PRODUCTS
Advanced Platforms, Mission Systems & Integrated Architectures
Hyperian Aerospace develops a broad portfolio spanning civilian aerospace, integrated defense, missile defense, hypersonic systems, counter-UAS, mobile fires, advanced aircraft, autonomy, space, AI-enabled command and control, sensing, secure communications, and technology-transition infrastructure.
The specifications below are current public/reference design targets or program objectives unless explicitly described otherwise. They are not representations of completed certification, operational fielding, Government acceptance, or final production configuration. Mission-specific performance remains subject to engineering, test, configuration control, certification, and customer acceptance.
CIVIL & COMMERCIAL AEROSPACE
HYPERLINER™ - Mach 10 global passenger transportation
HYPERLINER™ is Hyperian Aerospace's ultra-high-speed passenger transportation program. The aircraft is being developed to compress major intercontinental travel from conventional airline durations measured in many hours to cruise-equivalent flight times measured in minutes.
The mission is not simply to build a faster airplane. It is to create a new global mobility category in which major business, tourism, family, and economic centers become dramatically closer in time. The aircraft program is therefore shaped around high-speed atmospheric flight, passenger transportation, global routing, thermal management, vehicle integration, and the certification path required for future commercial operation.
Primary mission: Ultra-high-speed passenger transportation
Maximum-speed design target: Mach 10
Travel objective: Many major intercontinental city pairs within approximately 90 minutes of cruise-equivalent time
Passenger configuration: Commercial passenger aircraft; final cabin capacity is configuration-dependent
HYPERCARGO™ - Mach 10 global cargo and strategic logistics
HYPERCARGO™ extends Hyperian's high-speed civil aerospace architecture into global freight and logistics. It is intended for high-value and time-critical cargo that cannot tolerate conventional international freight timelines.
The platform is aimed at commercial logistics, semiconductor and aerospace supply chains, critical manufacturing inputs, urgent medical and pharmaceutical shipments, humanitarian response, disaster relief, strategic government logistics, and other missions in which same-hour global movement can create disproportionate operational or economic value.
Primary mission: Ultra-high-speed global cargo transportation
Maximum-speed design target: Mach 10
Logistics objective: Same-hour global logistics for many major routes
Payload: Mission/configuration dependent; not publicly frozen
SKYLIFT™- High-capacity near-transonic VTOL mobility
SKYLIFT™ is Hyperian Aerospace's multi-role vertical-takeoff-and-landing aircraft family for passenger, business, private, cargo, government, and special-mission transportation.
The reference configuration is intended to combine the access advantages of vertical lift with the range and speed normally associated with fixed-wing aviation, enabling point-to-point transportation between locations that may not have conventional runways.
Configuration: Multi-role VTOL aircraft family
Passenger capacity: Up to 50 passengers
Cargo capacity: Up to 10 tons
Range objective: Approximately 3,000 miles
Maximum speed objective: Mach 0.94
Mission roles: Commuter, business, private, cargo, emergency response, government, tactical
SKYCARGO™- Vertical-lift cargo and remote logistics
SKYCARGO™ is the cargo-focused member of the SKYLIFT family. It is intended to move meaningful cargo loads directly to locations that may be difficult or inefficient to serve with runway-dependent aircraft.
Potential missions include regional freight, island logistics, offshore operations, remote industrial sites, mining and energy support, disaster relief, humanitarian assistance, medical resupply, and high-value commercial cargo.
Airframe family: SKYLIFT-derived
Takeoff/landing: Vertical
Cargo objective: Up to 10 tons in the SKYLIFT reference family
Range objective: Approximately 3,000 miles in the SKYLIFT reference family
Maximum-speed objective: Mach 0.94 in the SKYLIFT reference family
Mission emphasis: Point-to-point cargo access and remote logistics
SKYTACTICAL™- VTOL tactical and government mobility
SKYTACTICAL™ adapts the SKYLIFT family for military, government, and special-mission applications. The mission set includes tactical mobility, special operations, medical evacuation, search and rescue, expeditionary logistics, command support, ISR support, disaster response, and remote-area access.
Vertical operations allow the platform family to support missions where conventional runways are unavailable, damaged, operationally undesirable, or outside the mission geometry.
