Capabilities

Integrated Mission Capabilities for Advanced Aerospace & Defense

Hyperian Aerospace develops advanced aerospace and defense architectures spanning Air, Land, Sea, Space, Cyber and the Electromagnetic Spectrum.

Our capabilities extend from advanced vehicles and high-speed flight systems to integrated air and missile defense, counter-UAS, autonomous systems, persistent ISR, artificial intelligence, command and control, directed energy, secure communications, digital engineering, advanced manufacturing and national-scale defense architectures.

Hyperian's core approach is systems integration: connecting sensors, decision systems, platforms, effectors, communications, cyber protection and human command into coherent mission architectures rather than treating each element as an isolated product.

COMPANY INFORMATION

Company: Hyperian Aerospace, LLC

Website: https://HYPERIANAero.com⁠�

Contact: Dr. Robert Statica, Chairman

Phone: +1 (973) 348-9294

Email: info@hyperianaero.com

Unique Entity ID: SFMNZWDD9TZ4 | CAGE Code: 9Y7P6 | MDA SHIELD IDIQ Contract HQ085926DG219

CAPABILITY 01 / DEFENSE

MULTI-DOMAIN DEFENSE ARCHITECTURES

Hyperian designs integrated defense systems that connect sensing, command, communications, decision support and multiple defensive layers across geographic and operational domains.

Representative Systems

· AURORA SHIELD™ - Global and coalition-scale layered defense architecture.

· BLACKLANCE™ - Sovereign national multi-domain defense architecture.

· KAMBISA™ - Integrated air, ballistic-missile and hypersonic-defense architecture.

· NQABA™ - Persistent border, maritime and critical-infrastructure security architecture.

· SKYGUARDIAN™ - Airport, air-base and critical aviation infrastructure defense architecture

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Core Capabilities

· National and regional defense architecture

· Multi-domain sensor integration

· Sensor-to-decision-to-effector orchestration

· Integrated air and missile defense

· Counter-UAS and counter-swarm defense

· Border and maritime surveillance

· Critical infrastructure protection

· Base and airport defense

· Distributed command and control

· Sovereign operational control

· Allied and partner-system interoperability

· Modular and phased deployment architectures

· Open-system integration

CAPABILITY 02 / DEFENSE

INTEGRATED AIR, MISSILE & HYPERSONIC DEFENSE

Hyperian develops layered architectures for increasingly complex ballistic, cruise, hypersonic and maneuvering threats. The objective is not dependence on a single interceptor or defensive mechanism, but layered sensing, distributed target custody, rapid decision support and multiple defensive effectors.

Representative Systems

· KAMBISA™

· KAMBISA-SBI™

· KAMBISA-LCI™ low-cost interceptor architecture

· HM1 / HM2 / HM3 defensive interceptor family

· KAMBISA-SBI Compact Interceptors

· KINETIC VEIL™ distributed kinetic-effector architecture

· Directed-energy defensive layers

· Green Combat Laser systems

· ROIC™ battle-management integration

· FlightAI-M engagement-management architecture

Core Capabilities

· Early warning

· Multi-sensor target detection

· Track correlation and target custody

· Ballistic and hypersonic threat assessment

· AI-assisted threat prioritization

· Engagement planning and sequencing

· Multi-layer interceptor coordination

· Terminal-defense architectures

· Post-engagement assessment

· Distributed battle management

· Integration with existing U.S. and allied defense systems

CAPABILITY 03 / DEFENSE

COUNTER-UAS & COUNTER-SWARM SYSTEMS

Hyperian develops layered defenses against individual unmanned aircraft, coordinated UAS formations and large-scale autonomous swarm threats. The architecture combines detection, identification, electronic effects, autonomous interceptors, directed energy, lasers, kinetic systems and AI-enabled battle management.

Representative Systems

· ZULU-HTV-10KZ™ - Mobile armored counter-UAS and counter-swarm platform.

· PHOENIX™ - Airborne counter-UAS / counter-swarm platform within the distributed autonomous-defense architecture.

· SKYGUARDIAN™ - Fixed and distributed defense for airports, air bases and critical facilities.

· BLACKLANCE™ - National-scale integration of regional counter-UAS layers.

