Connectivity

We connect isolated and distributed sites using VSAT and broadband satellite links. High-availability configurations with geo-redundant satellite HUBs — dual ground station architecture with automatic failover between geographically separated teleports — ensure connectivity even when one hub is degraded or unavailable.

• VSAT C/Ku/Ka-band links for fixed and remote sites
• LEO broadband for rapid-deployment and high-throughput scenarios
• Geo-redundant satellite HUBs with automatic teleport failover
• Dual-path failover between satellite and terrestrial backups
• Unified IP link carrying voice, data, and video

Continuous satellite connectivity for vehicles, vessels, and mobile platforms in motion. SOTM systems maintain a live link to the satellite while the platform moves, enabling real-time command, control, and communications without interruption.

• Auto-tracking antennas for ground vehicles and naval vessels
• Seamless beam handover during movement
• Live voice, video, and data over a mobile satellite link
• Encrypted communications for sensitive operations
• Compatible with GEO and LEO satellite constellations

Satellite terminals designed for fast setup and teardown — enabling connectivity wherever a unit or team stops. From man-portable kits to vehicle-integrated systems, these terminals auto-acquire the satellite on arrival and establish a link within minutes.

• Manpacks — man-portable terminals for dismounted and foot-mobile deployments
• Flyaway kits — airline-checkable case systems deployable anywhere within hours
• Driveaway systems — vehicle-integrated terminals with automatic satellite acquisition on arrival
• Fast auto-acquisition for immediate connectivity on setup
• Compatible with military and commercial satellite networks

Field-deployable central nodes that aggregate multiple connectivity paths — satellite, microwave, and radio — onto a single managed IP backbone. Tactical HUBs serve as the communications anchor for forward operating bases, mobile command posts, and multi-site field operations.

• Aggregation of satellite, microwave, and radio links into a unified IP core
• Traffic prioritisation and quality of service for voice, video, and data
• Integration of MANET, VHF/UHF radio, and satellite onto one backbone
• Ruggedized and portable form factors for forward deployments
• Remote management and real-time status monitoring

For urban, peri-urban, and campus environments, we design and deploy licensed microwave backhaul links. Low latency, high throughput, and no dependency on third-party last-mile providers — ideal for inter-site connectivity where terrestrial fiber is unavailable or uneconomical.

• Licensed microwave point-to-point (PtP) links
• Point-to-multipoint (PtMP) for multi-site clusters
• Encrypted microwave links for secure inter-site data
• RF site surveys, frequency planning, and licensing support
• High-availability configurations with automatic link protection

We design and deploy VHF/UHF radio networks for tactical and operational communications — from repeater infrastructure extending coverage across difficult terrain, to IP radio gateways bridging legacy radio networks into modern data architectures.

• VHF/UHF radio networks for tactical and field operations
• Encrypted digital voice (DMR, P25, TETRA) for public safety and defense
• Repeater infrastructure for coverage in terrain-challenged areas
• IP radio gateways bridging radio networks to data systems
• Integration with dispatch, command, and control center platforms