Engineering across the system lifecycle.
Astrion connects mission and systems engineering with modeling, integration and Adaptive Test. Operating knowledge shapes architecture decisions; models guide integration; test and field evidence inform how systems evolve.
Integrated Engineering + Modeling
Compare architectures, understand the threat and preserve the reasoning behind engineering decisions.
Translate operational needs into mission threads, architecture options and measurable performance criteria. Use model-based systems engineering (MBSE), digital models and simulation to connect architecture decisions with integration, test and sustainment. Digital twins help teams examine system performance and anticipate integration needs in representative operating scenarios.
Explore Missions
Mission + Systems Engineering
Analysis of alternatives and engineering trades surface risk before a design is committed. Traceability and configuration control connect requirements, interfaces and measures of effectiveness as technologies and needs change.
Modeling, Simulation + Digital Engineering
Threat engineering brings trajectories, radio-frequency (RF) and infrared (IR) signatures into consistent simulation scenes. Select fidelity for the task: detailed physics for design and analysis, and real-time models for hardware-in-the-loop testing, training and operational planning.
Systems Integration + Adaptive Test
Define the interfaces, integrate the components and build evidence that the system meets its intended use.
Engineer interfaces, data exchange and integration environments across customer, government and vendor hardware and software. Open architectures support interoperability and continued technology transition as components and requirements change. Plan evaluation around operational questions, technical risk and the evidence needed for a decision.
How Orchestration Works
Systems Integration + Open Architecture
Define how subsystems exchange information, manage their configurations and verify the integrated result. This work connects legacy and newer platforms, networks and mission systems while preserving customer flexibility as providers and components change.
Adaptive Test, Evaluation, Verification + Validation
Scientific test design and data analysis connect component results to system performance. Physical, HWIL, SWIL and LVC environments adapt as needs change, trace results to requirements and support training and mission rehearsal.
Autonomy, Cyber + Spectrum
Evaluate autonomous execution and the digital and electromagnetic conditions that shape system performance.
Integrate autonomous platforms, sensors, mission logic and communications with the wider system. Modeling, simulation and test help teams evaluate execution, interoperability and operator interaction under representative operational constraints. Bring vulnerability assessment, supply-chain risk and security considerations into system architecture and test.
Explore the Edge
Autonomy + Decision Support
Use decision-support workflows to connect observations and analytical results to human judgment. Define operator interfaces, concepts of operations and system limitations as autonomous functions enter the architecture.
Cyber + Spectrum
Evaluate how weaknesses in software, components or infrastructure affect the mission, and use evidence to guide remediation and recovery. Spectrum-aware analysis examines electromagnetic conditions affecting sensors and communications, tied to representative modeling and test.
Space Systems + Mission Operations
Connect the space enterprise and use operational evidence to sustain capability over time.
Engineer the interfaces between spacecraft, payloads, launch vehicles, ground systems, communications and mission operations. Support operations, maintenance, training and logistics with an engineering view of system readiness.
Space Systems + Infrastructure
Traceability, configuration control and integrated verification connect decisions across the space enterprise. Launch-vehicle verification and validation and mission assurance inform readiness, while flight-ground dependency analysis shows how changes affect the mission.
View PAMI-1 ProgramMission Operations + Sustainment
Field software support and post-deployment integration connect operators with the teams sustaining and modernizing their equipment. Operational data, digital baselines and failure analysis inform corrective action and flow back into models, integration and test across the service life.
The Astrion Platform
Shared software, modeling and simulation, deployed-system engineering and program execution support Astrion’s technical teams.
Software development + delivery
CORE
CORE provides Astrion’s technical teams with a common software development and delivery capability across engineering disciplines.
Modeling + simulation
Project Horizon
Project Horizon supports scenario setup, visualization and analysis across distributed environments, helping teams assess systems through engineering, test and operational evaluation.
Deployed-system engineering
Tactical Edge
Tactical Edge brings engineering, integration and test to deployed systems.
View ProgramProgram execution
Meridian
Meridian supports program execution and delivery, with its primary application inside Astrion.