Core Capabilities

· Counter-UAS

· Counter-swarm

· Drone-on-drone interception

· Electronic warfare and RF defeat

· Directed-energy engagement

· Laser engagement

· Kinetic interception

· Multi-sensor detection and classification

· Autonomous track management

· AI-assisted effector allocation

· Human-authorized engagement workflows

· Mobile and fixed-site defense

· Critical infrastructure protection

· Convoy and expeditionary-force protection

CAPABILITY 04 / FIRES / HYPERSONICS

HYPERSONIC & HIGH-SPEED WEAPON SYSTEMS

Hyperian develops high-speed vehicle, interceptor, strike, target and delivery architectures intended to address both offensive and defensive mission requirements.

Representative Systems

· HM0 IMPETUS™ - Ground-launched high-speed extended-range missile architecture.

· HM1 / HM2 / HM3 HYPERMissile Family - High-hypersonic interceptor and multi-mission missile family.

· HyperBAR-1000 / HyperBAR-1000-HR1 - Palletized and rapidly deployable high-speed weapon family.

· TRIDENT-X™ - Advanced high-speed mission-system family.

· TALW-DI - Modular tactical air-launched hypersonic weapon and industrialization architecture focused on affordability, producibility and scalable manufacturing.

Core Capabilities

· High-speed aerodynamics

· Boost-glide architecture and end-to-end powered & controlled

· Rocket-plus-airbreathing propulsion trades

· High-temperature structures

· Guidance, navigation and control

· Resilient navigation

· Terminal sensing

· Mission-payload integration

· Air, ground and maritime launch integration

· Modular open interfaces

· High-speed flight modeling

· Hardware/software-in-the-loop testing

· Ground and flight-test architecture

CAPABILITY 05 / FIRES / HYPERSONICS

MOBILE FIRES & HIGH-DENSITY LAUNCH SYSTEMS

Hyperian develops modular launch architectures ranging from highly mobile tactical launchers to high-capacity defended fires nodes.

Representative Systems

· CERBERUS-16™ - Highly mobile tactical launcher configuration intended for distributed fires, prototype testing and forward operations.

· BULWARK-300 SD™ - High-density mobile vertical-launch architecture designed for sustained magazine depth and layered self-defense.

· BASTION-512 SD™ - High-capacity defended mass-fires architecture designed around distributed launch modules and integrated self-protection.

· HyperTruck XL - Heavy mobile-platform architecture supporting launcher and mission-system configurations.

Core Capabilities

· Canisterized launch

· Modular vertical launch

· Distributed fires

· High-capacity magazine architectures

· Expeditionary mobility

· Rapid displacement

· Networked launcher control

· Integrated sensing

· Organic platform self-defense

· Digital fire-control integration

· Mission-planning integration

· Scalable tactical-to-theater architectures

CAPABILITY 06 / FIRES / HYPERSONICS

ROCKET SYSTEMS, BOOSTERS & RAPID EFFECTS DELIVERY

Hyperian supports rocket, booster, launch and payload-delivery programs requiring integration of propulsion, structures, mission payloads, launch interfaces and digital engineering.

Core Capabilities

· Solid rocket motor architectures

· Common booster architectures

· Containerized and palletized launch systems

· Rapid effects delivery

· Launch vehicle/payload integration

· Air-launch integration

· Ground-launch integration

· Separation dynamics

· Structural and thermal analysis

· Propulsion integration

· Mission trajectory engineering

· Guidance and flight-control integration

· Instrumented launch and flight testing

· Modular payload architectures

· Rapid-prototyping programs

· RSLP/RIDE-aligned launch and effects-delivery engineering

CAPABILITY 07 / AEROSPACE

ADVANCED AEROSPACE & VTOL SYSTEMS

Hyperian develops aircraft architectures spanning high-speed transportation, vertical lift, tactical mobility, airborne autonomous-system deployment and advanced combat aerospace.

Representative Systems

· SKYLIFT™ - Multi-role VTOL aircraft family.

· SKYCARGO™ - Cargo-focused SKYLIFT configuration.

· SKYTACTICAL™ - Military and special-mission SKYLIFT configuration.

· SKYMASTER™ - Airborne VTOL drone-carrier and distributed-autonomy command platform.

· BLACKSTAR™ - Hypersonic combat-aircraft platform.

· GRAVITAS™ - Advanced combat-aircraft platform.

· HYPERBOMBER™ - Long-range high-speed aerospace strike platform.

· HYPERLINER™ - High-speed civil aerospace transportation platform.

· HYPERCARGO™ - Mach 10 global cargo and strategic logistics platform.