Airframe family: SKYLIFT-derived
Takeoff/landing: Vertical
Speed/range basis: Derived from mission-specific SKYLIFT-family configuration
Primary users: Defense, government, public safety, special mission
Mission emphasis: Tactical mobility, medevac, logistics, special operations, remote access
SKYMASTER™- Airborne autonomous-system deployment and command
SKYMASTER™ is an airborne VTOL platform for deployment, coordination, communication, and mission management of distributed autonomous systems. It is designed to extend the reach of UAS operations by combining airborne persistence, command-and-control functions, and autonomous-system support in one mission platform.
The architecture supports heterogeneous unmanned teams and can act as an airborne mission node linking operators, autonomous vehicles, sensors, and wider command systems.
Mission: Airborne autonomous-system deployment and coordination
Platform basis: VTOL / SKYLIFT-family architecture
Primary functions: UAS deployment, swarm coordination, communications relay, mission management, ISR support
AI integration: FlightAI-M / mission-autonomy architecture
Speed/range: Mission-configuration dependent
STRATEGIC DEFENSE ARCHITECTURES
AURORA SHIELD™- Global and coalition-scale layered defense architecture
AURORA SHIELD™ is a federated defense architecture designed to connect national and regional defensive systems across air, land, sea, space, cyber, and the electromagnetic spectrum.
It integrates missile warning, sensing, command and control, decision support, autonomous systems, secure communications, and multiple kinetic and non-kinetic layers into a scalable architecture that can preserve existing systems while adding new defensive capability.
Mission level: Global / coalition / continental
Threat areas: Ballistic, cruise, hypersonic, UAS, electronic, cyber, space-domain
Architecture: Federated multi-domain system-of-systems
Integration: Existing U.S., allied, partner, and sovereign systems via defined interfaces
Speed: Not applicable - architecture/system-of-systems
BLACKLANCE™ - Sovereign national multi-domain defense
BLACKLANCE™ is a national-scale defense architecture for integrated territorial protection, air and missile defense, counter-UAS, border and maritime surveillance, critical-infrastructure security, cyber resilience, and national command awareness.
BLACKLANCE is structured to provide sovereign operational control while allowing integration of regional defenses, mobile assets, fixed sites, space-derived data, and secure mission networks.
Mission level: National / sovereign defense
Representative subsystems: KAMBISA, NQABA, SKYGUARDIAN, ZULU-HTV-10KZ, ROIC, ATHENA AI, FlightAI-M
Domains: Air, Land, Sea, Space, Cyber, Electromagnetic Spectrum
Deployment model: Fixed, mobile, distributed, and networked
Speed: Not applicable - architecture/system-of-systems
KAMBISA™ - Integrated air, ballistic-missile and hypersonic defense
KAMBISA™ is Hyperian's layered defense architecture for advanced air and missile threats. It is designed to combine early warning, multi-sensor detection, track correlation, target custody, AI-assisted prioritization, engagement planning, and multiple defensive effectors.
The architecture is designed to defend against increasingly complex ballistic, cruise, maneuvering, high-speed, and hypersonic threats while supporting integration with existing U.S. and allied defense systems.
Primary mission: Integrated air, missile, and hypersonic defense
Threat focus: Ballistic, cruise, maneuvering, hypersonic, advanced air threats
Interceptor family: HM0 (mach 5)/ HM1 (Mach 15)/ HM2 Mach 20)/ HM3 (Mach 25) and other compatible effectors
Sensor integration: Radar, space-derived data, EO/IR, RF, third-party sensors
Speed: Interceptor design targets extend to Mach 25 class
NQABA™ - Persistent border, maritime and critical-infrastructure security
NQABA™ is a persistent multi-domain surveillance and security architecture for borders, coastlines, ports, strategic infrastructure, and other large geographic areas.
The system is designed to correlate heterogeneous sensors and autonomous platforms into a common operating picture, allowing operators to detect, classify, monitor, and respond to emerging threats across land, sea, and air.
Mission: Border, maritime, and infrastructure security
Sensing: Radar, EO/IR, RF, acoustic, seismic, passive, third-party sensors
C2: ROIC (aka "the ROCK") / ATHENA AI compatible
Autonomy: UAS, USV, UGV and multi-vendor integration
SKYGUARDIAN™- Airport and air-base layered defense
SKYGUARDIAN™ is an integrated defensive architecture for airports, military airfields, aviation hubs, and other high-value infrastructure. It is designed to combine counter-UAS, missile-warning, ISR, command and control, secure communications, and multiple defensive options.
The architecture can operate as a local defense system or as a regional node within BLACKLANCE or AURORA SHIELD.
