Innovative Defense & Civilian Platforms
Engineering the Next Era of Defense, Aerospace & Global Mobility
Hyperian Aerospace is developing a new generation of aerospace, defense, autonomous, space, artificial-intelligence, and secure mission technologies designed to transform two fundamental dimensions of human activity: how nations protect themselves and how people, cargo, and critical supplies move around the world.
Our defense portfolio addresses integrated air and missile defense, hypersonic defense, counter-UAS and counter-swarm operations, advanced aerospace platforms, autonomous systems, space-domain missions, AI-enabled command and control, electronic warfare, directed energy, sensing, cybersecurity, and secure communications. Our civilian aerospace portfolio is focused on compressing global travel and logistics times through ultra-high-speed passenger, cargo, and vertical-lift aircraft.
Hyperian approaches both markets through the same engineering philosophy: design the mission system around the mission. Rather than treating aircraft, missiles, sensors, software, communications, and autonomous platforms as isolated products, we integrate them into coherent architectures built around speed, reach, resilience, modularity, open interfaces, and human decision authority.
Defending the Future
Modern defense is no longer defined by a single radar, interceptor, aircraft, ship, or command center. Threats now span air, land, sea, space, cyber, and the electromagnetic spectrum, often moving at radically different speeds and operating as coordinated systems. Hyperian Aerospace develops integrated defensive architectures designed to connect sensing, data fusion, AI, command and control, communications, autonomous systems, and multiple defensive layers into a common operational environment.
The mission thread is straightforward: SENSE -> FUSE -> UNDERSTAND -> DECIDE -> COMMUNICATE -> ACT -> ASSESS -> ADAPT. Hyperian designs the interfaces and mission architecture that allow these functions to operate as one system while preserving defined human authority over mission-critical decisions.
AURORA SHIELD™ - Global Layered Defense
AURORA SHIELD™ is Hyperian Aerospace's global and coalition-scale layered defense architecture. It is designed to federate distributed sensing, missile warning, command and control, AI-assisted decision support, secure communications, autonomous systems, and multiple kinetic and non-kinetic defensive layers across broad geographic areas.
The architecture is intended for increasingly complex combinations of ballistic, cruise, hypersonic, unmanned, electronic, cyber, and space-domain threats and can incorporate national or regional subsystems without requiring every participant to replace existing infrastructure.
BLACKLANCE™ - Sovereign National Multi-Domain Defense
BLACKLANCE™ translates the same systems-of-systems philosophy to sovereign national defense. It is designed to integrate air and missile defense, counter-UAS, border and maritime surveillance, critical-infrastructure protection, secure communications, cyber resilience, autonomous systems, and national command-and-control capabilities into a common operational architecture.
Representative mission elements include KAMBISA™ integrated air and missile defense, NQABA™ border and infrastructure security, SKYGUARDIAN™ airport and air-base defense, ZULU-HTV-10KZ™ counter-UAS, ROIC™ operational intelligence fusion, ATHENA AI, FlightAI-M, and secure mission networking.
KAMBISA™ - Integrated Air, Ballistic Missile & Hypersonic Defense
KAMBISA™ is Hyperian Aerospace's layered air, ballistic-missile, cruise-missile, and hypersonic-defense architecture. The system is designed around persistent sensing, multi-sensor correlation, target custody, AI-assisted threat assessment, engagement management, and multiple defensive effectors rather than dependence on a single sensor or interceptor family.The architecture is designed to support increasingly complex maneuvering and high-speed threats while integrating with existing U.S., allied, and partner systems through open interfaces and distributed battle-management functions.
High-Hypersonic Missile Technologies
Hyperian is developing a family of high-speed missile and interceptor architectures for defensive and multi-mission applications. Current published design targets for the HYPERMissile family are HM0 at Mach 5, HM1 at Mach 15, HM2 at Mach 20 class, and HM3 at Mach 25 class. The family is intended to support future missions requiring extreme speed, rapid time-to-target, high-energy interception, and multi-domain launch flexibility.
Counter-UAS & Counter-Swarm Defense
The growth of low-cost unmanned aircraft and coordinated swarms has changed the economics of defense. Hyperian's counter-UAS portfolio is designed around layered sensing, identification, command and control, electronic effects, autonomous interception, directed energy, and kinetic defeat options. ZULU-HTV-10KZ™ provides a mobile armored counter-UAS and counter-swarm platform, while PHOENIX™ extends the mission into an airborne layer. SKYGUARDIAN™ provides fixed and distributed protection for airports, air bases, and critical aviation infrastructure.
