Space Communications Strategy

TACTICAL SOLUTIONS GROUP
SECURE · RESILIENT · INTEROPERABLE
STRATEGIC REPORT

The Future of Satellite Communications Is Here

SATCOM · LEO · MULTI-DOMAIN · STRATEGIC RESILIENCE

The global space ecosystem is evolving from static geostationary satellites to proliferated LEO networks, hybrid RF/optical systems, and multi-domain architectures connecting space, air, land, sea, and cyberspace in real time.

MELBOURNE, FL — Modern space communications are no longer limited to large satellites. The operating environment now includes LEO constellations, proliferated satellite networks, tactical SATCOM, software-defined networks, autonomous ISR platforms, and private 5G mesh networks. Organizations need partners able to integrate these systems into resilient architectures.

“Future conflicts and disasters will involve GPS disruption, jamming, spoofing, cyberattacks, and spectrum congestion. Organizations need communications architectures capable of operating effectively in degraded and denied environments.”
— TSG Space Comms White Paper

LEO constellations are reshaping the landscape through lower latency, global coverage, added redundancy, and rapid deployment. They also create major interoperability challenges. Multi-Domain Operations require simultaneous, real-time coordination across every environment.

STRATEGIC ANALYSIS & TSG SOLUTIONS

Space Communications | 2026

ASECTORS AT RISK

DEFENSE & GOVERNMENT

  • Dependence on vulnerable GEO satellites
  • GPS blocked in active conflict zones
  • Tactical SATCOM lacking multi-provider interoperability
  • Command and control in denied environments

CRITICAL INFRASTRUCTURE

  • Remote plants without resilient SATCOM backup
  • Offshore operations with intermittent coverage
  • Mining and energy sites without LTE
  • No backup when fiber is cut

MARITIME & EXPEDITIONARY

  • Vessels without multi-orbit SATCOM
  • Polar or remote-zone operations
  • GEO latency unsuitable for operations
  • No redundancy for single-provider failure
BTSG MULTI-DOMAIN ARCHITECTURE
1

Environment assessmentRisks and domains

2

Architecture designMulti-orbit / RF

3

Multi-system integrationLEO + GEO + HF

4

Real-condition testingDegraded environments

5

Resilient operation24/7, no failures

CTSG SOLUTIONS
01 Expeditionary Tactical SATCOM

Deployable in minutes, multi-orbit, anti-jamming systems.

02 LEO/GEO/HF Integration

Hybrid architectures for maximum resilience and coverage.

03 Denied-Environment Operations

Communications that work without GPS, under jamming, and in conflict.

04 Resilient Command

C2 networks with triple redundancy and automatic failover.

DIMMEDIATE CHECKLIST

✓Assess dependence on a single SATCOM provider.

✓Test under jamming and GPS-denied conditions.

✓Identify low-latency versus high-resilience needs.

✓Consider hybrid LEO + GEO + HF architectures.

✓Design degraded-environment protocols.

□ Request a resilient SATCOM architecture design.

LEONext-generation constellations
MDOMulti-domain operations
0Interruptions tolerated
REQUEST A SATCOM ASSESSMENT
321-218-4670 | Melbourne, FL
© 2026 Tactical Solutions Group, Inc. | Melbourne, FL | 321-218-4670

UC-01 SECTOR: Public Safety — Fire & Law Enforcement

P25 System Upgrade — Seamless Migration

SCENARIO ESCENARIO
A metropolitan public safety agency needs to upgrade its radio fleet from aging P25 Phase 1 infrastructure to Phase 2 without disrupting active operations. Interlink-BK radios support both Phase 1 and Phase 2 simultaneously, allowing a phased transition where legacy units and new units remain fully interoperable throughout the migration.

OUTCOME
Zero-disruption P25 system migration with full interoperability maintained throughout the transition period.

UC-01 SECTOR: Public Safety — Fire & Law Enforcement

P25 System Upgrade — Seamless Migration

SCENARIO ESCENARIO
A metropolitan public safety agency needs to upgrade its radio fleet from aging P25 Phase 1 infrastructure to Phase 2 without disrupting active operations. Interlink-BK radios support both Phase 1 and Phase 2 simultaneously, allowing a phased transition where legacy units and new units remain fully interoperable throughout the migration.

OUTCOME
Zero-disruption P25 system migration with full interoperability maintained throughout the transition period.

UC-01 SECTOR: Mining — Rescue Operations

Mine Collapse Rescue Operation

SCENARIO ESCENARIO
A roof collapse at a deep underground mine traps 12 workers in a section beyond the reach of any conventional radio. Within 30 minutes of the incident, MineLink rescue teams begin deploying
relay nodes through the accessible tunnels. Within 90 minutes, voice contact is established with the
trapped workers. Command on the surface monitors the location and status of every rescue team member in real time.

OUTCOME
Voice contact and personnel tracking established in less than 90 minutes in conditions where all other communication systems had failed.

UC-01 SECTOR: Defense / Intelligence

Classified Data Transfer in a Denied Environment

SCENARIO ESCENARIO
An intelligence team operating in a fully denied communications environment needs to transfer a classified file package from one isolated device to another without generating any RF emissions,
network traffic, or detectable signal of any kind. Using Obsidian, the transfer is completed using
only the device cameras — completely passive, unidirectional, and invisible to any monitoring system.

OUTCOME
Undetectable file transfer with absolute zero electronic signature — no RF, no network, no trace.

UC-01 SECTOR: Military & Special Operations

SOF Team Communications in a Denied Environment

SCENARIO ESCENARIO
A special operations team operating in a communications-denied environment requires
secure messaging, file sharing, and coordination with a remote command element — without using
public infrastructure or exposing any metadata. Sentra Secure operates in fully disconnected mode, with end-to-end encrypted messaging, secure media transfer, and zero digital footprint on external networks.

OUTCOME
Full operational communications capability with zero exposure to external surveillance or interception.

UC-01 SECTOR: Emergency Response / Disaster

Multi-Agency Hurricane Response

SCENARIO: A Category 4 hurricane makes landfall, triggering a coordinated response across fire departments, law enforcement, National Guard units, and utility crews — all operating on different radio systems. With Nexus II deployed at the incident command post, every agency communicates in real time through their existing equipment, with no additional hardware or network redesign required. Un huracán categoría 4 toca tierra, activando una respuesta coordinada entre bomberos, fuerzas del orden, unidades de la Guardia Nacional y cuadrillas de servicios básicos, todos operando en sistemas de radio diferentes. Con Nexus II desplegado en el puesto de mando, cada agencia se comunica en tiempo real a través de su equipo existente, sin hardware adicional ni rediseño de red.

OUTCOME Seamless inter-agency coordination from hour one, reducing response time and preventing communication blackouts that cost lives.