Mission: Airport, air-base, and aviation-infrastructure defense
Threat areas: UAS, swarms, missile threats, air threats, electronic threats
C2: ROIC (aka "the ROCK") / FlightAI-M / ATHENA AI compatible
Deployment: Fixed and distributed
COUNTER-UAS & MOBILE DEFENSE - ZULU-HTV-10KZ™Mobile armored counter-UAS and counter-swarm platform
ZULU-HTV-10KZ™ is a mobile defensive platform for protecting high-value assets, maneuver forces, logistics nodes, borders, bases, and critical infrastructure against unmanned-aircraft threats and coordinated swarms.
The public mission architecture combines multi-sensor detection and classification, AI-enabled track management, electronic effects, directed-energy layers, autonomous intercept options, and kinetic defenses within a mobile command-and-engagement platform.
Primary mission: Mobile counter-UAS and counter-swarm defense. Up to 10,000 simultaneous drones and UAVs destroyed. Cost per destroyed drone/UAV is $3-$38 - depending on which counter-measures weapons are used
Mobility: Armored 6x6 platform family
Endurance objective: Up to 72 hours mission endurance in the current reference baseline
Crew: Up to 5 in current reference configuration
C2: AI-enabled mission command with secure communications
Speed: Ground-platform dependent; no public road-speed value frozen
PHOENIX™- Airborne counter-UAS and counter-swarm layer
PHOENIX™ extends Hyperian's counter-swarm architecture into the airborne domain. It is intended to detect, coordinate against, and help defeat hostile Group 1/2 UAS and larger swarm formations while operating as part of a distributed defense network.
The platform is designed around FlightAI-M, human-authorized mission control, and integration with wider ROIC and counter-UAS architectures.
Primary mission: Airborne counter-UAS / counter-swarm
Autonomy: FlightAI-M enabled with human-in-the-loop / human-on-the-loop authority
Integration: ROIC (aka "the ROCK"), SKYGUARDIAN, BLACKLANCE, distributed C-UAS nodes
Speed/range: Platform configuration dependent
HYPERSONIC & HIGH-SPEED MISSILES / FIRES
HM0 HYPERMissile (IMPETUS™) - Mach 5 Ground-launched high-speed extended-range precision strike
HM0 IMPETUS™ is a ground-launch-first high-speed missile architecture designed around range, precision, contested-navigation resilience, affordability, and launcher scalability.
The current challenge reference configuration targets long-range conventional strike against stationary and moving targets while preserving common interfaces across tactical and high-capacity launcher families.
Launch mode: Ground-launched, canisterized
Range objective: 1,100 nautical miles in the current reference challenge configuration
Sustained-speed objective: Mach 5 mission segments
Precision objective: 0.5 m or better CEP objective under Government-defined contested-PNT test conditions
Launcher family: CERBERUS-16, BULWARK-300 SD, BASTION-512 SD
HM1 HYPERMissile (CELERITY) - Mach 15 High-hypersonic multi-mission interceptor / weapon
HM1 is the baseline member of Hyperian's HM1/HM2/HM3 high-hypersonic missile family. It is intended for mission profiles requiring extreme speed and flexible launch integration across defensive and multi-mission applications.
The product family is designed to support future air, ground, and maritime integration as mission requirements and platform interfaces are defined.
Maximum-speed design target: Mach 15 class
Mission family: Defensive interception and multi-mission high-speed effects
Launch integration: Air, ground, maritime - configuration dependent
Guidance / mission integration: Mission-specific; public implementation details withheld
HM2 HYPERMissile (ASCENDANT) - Mach 20-class high-hypersonic missile family member
HM2 extends the HM family into a higher-speed mission class for time-critical defensive and multi-mission applications. It is intended to provide greater engagement-energy and time-to-target margin within future integrated defense and strike architectures.
Maximum-speed design target: Mach 20 class
Mission family: High-hypersonic defensive / multi-mission
Integration: KAMBISA and compatible launch platforms
HM3 HYPERMissile (SOVERIGN) - Mach 25-class high-hypersonic missile family member
HM3 is the highest-speed published member of the HM missile family. The architecture is intended for future mission sets requiring very high engagement velocity, rapid response, and integration into layered high-end defense architectures.
Maximum-speed design target: Mach 25 class
Mission family: High-hypersonic defensive / multi-mission
Integration: KAMBISA and compatible launch platform
HyperBAR-1000 / HyperBAR-1000-HR1 Palletized rapid-effects delivery family
HyperBAR-1000 is a palletized rapid-effects architecture intended to give airlift and other compatible platforms a scalable means of deploying high-speed effects without requiring a dedicated tactical aircraft for every mission.