Revolutionizing Civilian Aerospace
Hyperian Aerospace is pursuing an equally ambitious civilian mission: compress the time required to move people and cargo across the planet. Our civil aerospace programs are aimed at reshaping long-distance passenger travel, global logistics, regional commuting, business aviation, private aviation, disaster response, and high-speed vertical lift.
HYPERLINER™ - Mach 10 Global Passenger Transportation
HYPERLINER™ is being developed as a Mach 10 passenger aircraft intended to establish a new category of ultra-high-speed global transportation. The design objective is to reduce many major intercontinental journeys from conventional airline durations measured in half-days or full days to cruise-equivalent times measured in minutes. For travelers, that could fundamentally alter how distance influences business, tourism, family connections, education, investment, and international collaboration. For airlines and mobility providers, it creates the possibility of a premium transportation class positioned far beyond conventional subsonic and supersonic travel.
New York -> London ~27 minutes
New York -> Dubai ~54 minutes
New York -> Tokyo ~53 minutes
New York -> Sydney ~ 78 minutes
New York ->Buenos Aires ~ 42 minutes
New York -> Honolulu ~ 39 minutes
New York -> Los Angles ~19 minutes
Hyperian's objective is to move global passenger transportation toward a practical sub-90-minute intercontinental paradigm for many major city pairs, transforming the relationship between geography and time.
HYPERCARGO™ - Mach 10 Global Logistics
HYPERCARGO™ applies the same Mach 10 development target to global cargo transportation. The aircraft is intended for time-critical commercial, industrial, government, humanitarian, and emergency logistics missions in which the value of time is comparable to the value of the payload.
Potential applications include critical industrial components, aerospace parts, semiconductor supply chains, medical supplies, emergency pharmaceuticals, humanitarian relief, disaster-response equipment, high-value freight, urgent government logistics, and strategic resupply. The mission is to create a same-hour global aerospace logistics tier for routes that currently require many hours or multiple days.
SKYLIFT™ - Reimagining Regional, Business, Private & Tactical Aviation
SKYLIFT™ is Hyperian Aerospace's advanced vertical-takeoff-and-landing aircraft family for passenger, cargo, business, private, emergency-response, and tactical mobility. The reference design combines vertical access with long range and near-transonic speed, allowing the aircraft to serve locations that do not depend on conventional runway infrastructure.
Mission variants: Passenger, cargo, tactical, special mission, emergency response
The combination creates the potential for city-to-city, campus-to-campus, resort-to-city, offshore, remote industrial, government, and expeditionary transportation without the routing constraints of conventional hub-and-spoke aviation.
Other Major Innovations
· SKYCARGO™ - cargo-focused SKYLIFT configuration for vertical-lift logistics and remote access.
· SKYTACTICAL™ - military and special-mission SKYLIFT configuration for tactical mobility, medevac, special operations, logistics, and expeditionary access.
· SKYMASTER™ - airborne VTOL platform for deployment, management, and coordination of distributed autonomous systems.
· BLACKSTAR™ - Mach 10 design-target hypersonic combat aircraft for future air-dominance and high-speed mission applications.
· HYPERBOMBER™ - long-range high-speed aerospace strike platform for future strategic mission requirements.
· HYPERSpace Fighter / Interceptor - reusable orbital patrol and interceptor space-plane architecture for space-domain operations.
· SENTINEL TALON™ - layered aircraft survivability and active-protection architecture for rotary-wing, fixed-wing, and special-mission aircraft.
· ROIC™ / ROIC-FC™ - real-time operations, intelligence fusion, and battle-management environments.
· ATHENA AI / FlightAI-M / SpaceAI - AI-enabled analytics, mission planning, autonomy, decision support, and mission orchestration.
· AEROSENSE-FADS™ - advanced air-data and sensing architecture for high-performance aerospace applications.
· VORTEX ASCEND 2.0 - transition evidence and test architecture supporting measurable technology maturation.
· BLAKFX Z3RO™, GUARDA™, HELIX25AI™, National SOC, and SOVRALINK™ MCT-30 - integrated partner/affiliate technologies for secure communications, cyber resilience, crypto-agility, and deployable connectivity.
One Company. Two Transformations.
Hyperian Aerospace is pursuing two large transformations at the same time. In defense, we are developing integrated systems intended to protect nations and allied forces against advanced missile, hypersonic, UAS, cyber, electronic, and space-domain threats. In civilian aerospace, we are developing aircraft intended to compress global passenger travel, cargo logistics, and regional mobility timelines.
Different missions. Different markets. The same engineering philosophy: build systems that change what is possible.