can provide the surface-to-shore communications path, with underwater data first transferred to a compatible surface gateway.

Land-based defence and mobile operations. Extend connectivity for remote and temporary land installations using available cellular networks. Applications may include field coordination, remote equipment monitoring and data exchange between distributed installations and command support facilities.

Important architectural distinction

MiWire provides the cellular or hybrid surface-to-shore path. Underwater acoustic links, autopilot/control integration, the satellite terminal and security accreditation remain separate system elements and must be scoped by the customer and integrator.

Intelligent connectivity - not simply another modem

Directional antenna technology
Our antennas actively search for suitable mobile network base stations and automatically adjust their direction to optimise connectivity.

Designed to complement existing infrastructure
MiWire works with available 4G/5G networks and compatible communications equipment, helping organisations make better use of existing infrastructure rather than requiring a dedicated new radio network.

Hybrid connectivity architecture
Cellular and satellite links can be integrated through configurable routing and bonding functions.

Visibility across the operating area
Network monitoring and historical coverage analysis provide useful information for planning future missions and deployments.

Integration flexibility
MiWire works with system integrators, vessel manufacturers and operators to adapt hardware, network interfaces and management arrangements to platform-specific requirements.

From maritime operations to specialised defence platforms

MiWire's connectivity technology has applications across commercial maritime fleets, government operations and unmanned surface vessel programmes.

Our publicly announced collaboration with Stormborn on the X-WAVE unmanned surface vessel programme illustrates how SeaWire technology can complement existing satellite communications within an autonomous maritime platform.

For shipyards, defence contractors and system integrators, MiWire can support the definition of connectivity architecture, antenna placement, networking interfaces and integration testing.

Customer-specific management and deployment arrangements, including potential on-premises components, can be evaluated according to project requirements.

Frequently asked questions

Does MiWire replace satellite communications?
No. MiWire extends the usefulness of terrestrial 4G/5G connectivity and can integrate with existing satellite systems. The objective is to provide complementary communication paths and make effective use of each available network.

How far offshore can SeaWire operate?
Directional antenna technology can extend cellular connectivity substantially beyond the range normally experienced with standard onboard routers. Actual coverage depends on coastal network infrastructure, antenna installation, geography, network loading and radio conditions. Coverage should be assessed for the intended operating area.

Can MiWire support existing defence communication architectures?
Potentially. Integration depends on the platform interfaces, supported networks, security policies and operational requirements. MiWire can work with system integrators to establish a project-specific architecture and validation plan.

Can the system continue operating when GNSS is compromised?
MiWire is developing optional Iridium PNT integration to support a complementary positioning reference for selected system functions, including antenna pointing. Capabilities depend on the validated configuration and do not imply immunity to all interference.

Every mission has a different network environment

Whether you are developing an autonomous maritime platform, upgrading naval communications or planning a remote field deployment, MiWire can help evaluate how long-range cellular connectivity could complement your existing systems.

Start with a technical discussion about your operating environment, connectivity requirements and available network infrastructure.