Modern military operations don’t wait for favorable conditions. They unfold in motion, across contested environments, where uninterrupted, secure connectivity defines operational success. Whether for convoy maneuvers, airborne mission coordination, or forward-deployed situational awareness, reliable on-the-move (OTM) communications now form the backbone of mission command.

Viasat has spent decades engineering secure communication architectures for defense forces around the world. Known for its expertise in satellite communications, network integration, and cyber-resilient systems, the company plays a key role in enabling the U.S. Department of Defense and allied militaries to operate across diverse theaters.

Within this context, the MOJO product family emerges as Viasat’s cutting-edge tactical communications platform. Designed to deliver secure, agile, and highly mobile battlefield connectivity, MOJO equips units with the tools to move, communicate, and adapt without latency or vulnerability. Now, with the latest expansion of this product family, Viasat pushes OTM communications to new performance heights.

The MOJO Lineup: Mission-Ready Connectivity

Purpose-Built to Perform Across the Tactical Spectrum

Viasat introduced the MOJO product family to address a clear need: resilient, portable communication systems that are primed for rapid deployment and continuous operation in unpredictable environments. The original MOJO platforms deliver secure, high-throughput connectivity in contested, austere, or denied areas—without a dependence on fixed infrastructure. They serve dismounted teams, forward-operating units, and edge commanders where uninterrupted coordination becomes non-negotiable.

Defined by Agility, Powered by SATCOM, Backed by Security

Each MOJO system reflects Viasat’s design philosophy—mobility without trade-offs. These compact solutions integrate field-proven SATCOM capabilities with edge-optimized networking stacks and multi-layer cybersecurity protocols. Whether mounted in a vehicle, packed in a rucksack, or fixed on a command trailer, MOJO units maintain link stability in motion and under operational stress.

That performance stems from seamless mesh networking, automatic link redundancy, and smart traffic routing. The systems auto-select the optimal communication path—leveraging commercial GEO and MEO satellites, Bandwidth-on-Demand services, or terrestrial LTE—based on mission parameters and real-time conditions.

Who Relies on MOJO?

• Military Units: Maneuver battalions and expeditionary forces rely on MOJO for uninterrupted situational awareness, battle tracking, and blue force communications.
• Special Operations Forces: These teams operate far forward; they use MOJO for coordinated exfiltration, reconnaissance relay, ISR data downlink, and long-range reach-back to headquarters.
• Intelligence, Surveillance, and Reconnaissance (ISR) Teams: Deployed ISR teams integrate MOJO platforms into their sensor-to-shooter chains, establishing resilient data flows between UAV controllers, analysts, and tactical operators in the field.

With a track record of deployment across multiple combatant commands and joint exercises, MOJO platforms have become foundational to distributed operations. The lineup not only bridges the tactical-operational divide but also eliminates dependency on traditional fiber or static hubs. Every element in MOJO’s architecture drives mission-ready reliability, no matter where the task force moves next.

Expanding MOJO: New Solutions for On-the-Move (OTM) Communications

Viasat is broadening the capabilities of its MOJO product family by introducing specialized solutions engineered for seamless on-the-move (OTM) communication. These new additions bring advanced mobility features to the tactical edge, supporting operations that demand persistent, secure connectivity while in transit—whether mounted on vehicles, carried by dismounted troops, or integrated into rapidly deployed mission nodes.

Form Factor Designed for Mobility

Mobility dictates hardware efficiency. The new OTM-focused MOJO variants maintain a compact, lightweight footprint without compromising performance. These units fit within space-constrained environments like tactical vehicles and can also be carried by personnel without adding operational drag. Built-in considerations for SWaP-C—Size, Weight, Power, and Cost—enable forward units to maneuver without sacrificing capability.

• Enclosed in ruggedized, MIL-STD-810H compliant casings for maximum durability
• Integrated handles and mounting features for fast reconfiguration in-field
• Reduced power draw to support battery operation or vehicle-integrated power sources

Real-Time Intelligence on the Move

The ability to maintain data links while moving directly influences mission tempo and decision-making. With these new MOJO systems, units benefit from persistent IP-based connectivity through satcom, mesh networking, or hybrid communication paths—even during transit across harsh terrain or between coverage areas. The platforms transmit and receive data streams in real time, supporting encrypted video, VoIP, UAV telemetry, and command-and-control feed sharing.

Close coordination during convoy operations, distributed teams, and autonomous system control becomes frictionless when connectivity isn’t anchored to fixed infrastructure.