Core Capabilities

· VTOL

· Advanced air mobility

· Tactical lift

· Cargo transport

· Special operations mobility

· Airborne ISR

· Autonomous vehicle deployment

· Drone-carrier architectures

· High-speed flight

· AI-assisted flight systems

· Mission-adaptable payload integration

· Advanced vehicle design

· High-altitude and long-range flight architectures

CAPABILITY 08 / AEROSPACE

AIRCRAFT SURVIVABILITY & ACTIVE PROTECTION

Hyperian develops aircraft survivability architectures intended to detect, classify and counter multiple classes of incoming threats through layered defensive responses.

Representative Systems

· SENTINEL TALON™ - Advanced aircraft survivability and active-protection architecture initially developed around rotary-wing and other vulnerable airborne platforms. The architecture is designed around modular external pod configurations and automated, layered countermeasure management.

Core Capabilities

· Missile-warning sensing

· IR-threat detection

· Multi-spectral threat classification

· Electronic countermeasures

· Electro-optical and infrared countermeasures

· Directed-energy defensive layers

· Expendable countermeasures

· Authorized kinetic hard-kill options

· Layered threat-response sequencing

· Independent or combined countermeasure employment

· AI-assisted countermeasure selection

· Pilot authorization and override

· Multi-threat tracking

· Open aircraft integration architecture

· Survivability-system health monitoring

CAPABILITY 09 / AUTONOMY / AI / SPACE

SPACE, ORBITAL DEFENSE & SPACE-DOMAIN SYSTEMS

Hyperian develops space architectures integrating reusable vehicles, sensing, missile warning, command and control, autonomous mission execution and defensive payloads.

Representative Systems

· HYPERSpace Fighter / Interceptor - Reusable orbital patrol and interceptor space-plane architecture.

· KAMBISA-SBI™ - Space-based missile-defense architecture.

· SpaceAI - AI architecture for autonomous and assisted space-domain operations.

Core Capabilities

· Space-domain awareness

· Orbital ISR

· Missile warning and tracking

· Reusable orbital vehicle architectures

· Space-based sensing

· Autonomous orbital mission management

· Space-based interceptor architectures

· Secure space communications

· Distributed orbital mission systems

· Reentry and recovery architectures

· AI-assisted mission planning

· Integration of space data with terrestrial defense networks

CAPABILITY 10 / AUTONOMY / AI / SPACE

AUTONOMOUS SYSTEMS, UxS & SWARM OPERATIONS

Hyperian develops autonomy architectures for heterogeneous unmanned systems operating across air, surface, subsurface and ground domains.

Core Capabilities

· Unmanned aircraft systems

· Uncrewed surface vehicles

· Autonomous underwater systems integration

· Autonomous ground systems

· Multi-vehicle mission management

· Cooperative autonomy

· Swarm coordination

· Counter-swarm autonomy

· Distributed ISR

· Human-machine teaming

· Human-on-the-loop / human-in-the-loop control

· Degraded-communications operations

· Resilient PNT

· Open multi-vendor autonomy integration

· Autonomous task allocation

· Edge mission execution

· Secure command and telemetry

Hyperian maritime integration work extends the same architecture to heterogeneous USV/UAS mission teams, preserving individual OEM control boundaries while creating a common mission picture and operator-controlled multi-vehicle tasking.

CAPABILITY 11 / AUTONOMY / AI / SPACE

ISR, SENSING, TARGETING & RESILIENT PNT

Hyperian develops and integrates sensor architectures supporting persistent surveillance, threat detection, target custody and multi-domain decision support.

Representative Systems

· AEROSENSE-FADS™ - Advanced air-data and sensing architecture.

Core Capabilities

· Radar integration

· EO/IR sensing

· Wide-area infrared surveillance

· RF sensing

· Acoustic sensing

· Seismic sensing

· Passive surveillance

· Distributed sensing

· Multi-sensor fusion

· Semantic ISR

· Track correlation

· Target-state estimation

· Target custody

· Detection/classification analytics

· Edge processing

· Sensor provenance and confidence management

· Resilient PNT

· Contested-navigation architectures

· Joint sensing/communications architectures

Hyperian can integrate Government-furnished, customer-furnished and authorized third-party sensors into open mission architectures without requiring the customer to replace an entire existing sensor ecosystem.

CAPABILITY 12 / AUTONOMY / AI / SPACE

AI-ENABLED COMMAND, CONTROL & BATTLE MANAGEMENT

Artificial intelligence is integrated as a mission-support layer across the Hyperian defense and aerospace portfolio. The architecture is designed to accelerate sensing, fusion, prioritization, prediction and operational decision support while preserving defined human authority.