The family is structured around modular payload and launch integration, rapid mission preparation, and upgradeability across different propulsion and mission configurations.
Mission: Palletized rapid effects / distributed strike
Launch approach: Palletized / aircraft-delivered architecture
Range / speed: Configuration-specific; public website baseline does not freeze a single final value
Design priorities: Modularity, rapid deployment, affordability, upgradeability
TRIDENT-X™ - Advanced high-speed multi-mission system
TRIDENT-X™ is a high-speed mission-system family for advanced strike, target, and defensive applications. The architecture is intended to support mission-tailored payloads and launch integration while preserving modular interfaces and digital-engineering traceability.
Mission family: High-speed strike / target / defensive applications
Speed: Configuration dependent
Integration: Air, ground, maritime options by mission
Design emphasis: Modularity, mission tailoring, digital engineering
TALW-DI - Tactical air-launched weapon and industrialization architecture
TALW-DI combines tactical high-speed weapon design with an explicit industrialization strategy. The program treats recurring cost, manufacturing rate, open interfaces, digital engineering, test evidence, and acceptance data as part of one integrated engineering problem rather than as downstream activities.
Mission: Tactical air-launched high-speed effects
Launch mode: Air-launched
Design priorities: Affordability, producibility, open interfaces, scalable manufacturing
Speed: Program/configuration dependent
MOBILE LAUNCH & HIGH-DENSITY FIRES
CERBERUS-16™ - Highly mobile tactical launcher
CERBERUS-16™ is the tactical launcher baseline for distributed fires and prototype testing. It is designed for mobility, staged mission integration, common missile interfaces, and forward operations.
Capacity: 16-round design option in HM0 reference architecture
Role: Tactical / prototype / distributed fires
Missile interface: Common HM0-family interface
Mobility: High-mobility launcher configuration
BULWARK-300 SD™- High-density defended mobile fires node
BULWARK-300 SD™ is a high-capacity mobile vertical-launch architecture for sustained magazine depth and distributed fires. The platform family is designed to integrate launcher control, mission planning, sensing, and layered self-protection around a common missile interface.
Capacity: 300-round design option
Role: High-density mobile fires
Architecture: Vertical launch / common missile interface
Self-protection: Layered defended-node architecture against swarms of drones, UAVs, cruise missiles, etc
BASTION-512 SD™- Mass-fires defended launcher architecture
BASTION-512 SD™ is Hyperian's highest-capacity published mobile fires architecture. It is intended for defended mass-fires missions requiring deep magazine capacity, distributed launch modules, networked fire control, and integrated self-protection.
Capacity: 512-round design option
Role: High-capacity mass fires
Architecture: Distributed vertical-launch modules
Integration: Networked launcher control and mission planning
HyperTruck XL - Heavy mobile mission-platform architecture
HyperTruck XL provides a heavy mobile foundation for launcher, sensing, C2, and mission-system configurations requiring payload volume, power, mobility, and modular integration.
Role: Heavy mobile mission platform
Payloads: Launchers, sensors, communications, C2, other mission modules
Configuration: Mission dependent
ADVANCED MILITARY AEROSPACE
BLACKSTAR™ - Gen 7 NGAD Mach 10 design-target hypersonic combat aircraft
BLACKSTAR™ is Hyperian's high-speed combat-aircraft program for future air-dominance, long-range, and rapid-response mission applications. The aircraft is positioned as an integrated platform combining high-speed flight with mission systems, sensors, secure communications, and AI-assisted operations.
Primary mission: High-speed combat aerospace
Maximum-speed design target: Mach 10
Mission integration: Sensors, secure communications, AI mission support, high-speed payloads
GRAVITAS™- Advanced combat-aircraft platform
GRAVITAS™ is an advanced combat-aircraft platform intended for future air-dominance and multi-role operations. The program emphasizes integrated mission systems, survivability, sensor fusion, open payload interfaces, and AI-assisted mission support.
Primary mission: Advanced combat air
Speed: Current public source set does not freeze a numerical speed target
Mission systems: Sensor fusion, secure networking, AI-assisted mission support
Configuration: Mission dependent
HYPERBOMBER™ - Mach 10 Long-range high-speed aerospace strike
HYPERBOMBER™ is a long-range high-speed aerospace platform for future strategic strike and high-end mission requirements. The architecture is intended to integrate high-speed flight, long-range mission planning, secure communications, advanced payloads, and AI-assisted mission management.