Deployment in Minutes, Not Hours

Speed of operation defines mission relevance. All new OTM MOJO variants feature ultra-rapid deployment capabilities. Preconfigured profiles, zero-touch provisioning, and minimal hardware interfaces reduce setup time to minutes. Crews can establish full mission communications shortly after wheels roll to a new staging area or contingency site.

Integration Without Engineering Overhead

Each MOJO OTM platform integrates natively with existing command networks, operating systems, and power buses. There’s no need to re-architect field environments—plug-in compatibility and protocol interoperability come standard. Units connect directly to BLOS satellite networks, LTE, 5G, or tactical line-of-sight channels, while supporting automatic failover and link prioritization.

This approach allows forward-deployed teams to plug into the greater network architecture without relying on centralized technician support or specialized tools.

Built for Impact, Movement, and the Unpredictable

Field operations demand equipment that withstands vibration, shock, moisture, and dust. MOJO's OTM solutions are validated across extreme temperatures, elevation changes, and real-world mobility trials. Whether bolted into MRAPs rattling across uneven terrain or mounted on unmanned surface vessels, these platforms stay online and performing across every mission segment.

Operational agility—defined by persistent communications, simplified integration, and tactical resilience—now arrives in a form ready to move at the pace of the mission.

Technology at the Core: Advanced Networking for the Tactical Edge

At the heart of the MOJO family’s expanded capabilities sits a high-performance architecture built to handle the demands of dynamic, on-the-move operations. Viasat integrates next-generation portable SATCOM systems with advanced routing technology, enabling rapid deployment without compromising network resilience.

These portable SATCOM units operate with multi-orbit flexibility, seamlessly switching between GEO, MEO, and LEO satellite constellations depending on mission requirements. Paired with capable routers designed for edge networking, the system ensures persistent command connectivity, even as teams traverse challenging environments.

Securing Communication Across the Battlefield

Each MOJO solution deploys secure mobile broadband as the communication backbone. Encrypted data streams protect sensitive transmissions, using NSA Suite B cryptographic standards and AI-enabled traffic anomaly detection. This digital armor minimizes chances for interception or disruption, including in electronically contested spaces.

Built-In Speed and Resilience

Throughput matters when seconds count. MOJO systems ship with built-in support for high-speed broadband connections that maintain low latency across terrain or theater. Even under electronic attack, the networking protocols allocate bandwidth to sustain required performance levels. The software-defined infrastructure allows operators to continue accessing ISR feeds, real-time logistics updates, or C2 links without disruption.

Modular Control for Tactical Decision-Making

Beyond hardware, MOJO introduces optional software modules that enhance the agility of deployed teams. Network prioritization algorithms dynamically assign bandwidth based on mission roles or command hierarchy, while built-in analytics optimize packet delivery across the mesh topology. These tools ensure that high-priority traffic, such as real-time targeting data or medical telemetry, moves through first—always.

• Traffic shaping automatically identifies and throttles non-essential background data.
• Command-level visibility into bandwidth usage enables on-the-fly adjustments during operations.
• Embedded AI continuously evaluates spectrum use to suggest alternative routing in hostile environments.

The result: a communications architecture that not only survives but thrives at the tactical edge. Where mobility, security, and raw performance intersect, the new MOJO solutions act as a force multiplier in the evolving battlespace.

Secure, Modular, Scalable: Connectivity in Contested Theatre Environments

Cybersecurity Built for the Front Lines

Viasat’s MOJO solutions operate on a groundwork of threat-resilient architecture designed for the realities of contested spaces. In environments where electronic warfare, cyber intrusion, and adversarial exploitation are common tactics, every data packet must cross terrain loaded with risk. MOJO systems integrate advanced encryption protocols, ensuring that sensitive information remains confidential, authenticated, and tamper-proof—even at the tactical edge.

End-to-end security starts with encrypted transport layers, but Viasat extends protection deeper into the network stack. Secure boot processes, zero-trust access models, and multi-factor authentication measures collectively form a hardened communications posture. Cybersecurity isn’t an afterthought; it's embedded into the system design from ground zero.

Data Integrity at the Tactical Edge

MOJO nodes maintain operational security even when disconnected from central command or fragmented from main networks. In such disconnected, intermittent, and limited (DIL) conditions, devices must make autonomous decisions about data handling. Viasat equips MOJO platforms with data assurance mechanisms that validate integrity, prevent spoofing, and verify source authenticity in real time.

This trust-centric architecture allows forces to operate with confidence that their messages are delivered as sent—uncorrupted, unaltered, and intact. Whether transmitting imagery, logistical updates, or mission-critical orders, MOJO’s design ensures nothing gets lost—or manipulated—en route.