Representative Systems

· ROIC™ - Realtime Operations & Intelligence Center; multi-domain command, intelligence and operational fusion architecture.

· ROIC-FC™ - Fire-control-oriented ROIC mission architecture for closed-loop defensive and engagement workflows.

· ATHENA AI - AI-enabled analytics, correlation, fusion, prioritization and decision-support architecture.

· FlightAI-M - Military mission, autonomy and tactical battle-management architecture.

· FlightAI - AI-assisted flight and vehicle intelligence family.

· SpaceAI - AI architecture for space-domain mission operations.

Core Capabilities

· Multi-domain common operating picture

· Sensor fusion

· Automated correlation

· Predictive analytics

· Threat prioritization

· Target custody

· Mission planning

· Resource allocation

· Engagement sequencing

· Autonomous-system coordination

· Edge AI

· Distributed C2

· Human-machine teaming

· Explainable operator workflows

· Audit and mission logging

· Degraded-mode operations

CAPABILITY 13 / EW / NON-KINETIC

DIRECTED ENERGY, ELECTRONIC WARFARE & NON-KINETIC EFFECTS

Hyperian develops directed-energy and electronic-protection architectures as components of layered defensive systems.

Core Capabilities

· Directed-energy weapon integration

· Green Combat Laser systems

· Counter-UAS beam engagement

· Optical disruption

· Precision beam control

· Electronic attack

· Electronic protection

· RF counter-UAS effects

· Electronic countermeasures

· Electromagnetic-spectrum sensing

· Platform self-protection

· Fixed-site defense

· Mobile defense

· Airborne defensive integration

· Space-domain integration

Directed-energy and electronic effects can be integrated with kinetic defenses to provide commanders with multiple response options across the engagement timeline.

CAPABILITY 14 / CYBER / SECURE MISSION

CYBERSECURITY, POST-QUANTUM SECURITY & SECURE COMMUNICATIONS

Hyperian defense architectures can integrate BLAKFX cybersecurity and secure-communications technologies where authorized and appropriate to the customer mission.

Representative Systems

· Z3RO™ - Secure communications and collaboration platform.

· GUARDA™ - Secure network-connectivity and VPN platform.

· HELIX25AI™ - Cryptographic SDK and crypto-agility architecture supporting post-quantum migration and secure application/network integration.

· National SOC - National-scale cyber monitoring, detection, incident-response, orchestration and cyber-operations architecture.

· ATHENA AI - AI-enabled detection, correlation, analytics and decision support.

· ROIC - Multi-source national-security operations and intelligence-fusion architecture.

· SOVRALINK™ MCT-30 - Deployable mobile communications architecture for remote, emergency and operational connectivity missions.

Core Capabilities

· Secure command communications

· Protected collaboration

· Network encryption

· Crypto-agility

· Post-quantum migration architectures

· Secure remote access

· Zero Trust architectures

· Cyber monitoring

· Threat intelligence

· Security operations centers

· Incident response

· Identity and access control

· Secure telemetry

· DDIL communications

· Secure tactical networking

· Mission-network resilience

BLAKFX technologies are integrated partner/affiliate technologies, not represented as Hyperian-owned products. Where authorized, Hyperian/BLAKFX solutions may also integrate LINX PPT technology from American International Radio (AIR); AIR remains the technology owner/provider.

CAPABILITY 15 / ENGINEERING / INDUSTRIALIZATION

DIGITAL ENGINEERING, MBSE, MODELING & SIMULATION

Hyperian applies digital engineering throughout system definition, architecture development, integration, testing and transition.

Core Capabilities

· Model-Based Systems Engineering

· Requirements engineering

· System architecture

· Mission engineering

· Multi-disciplinary design optimization

· Digital thread

· Digital product baseline

· Digital twins

· Six-degree-of-freedom modeling

· Aerodynamic modeling

· Structural and thermal analysis

· Guidance and control simulation

· Operational mission simulation

· Synthetic test environments

· Software-in-the-loop

· Hardware-in-the-loop

· Hardware/software-in-the-loop

· Emulator development

· Closed-loop mission testing

· Model correlation

· Verification and validation

· Configuration management

CAPABILITY 16 / ENGINEERING / INDUSTRIALIZATION

TEST, EVALUATION & TECHNOLOGY TRANSITION

Hyperian designs test evidence into the program architecture rather than treating validation as an activity performed only after the system is built.