Primary mission: Long-range high-speed aerospace strike
Speed: Mach 10
Integration: High-speed weapons, mission systems, secure communications, AI mission support
Configuration: Mission dependent
HYPERSpace Fighter / Interceptor - Reusable orbital patrol and interceptor space-plane
The HYPERSpace Fighter / Interceptor is a reusable orbital aerospace architecture for patrol, ISR support, space-domain awareness, orbital defense, and interceptor missions. It is intended to connect terrestrial and orbital mission systems through secure C2 and AI-assisted mission planning.
Domain: Space / near-space / reentry
Mission: Orbital patrol, ISR support, space-domain awareness, interception
Reusability: Reusable space-plane architecture
Speed: Orbital and reentry regime; single Mach value not operationally meaningful
AIRCRAFT SURVIVABILITY
SENTINEL TALON™- Layered aircraft survivability and active protection
SENTINEL TALON™ is an aircraft survivability architecture designed to detect, classify, and respond to multiple classes of incoming threats through layered countermeasure management.
The system is designed for modular external-pod integration and can coordinate warning, electronic countermeasures, electro-optical/infrared countermeasures, expendables, directed-energy options, and other authorized defensive mechanisms under AI-assisted and pilot-authorized control.
Primary mission: Aircraft survivability / active protection
Platforms: Rotary-wing, fixed-wing, special mission
Threat functions: Missile warning, IR detection, multispectral classification, multi-threat tracking
Countermeasure layers: Electronic, EO/IR, expendable, directed-energy, other authorized options
Human control: Pilot authorization and override
AI, COMMAND & CONTROL, AUTONOMY
ROIC™ (aka "the ROCK") - Real-time Operations & Intelligence Center
ROIC™ is Hyperian's multi-domain command, intelligence, and operational-fusion environment. It is designed to combine data from sensors, autonomous systems, platforms, intelligence sources, and mission networks into a unified operational picture for command and decision support.
Mission: Multi-domain C2 / intelligence fusion
Core functions: Common operating picture, sensor fusion, correlation, target custody, mission planning, audit/logging
Integration: Air, land, sea, space, cyber, third-party systems
Speed: Not applicable - C2/software architecture
ROIC-FC™ - Fire-control-oriented mission architecture
ROIC-FC™ extends ROIC into closed-loop defensive and engagement workflows. It is intended to support high-tempo sensor-to-decision-to-effector mission threads while maintaining human authority, auditability, and mission-policy controls.
Mission: Fire-control-oriented C2
Functions: Sensor fusion, track management, prioritization, engagement sequencing, assessment
Human authority: Defined operator authorization and override
Speed: Not applicable - C2/software architecture
ATHENA AI- AI-enabled analytics, fusion and decision support
ATHENA AI is Hyperian's analytics and decision-support architecture for multi-source correlation, predictive analysis, prioritization, anomaly detection, and operational decision support.
ATHENA is designed to support operators rather than remove them from mission authority, with emphasis on explainability, auditability, degraded-mode operation, and integration into wider C2 environments.
Mission: AI analytics and decision support
Functions: Fusion, correlation, prioritization, predictive analytics, resource optimization
Integration: ROIC (aka " the ROCK"), FlightAI-M, sensors, mission networks
Speed: Not applicable - AI/software architecture
FlightAI-M- Military mission and autonomy management
FlightAI-M is Hyperian's military mission, autonomy, and tactical battle-management architecture. It supports mission planning, autonomous-system coordination, resource allocation, sensor integration, human-machine teaming, and degraded-communications operations.
Mission: Military mission management / autonomy / tactical C2
Platforms: Crewed and uncrewed air systems; integrated mission architectures
Human authority: Human-in-the-loop / human-on-the-loop as mission requires
Speed: Not applicable - mission software architecture
FlightAI- AI-assisted flight and vehicle intelligence
FlightAI is the broader AI-assisted flight and vehicle-intelligence family supporting vehicle management, route planning, mission optimization, health monitoring, and human-machine interaction across civil and defense aerospace platforms.
Mission:Flight intelligence / vehicle autonomy support
Applications: Civil aerospace, VTOL, autonomous systems, mission vehicles
SpaceAI- AI-enabled space-domain mission operations
SpaceAI extends Hyperian's AI mission architecture into orbital and space-domain operations. It supports mission planning, autonomous tasking, data correlation, operational awareness, and integration of orbital information into terrestrial command systems.