Modular for Any Force Size, Scalable to Any Mission

Mission diversity demands system flexibility. MOJO meets that demand with modular configurations tailored to operational scale. For individual operators, lightweight portable kits offer access to secure networks from hostile, remote outposts. For unit deployments, mesh-enabled nodal systems create resilient local networks capable of supporting dozens—or hundreds—of connected devices.

One platform, variable output. The same core architecture underpins solutions across echelons, reducing interoperability gaps, training overhead, and operational risk. Units can scale up or down without re-architecting their communication infrastructure.

• SOF teams: Deploy radio-quiet MOJO nodes to establish covert digital bubbles behind enemy lines.
• Armored units: Mount mobile kits on ground vehicles to maintain high-throughput comms while in motion.
• Air-ground coordination: Integrate aerial platforms for forward comms relay and battle management.

No need for multiple systems or redundant gear. One modular platform adapts across mission profiles, from solo ops to brigade-level deployments—keeping forces agile, connected, and secure no matter the threat landscape.

Seamless Integration: Interoperability With Command and Control (C2) Architecture

Military operations demand unified communication frameworks. The MOJO product family from Viasat integrates directly with established Command and Control (C2) architectures, eliminating friction between edge units and centralized command structures. Built for interoperability, MOJO enables real-time data exchange across domains—land, air, sea, and space—without disrupting operational workflows.

Designed to match the architecture of current Department of Defense (DoD) communication ecosystems, MOJO units operate natively within existing enterprise network structures. Whether leveraged in tactical operations centers or mobile command vehicles, MOJO’s configuration mirrors and supports C2 data flows, from intel feeds to mission-critical updates.

API-Driven Architecture for Edge-to-Core Integration

At the integration level, MOJO systems employ an API-centric approach. This means native connectivity to a wide array of defense technologies. Developers and integrators can extend MOJO’s functionality through secure APIs that connect directly to:

• Sensors: Multi-domain input, from EO/IR systems to SIGINT collectors.
• Radios: Seamless digital routing with waveforms like SINCGARS, SATCOM, and TSM-X.
• Mission Applications: Support for ATAK, WinTAK, and hardened battlefield planning suites.
• Tactical Servers: Interoperability with cloud-native and edge-hardened compute environments.

This modular strategy enables rapid integration into both legacy and next-generation systems, allowing commanders to field enhanced capabilities without abandoning existing investments.

Proven Compliance With DoD Standards

Interoperability is not theoretical. Viasat has engineered MOJO components to conform to a range of defense specifications. Systems meet performance metrics aligned with DoD Instruction 8310.01 for interoperability and DoD Architecture Framework (DoDAF) best practices. Additionally, certification for cross-domain access protocols and encryption compatibility ensures data security and system trustworthiness across coalition networks.

By aligning with Mission Command principles and Joint All-Domain Command and Control (JADC2) objectives, MOJO empowers operational units to function as data producers and consumers simultaneously. Data moves fluidly, decision cycles compress, and mission effectiveness increases in contested communication environments.

Enhancing Situational Awareness in Dynamic Environments

When mobility shapes the battlefield, uninterrupted situational awareness becomes a decisive factor. Viasat’s expanded MOJO product family delivers that awareness with precision, even when units are on the move.

Enabling Command Visibility During Movement

The new on-the-move (OTM) solutions in the MOJO lineup extend beyond static deployments. Integrated into vehicles, aircraft, and mobile command elements, MOJO nodes maintain persistent, high-bandwidth links to command structures. This ensures that commanders retain a live picture of operational events, no matter the tempo or terrain.

By maintaining network connection across moving platforms, Viasat OTM capabilities allow real-time video feeds, blue force tracking overlays, secure voice, and navigational data to feed into the common operational picture without latency. Decision-makers no longer wait for updates – they act on live intelligence.

Real-Time Interoperability Between Distinct Operational Layers

Field teams communicating with headquarters and ISR units in real time—this has become not a goal, but an operational standard. The MOJO system supports streaming ISR data directly to tactical commanders while simultaneously sending data back to centralized locations.

• Convoys can receive live UAV footage of upcoming terrain segments, allowing rerouting based on visual threat assessment.
• Tactical assault units gain access to biometrics and mission-specific intel stored at division HQs without needing to halt operations.
• Forward operating posts synchronize operational timelines with air assets instantly through machine-readable situational markers.

No more siloes, no more lags—MOJO enables an architecture where everyone sees the same picture, regardless of where they're positioned or how fast they're moving.

Use Cases That Redefine Tactical Agility

In convoy operations through contested terrain, operational tempo must remain uninterrupted. With a MOJO OTM solution mounted aboard command vehicles, every formation element stays wirelessly tethered to leadership and support assets. Re-routing, threat response, and logistical updates happen mid-roll, not at halt points.

