Advancing the frontiers of orbital infrastructure, hypersonic propulsion, and next-generation defense contracting. From satellite constellations to secure payload delivery, we engineer systems that redefine global security and space exploration.
Founded in 2018 as Aevum Zenth's strategic aerospace vertical, this division rapidly scaled to become a Tier-1 prime contractor for federal, allied, and commercial space programs. We operate 14 specialized facilities across North America, Europe, and the Indo-Pacific.
Our integrated development lifecycle combines AI-driven simulation, advanced materials science, and rapid prototyping to deliver systems that meet the most stringent military and commercial specifications. Every program is executed under strict export control and cybersecurity frameworks.
Division Leadership:
Dr. Elena Vance — President & Chief Technology Officer
Specialized engineering across the full aerospace and defense value chain.
Design, manufacturing, and deployment of LEO/MEO satellite networks for communications, earth observation, and tactical data relay.
In-situ resource utilization, zero-gravity fabrication, and modular habitat assembly for commercial and government space stations.
Secure hardening, testing, and launch-vehicle integration for classified and commercial payloads up to 12,000 kg.
Autonomous and remotely piloted systems for ISR, electronic warfare, and loitering munitions with AI-driven target recognition.
High-energy laser and microwave defense platforms for missile defense, counter-UAS, and maritime security applications.
Hardware-level encryption, secure supply chain verification, and anti-tamper engineering for critical defense infrastructure.
Scramjet propulsion, thermal protection systems, and aerodynamic control for Mach 5+ strategic and tactical platforms.
Advanced electric propulsion and compact nuclear thermal rockets for deep-space cargo and rapid interplanetary transit.
Full-lifecycle simulation environments replicating physical systems for testing, maintenance prediction, and operator training.
Autonomous mission planning, real-time tactical analysis, and adversarial simulation using quantum-enhanced machine learning.
Current government and commercial contracts under development or deployment.
54-satellite low-earth orbit network providing encrypted, low-latency comms for allied military forces and humanitarian disaster response.
Reusable Mach 6+ atmospheric re-entry vehicle for rapid global strike demonstration and advanced materials stress testing.
Autonomous electronic warfare and signal denial system for contested airspace. Specifications restricted under ITAR/NDAA 889.
Commercial zero-gravity manufacturing facility producing high-purity fiber optics and pharmaceutical compounds for Earth delivery.
Rigorous adherence to international defense, aerospace, and cybersecurity regulations.
Government agencies, allied defense contractors, and commercial space enterprises are invited to explore collaboration opportunities. All inquiries are handled under strict non-disclosure protocols.