Mission: Space-domain AI and mission operations
Functions: Planning, correlation, autonomy support, space data integration
Integration: HYPERSpace, KAMBISA-SBI, ROIC and terrestrial networks
SENSING, ENGINEERING & TRANSITION
AEROSENSE-FADS™ - Advanced air-data and sensing architecture
AEROSENSE-FADS™ is an advanced air-data and sensing architecture for high-performance aerospace vehicles. It is intended to support accurate vehicle-state awareness and sensor integration across demanding flight regimes while fitting within broader digital-engineering and flight-control architectures.
Mission: Advanced air data / sensing
Applications: High-performance aircraft, hypersonic and advanced aerospace systems
Integration: Flight controls, guidance/navigation, vehicle-state estimation, digital engineering
Speed: Designed for high-performance flight regimes; exact vehicle-dependent envelope
VORTEX ASCEND 2.0 - Autonomous Transition Evidence Fabric
VORTEX ASCEND 2.0 is a technology-transition and evidence architecture developed to make maturity measurable. It supports test planning, model credibility, SIL/HIL/HWIL environments, mission-thread testing, interface conformance, fault injection, configuration-controlled evidence, and transition decision-making.
Mission: Technology maturation / test evidence / transition
Methods: SIL, HIL, HWIL, synthetic environments, mission-thread testing
Outputs: Government-observable evidence, test records, transition packages, maturity data
Speed: Not applicable - engineering/test architecture
SECURE MISSION TECHNOLOGIES - BLAKFX INTEGRATION
Where authorized and appropriate to the customer mission, Hyperian defense architectures can integrate BLAKFX cybersecurity and secure-communications technologies. These are identified as BLAKFX technologies and are not represented as Hyperian-owned products.
Z3RO™ - Post quantum, Ultra Secure communications and collaboration
Z3RO™ is a post quantum encrypted ultra secure communications and collaboration platform intended for protected command, operational coordination, and sensitive enterprise use across distributed teams and mission environments.
Mission: Ultra secure collaboration and communications
Integration: Command environments, mobile/remote users, mission networks
Security posture: Crypto-agility / post-quantum migration architecture subject to implementation and authorization
GUARDA™ - Ultra Secure Post Quantum Encrypted VPN /network connectivity
GUARDA™ provides protected network connectivity and VPN functionality for organizations requiring secure remote access, protected transport, and resilient mission networking.
Mission: Ultra secure network connectivity / VPN
Applications: Enterprise, government, remote access, mission networks
Security posture: Crypto-agility / post-quantum migration architecture subject to validation and authorization
HELIX25AI™ - First Ever Post-Quantum Cryptographic SDK and Crypto-agility Architecture
HELIX25AI™ is a cryptographic SDK and integration architecture intended to help applications and networks adopt crypto-agility and transition toward post-quantum security while preserving integration flexibility and lifecycle control.
Mission: Cryptographic SDK / crypto agility / post-quantum migration
Integration: Applications, networks, embedded systems, mission platforms
Validation: Algorithm, implementation, key lifecycle, licensing, data-rights, and authorization requirements are deployment-specific
National SOC - National-scale Cybersecurity Operations Architecture
The BLAKFX National SOC architecture supports cyber monitoring, detection, incident response, orchestration, threat intelligence, and national-level cyber operations across distributed organizations and critical infrastructure.
Mission: National-scale cyber operations / SOC
Functions: Monitoring, detection, incident response, orchestration, threat intelligence
Integration: ROIC / ATHENA AI / protected mission networks
SOVRALINK™ MCT-30 - Deployable Mobile Communications
SOVRALINK™ MCT-30 is a deployable communications architecture for remote, emergency, government, and operational connectivity missions. It is intended to provide rapid communications capability when fixed infrastructure is unavailable, degraded, or insufficient.
Mission: Deployable mobile communications
Applications: Emergency, remote, expeditionary, government, critical infrastructure
Integration: Secure mission networking / ROIC / partner systems
THE HYPERIAN PRODUCT PHILOSOPHY
Hyperian Aerospace does not treat products as isolated endpoints. Each platform is designed to participate in a larger mission architecture through secure communications, open interfaces, digital engineering, AI-enabled mission support, and measurable test evidence.
The result is a portfolio that can be deployed as individual products, mission-specific packages, regional systems, or national-scale architectures - from Mach 10 passenger travel and VTOL logistics to layered missile defense, counter-UAS, orbital systems, and AI-enabled command and control.