During tactical raids, ground teams engaging multiple entry points receive minute-by-minute adjustments from ISR feeds overhead. Mission reconstructions or real-time battlefield adjustments happen over the same link keeping medevac assets, EOD units, and C2 loops in perfect sync.

Forward operating command posts—often deployed in remote or contested regions—depend heavily on rapid threat evaluation and live intelligence to construct response plans. MOJO enables these posts to act as dynamic hubs where maneuver units connect directly to joint force data and unmanned sensors the moment they roll into range.

Each use case reinforces a common truth: in modern defense scenarios, effective movement requires uninterrupted connection. MOJO brings that capability to every echelon, everywhere the mission demands.

Mission in Motion: Benefits of Portable, Rapid Deployment Communications

High-mobility missions demand network solutions that match their pace. Portable, rapid deployment communications enable teams to establish secure, high-bandwidth connectivity within minutes—without waiting for fixed infrastructure. With Viasat’s MOJO systems, forces gain the ability to operate with full network functionality while on the move.

Instant Connectivity Drives Tactical Advantage

Establishing immediate network access directly influences mission tempo and outcomes. Units deploying into austere environments can access situational intelligence, share live video, and coordinate across multiple elements without delay. This level of connectivity transforms the operational rhythm—allowing decisions to be made not in hours, but in seconds.

Operational Impact in Real Time Scenarios

• Rapid Decision Loops: In a border security scenario, a patrol team equipped with MOJO OTM platforms relayed high-resolution drone footage to headquarters, enabling centralized command to reroute forces in real time to intercept a hostile incursion. The total response cycle—from detection to secure engagement—was cut by 60%.
• Comm on Demand: In disaster relief operations, MOJO systems provided instant communications infrastructure in areas where terrestrial networks were destroyed. Emergency response teams coordinated via voice, video, and data within 15 minutes of arrival, accelerating service delivery to affected populations.
• Tactical Collaboration: During joint multinational exercises, MOJO-equipped vehicles synchronized seamlessly with partner nation C2 systems. Live mission data flowed between convoys, UAVs, and command elements, enabling truly collaborative targeting and threat response.

Operators’ Experience with MOJO in the Field

Deployed teams report that MOJO’s compact form factor and plug-and-play setup simplify logistics and reduce deployment friction. A forward operations planner in a NATO partner unit described it as “a full TOC briefcase, minus the tent,” referring to the ability to tie into command networks before wheels stop rolling.

Another user referenced a scenario where terrain prevented line-of-sight communications between dismounted units and headquarters. With a MOJO system mounted on a light tactical vehicle, ad hoc relay coverage was established on the move, keeping all team members connected and informed during a rapidly evolving street engagement.

What Happens When Deployment Speed Matches Communication Speed?

Mobility without reliable, immediate connectivity risks isolation. MOJO bridges that gap. When units can roll out and log in with the same momentum, they remain part of the broader operational picture—never siloed, never delayed. This connectivity accelerates command execution, synchronizes maneuver, and reduces vulnerability. Operations proceed faster, smarter, and with tighter coordination.

Strategic Vision, Tactical Impact: Viasat’s Commitment to Innovation in Defense Communications

Driving Connectivity Evolution in Defense Operations

Viasat invests deliberately in advancing battlefield communications, with a focus sharpened by the pace of modern warfare and the defense community's imperative for flexible, resilient connectivity. The evolution of the MOJO product family reflects a calculated approach: support warfighters with technologies that deliver uninterrupted communications at the tactical edge, whether stationary or on the move.

This forward-looking mindset informs every stage of product development. MOJO solutions are not reactive stopgaps; they stem from a strategy anchored in anticipatory design. By embedding adaptability, modularity, and secure networking into its core offerings, Viasat positions itself at the forefront of defense-grade mobile network technology, addressing needs that extend well beyond immediate combat requirements.

Alignment With Military Procurement and Modernization Goals

Viasat’s roadmap aligns with key strategic priorities laid out in U.S. and allied defense modernization efforts. Current and future MOJO capabilities directly support the U.S. Department of Defense’s drive toward a more agile, interoperable force structure. This includes compatibility with active procurement programs focused on expeditionary capabilities and mobile command nodes.

Programs like Joint All-Domain Command and Control (JADC2) demand faster, decentralized decision-making. Viasat’s MOJO solutions meet this demand head-on, offering frontline units portable communications platforms that connect seamlessly with higher headquarters across satellite and terrestrial transport layers. That level of integration satisfies technical requirements outlined in tactical communications solicitations — and delivers a battlefield advantage that's measurable in operator efficiency and mission duration.