Representative Systems

· VORTEX ASCEND 2.0 - Autonomous Transition Evidence Fabric developed to support technology evaluation, evidence generation and transition decision-making.

Core Capabilities

· Test planning

· Verification and validation

· SIL/HIL/HWIL testing

· Component and subsystem testing

· Integrated mission-thread testing

· Flight-test planning

· Environmental qualification planning

· Interface conformance testing

· Acceptance-test architecture

· Fault injection

· Degraded-mode testing

· Cyber resilience testing

· Model credibility assessment

· Government-observable evidence generation

· Transition-data packages

· Configuration-controlled test records

· Technology maturation planning

CAPABILITY 17 / ENGINEERING / INDUSTRIALIZATION

ADVANCED MANUFACTURING & INDUSTRIALIZATION

Hyperian treats reproducibility, affordability and rate as engineering parameters.

Core Capabilities

· Design for Manufacturing

· Design for Assembly

· Design for Test

· Additive manufacturing

· Advanced materials integration

· Modular product architectures

· Automated inspection architectures

· Digital manufacturing

· Supplier qualification

· Make/buy analysis

· Production tooling

· Pilot-line development

· Rate-production modeling

· Manufacturing-flow simulation

· Supply-chain resilience

· Quality engineering

· Yield and rework analysis

· Should-cost modeling

· Learning-curve analysis

· Production-readiness assessment

TALW-DI exemplifies this approach by treating weapon performance, recurring cost, manufacturing rate, open interfaces, digital engineering and acceptance evidence as one integrated engineering problem.

CAPABILITY 18 / ENGINEERING / INDUSTRIALIZATION

OPEN SYSTEMS & MULTI-VENDOR MISSION INTEGRATION

Hyperian can operate as a mission-system architect and integrator where the optimal solution includes Government systems, commercial technology, third-party OEM products and Hyperian-developed mission layers.

Core Capabilities

· Modular Open Systems Approach

· Open C2 architectures

· API and gateway integration

· Tactical-data integration

· Sensor normalization

· Canonical track architectures

· Multi-vendor autonomy

· OEM interface integration

· Data provenance

· System-of-systems integration

· Cybersecurity boundary engineering

· Interface-control documents

· Government-defined data rights

· Legacy-system integration

· Hardware/software interoperability

· Incremental modernization

· Training and sustainment architecture

This allows customers to modernize mission systems without unnecessarily replacing viable existing platforms.

MISSION APPLICATIONS

National & Homeland Defense

Integrated protection of sovereign territory, population centers and strategic assets.

Military Base Defense

Layered defense against UAS, missiles, electronic threats and coordinated attacks.

Airport & Air-Base Protection

Counter-UAS, ISR, cyber, communications and layered defensive architectures.

Border & Maritime Security

Persistent surveillance, autonomous sensing, interdiction support and centralized C2.

Critical Infrastructure Protection

Energy, ports, communications, transportation and Government facilities.

Hypersonic Defense

Detection, tracking, command and layered defensive architectures for advanced high-speed threats.

Expeditionary Operations

Mobile fires, autonomous systems, deployable C2, tactical connectivity and distributed sensing.

Aircraft Survivability

Layered protection for rotary-wing, fixed-wing and special-mission aircraft.

Space & Orbital Defense

Space-domain awareness, autonomous orbital systems, missile warning and orbital-defense architectures.

Cyber & Information Resilience

Post-quantum migration, secure communications, cyber operations and protected mission networks.

THE HYPERIAN APPROACH

Hyperian Aerospace's principal differentiator is the ability to think beyond a single vehicle, missile, sensor or software product.

We design the mission system around the mission.

SENSE -> FUSE -> UNDERSTAND -> DECIDE -> COMMUNICATE -> ACT -> ASSESS -> ADAPT

That means integrating sensing, fusion, understanding, decision support, communications, effects, assessment and adaptation within architectures designed for modularity, interoperability, cybersecurity, human command authority and continuous modernization.

Hypersonics + Aerospace + Missile Defense + Counter-UAS + Autonomy + ISR + AI + C2 + Directed Energy + Electronic Warfare + Space + Cybersecurity + Secure Communications + Digital Engineering + Advanced Manufacturing

AIR | LAND | SEA | SPACE | CYBER | ELECTROMAGNETIC SPECTRUM

ONE INTEGRATED MISSION ARCHITECTURE.