Empowering Homeland Security with Precision, Simulation, and Secure Connectivity
Powering the Golden Dome Mission
Discover how layered defense systems are validated with precision, speed, and resilience, supporting the agile, multi-domain operations central to the Golden Dome of America initiative.
Keysight Technologies is a critical enabler of the Golden Dome of America, delivering advanced tools and expertise that accelerate innovation, reduce cost, and ensure mission readiness. Positioned as a trusted subcontractor and validation partner, Keysight supports the entire lifecycle of the program, from design and emulation through manufacture, deployment, and lifecycle assurance, to ensure every layer of the Golden Dome performs flawlessly under real-world conditions.
Keysight’s digital twins reduce cost and risk while accelerating validation of interceptors, sensors, and command systems, supporting the Missile Defense Agency’s fast-paced testing cadence.
Scalable RF, radar, and satellite communications platforms to verify signal integrity, detect anomalies, and optimize performance across Golden Dome’s four defensive layers, from space-based interceptors to low-altitude point defense.
Synthetic environments and data generation tools to accelerate the training of autonomous and semi-autonomous systems, enabling faster and more reliable responses to hypersonics, drone swarms, and other high-speed threats.
Strengthens C2BMC networks against jamming, spoofing, and intrusion, delivering a zero-trust, cyber-resilient posture that supports both defensive operations and left-of-launch strategies.
Comprehensive test capabilities for phased arrays, radar sensors, and integrated sensing systems to support persistent, multi-domain threat detection and resilient communications.
Rugged, portable systems accelerate live-fire campaigns and integrate seamlessly with MDA’s agile test-and-targets vision.
Continuous precision calibration and validation services that ensure sustained performance and reliability of Golden Dome systems across decades of deployment in extreme operational environments.
- Design
- Emulate
- Develop
- Manufacture
- Deploy
Accelerate innovation with Digital Twins and System-Level design tools that model reality before it is built.
Network Modeling for Multi-Domain Defense Operations
Model and Simulate tactical battlefield networks across land, sea, air, space, and cyber domains to assess mission resilience and operational readiness.
System-Level RF Design and Simulation
Accelerate trasceiver development with integrated modeling tools that bridge design and test workflows.
Acoustic and Mechanical Co-Design
Integrate acoustic and mechanical modeling to optimize system performace in complex environments.
Recreate real-worl conditions with precision to validate system performance, resilience, and interoperability.
Transceiver Emulation for RF Systems
Validate RF transceivers under mission-realistic conditions using precision signal generation and analysis tools.
Channel Emulation for Tactical Networks
Replicate battlefield and urban wireless environments to test system resilience, mobility, and interoperability.
RF Environment Recording and Playback
Capture and replay live RF environments to support threat simulation, spectrum analysis, and mission rehearsal.
5G Emulation for Aerospace and Defense
Test and validate 5G-enabled systems for secure communications, autonomous platforms, and non-terrestrial networks.
Electromagnetic Spectrum Operations (EMSO)
Perform satellite, aerospace, and airborne radio link testing with realistic wireless propagation conditions.
Accelerate development with intelligent testing, synthetic data generation, and A-I driven platforms for next-gen systems.
Transceiver Testing for Mission-Critical Systems
Validate RF transceivers under operational stress using precision signal generation and analysis tools tailored for defense platforms.
Component-Level Testing for RF and Microwave Systems
Characterize and verify high-frequency components to ensure reliability and performance in tactical and aerospace environments.
Channel Emulation for System Development
Simulate battlefield and urban wireless conditions to support development of resilient communications systems.
Automated Test for Defense Software and Systems
Accelerate validation of mission software and embedded systems with intelligent automation tools.
Synthetic Data Generation for AI Training
Generate mission-relevant synthetic datasets using digital twin ecosystems to train and validate AI models.
AI Development and Validation Platforms
Build and test AI algorithms for defense applications with integrated simulation, data, and performance tools.
Phased Array Antenna Testing
Evaluate beamforming and array performance for radar, EW, and satellite systems in controlled environments.
Environmental Chambers for RF and EW Systems
Test mission systems under extreme environmental conditions to ensure operational readiness.
Time Synchronization Testing for Distributed Systems
Verify timing accuracy across networked defense platforms using precision analyzers and synchronization tools.
Supply Chain Security Validation
Assess and secure hardware and software supply chains to mitigate risks in defense system development.
Software Bill of Materials (SBOM) Security
Ensure software transparency and integrity with SBOM analysis tools for secure defense software deployment.
Ensure quality and scalability with modular instrumentation and automated test solutions for advanced manufacturing.
Modular Instrumentation for RF and EW Production
Deploy scalable signal analyzers, sources, and network analyzers to support high-throughput manufacturing of mission-critical systems.
Automated Test for Defense Manufacturing
Streamline production testing of embedded systems and software with intelligent automation tools for defense-grade reliability.
Phased Array Antenna Validation in Production
Ensure beamforming accuracy and performance of phased array systems during manufacturing with scalable test solutions.
Validate and secure deployed systems with field ready tools, zero trust testing, and performance monitoring across domains.
Field Testing for Tactical Communications
Validate mission-critical RF systems in harsh environments using rugged, portable analyzers built to military standards.
Spectrum Monitoring and Threat Detection
Monitor, identify, and geolocate RF threats across contested environments to support electronic warfare and secure communications.
RF Signal Recording and Analysis
Capture and replay RF environments to support mission rehearsal, threat simulation, and post-event analysis.
Zero Trust Network Validation
Emulate cyberattacks and authenticated traffic to validate perimeter-less defense architectures in distributed environments.
Satellite Network Security Testing
Simulate and secure satellite communications using threat emulation and performance validation tools tailored for space missions.
Network Performance and Visibility Monitoring
Ensure operational readiness with real-time visibility into network traffic across physical, virtual, and cloud environments.
Network Security and Performance Testing
Stress-test network infrastructure and validate security controls using realistic traffic and attack simulations.
AI Data Center Optimization and Monitoring
Emulate AI workloads and benchmark infrastructure performance to optimize mission-critical data center operations.
Cloud Visibility and Optimization
Monitor and secure hybrid cloud environments with packet-level visibility and dynamic traffic analysis.
IoT Device Security Assessment
Harden connected devices against cyber threats with automated testing, protocol fuzzing, and breach simulation.