Long-Term Enablement: Beyond Product, Toward Capability

Viasat doesn’t frame MOJO simply as a product family. It serves a broader business objective: enablement of persistent, high-bandwidth communications regardless of mobility state. This positions the company not just as a hardware vendor, but as a long-term capability partner for defense forces building next-gen networked operations.

• MOJO’s compatibility with JADC2 frameworks allows Viasat to contribute directly to strategic defense initiatives.
• Its mobility and encryption backbone ensure relevance in electronic warfare and denied environments.
• The platform’s scalability makes it suitable for a variety of procurement paths — from urgent operational needs to long-term acquisition cycles.

Decision-makers evaluating future-proof communications platforms recognize the value in scalable, operationally tested systems. By embedding open standards and emphasizing modular design, Viasat guarantees continued relevance for MOJO solutions as tactical demands evolve.

Assessing Position in the Defense Ecosystem

Through sustained R&D, targeted partnerships, and rapid field testing, Viasat solidifies its role as a force-multiplier in expeditionary communications. MOJO enters the defense ecosystem not as a standalone node, but as a contributor to a connected combat architecture built on speed, survivability, and interoperability.

What advantages can this bring to coalition operations, joint task forces, or humanitarian missions in contested zones? Reduced comms setup times, persistent reachback under movement, and adaptability across spectrum challenges — each of these translates into tactical momentum that Viasat’s strategic vision makes possible.

Strategic Momentum: Contracts, Customers, and Vision for What's Next

U.S. Department of Defense and International Engagements

The U.S. Department of Defense continues to deepen its investment in expeditionary communications. Viasat’s MOJO systems have secured multiple procurement contracts under programs like the U.S. Army’s Integrated Tactical Network (ITN) modernization strategy. In FY2023, for example, Viasat delivered thousands of mobile networking kits designed for rapid battlefield deployment as part of Capability Set 23—a contracting effort worth over $250 million across vendors.

International military customers have also turned attention toward on-the-move (OTM) solutions. NATO partners and Indo-Pacific allies—particularly Australia, the UK, and Japan—are evaluating MOJO-like systems to support maneuver-based command posts. In many cases, proofs of concept have turned into multi-phase pilot programs, with procurement pathways under review within their respective defense ministries.

Evolving to Meet the Field’s Next Demands

Operators demand more from mobile battlefield infrastructure: greater processing power, reduced physical footprint, autonomy, and simplified training requirements. Viasat’s upcoming MOJO iterations will reflect that demand with targeted SWaP-C (Size, Weight, Power, and Cost) optimizations. System-on-chip architectures, edge-integrated AI/ML for real-time analytics, and software-defined networking enhancements appear on the near-term engineering roadmap.

AI integration will prioritize automated network reconfiguration, intelligent threat detection, and predictive maintenance. Viasat has already begun working with Joint AI Center (JAIC) testbeds in the U.S. to validate these features in high-tempo, multi-domain environments.

Who's Buying In? A Broadening Customer Base

• Rapid Deployable Forces: Airborne units and Special Operations Teams that require drop-in communications during fast-moving phases of engagement.
• Allied NATO Forces: Military coalitions looking to synchronize data sharing across countries, platforms, and command layers.
• Defense Innovation Units: Organizations focused on prototyping C4ISR capabilities using commercial-off-the-shelf (COTS) tech for faster fielding timelines.

What does this signal? A global pivot away from static battle comms and towards mobile-first, modular communications platforms. The MOJO product family becomes more than a tactical tool—it becomes a node in a larger, agile warfighting network.

Viasat isn’t just reacting to demand. It's shaping the direction of tactical communications by delivering persistent connectivity under movement, at range, and across operational domains.

Always Connected, Always Ready

The modern battlefield doesn’t wait. With the MOJO product family now expanded to include on-the-move (OTM) solutions, rapid, secure communications have become truly mobile. These systems deliver encrypted, high-throughput connectivity that performs even under the most dynamic conditions, enabling real-time coordination and agile operations across all domains.

Viasat stands at the forefront of tactical communication, setting a new standard in how defense forces stay connected. The MOJO line combines rugged hardware, advanced waveforms, resilient mesh networking, and satellite-enabled reachback to push the edge of mission capability further than ever before. From static command operations to armored columns in motion, MOJO systems adapt instantly—bringing speed, security, and interoperability together in a plug-and-play format.

Want to see how MOJO operates in the field? Looking to accelerate your tactical comms modernization program?

• Explore the full MOJO product line at viasat.com/MOJO
• Connect with our defense solutions team to learn how MOJO can mobilize your mission