About GNSS Simulator
Engineering-grade GNSS testing,
built for
real programs.
STARSPACE INTERNATIONAL LIMITED is the international company behind GNSS Simulator — providing GNSS simulation, testing, monitoring, record & replay, spoofing and interference evaluation, and automated validation solutions for engineering teams worldwide.
The engineering organization behind GNSS Simulator.
STARSPACE INTERNATIONAL LIMITED is the international business entity behind GNSS Simulator, serving engineering teams, research institutions, and defense organizations that require controlled, repeatable GNSS test environments.
Our role is to bridge the gap between complex GNSS simulation technology and the engineering teams who need to apply it — providing not just hardware and software, but the technical consultation, configuration guidance, and application support that makes a test program work.
We work with customers during evaluation and procurement to clarify technical requirements, recommend suitable configurations, and support GNSS testing workflows after delivery through remote technical guidance and documentation.
Our engineering team works closely with universities, research laboratories, and engineering organizations to support GNSS simulation, testing, and verification projects across the full product lifecycle — from early-stage lab testing to pre-deployment validation.
Signal Simulation
Multi-constellation, multi-frequency GNSS signal generation for controlled lab testing.
Receiver Validation
End-to-end test workflows for GNSS receiver performance characterization and certification.
Threat Evaluation
Authorized spoofing and jamming test environments for resilience assessment programs.
Record & Replay
Real-world RF signal capture and deterministic replay for regression and field-to-lab testing.
Six engineering capability areas.
Our portfolio covers the full scope of GNSS simulation and validation — from signal generation through automated test workflows and quality analytics.
GNSS Signal Simulation
Multi-constellation, multi-frequency signal generation supporting GPS, GLONASS, Galileo, BeiDou, QZSS, and NavIC. Configurable scenario environments for receiver validation and system-level testing.
Record & Replay
Real-world RF signal capture and deterministic replay for field-to-lab testing, regression validation, and scenarios that cannot be reproduced synthetically. Preserves authentic multipath, interference, and atmospheric effects.
Spoofing & Interference Testing
Authorized test environments for evaluating receiver resilience against jamming and spoofing. Controlled, repeatable threat scenarios for anti-spoofing and anti-jamming performance assessment under program-specific conditions.
Signal Monitoring & Quality Analysis
Continuous GNSS signal monitoring, quality analytics, and anomaly detection for laboratory environments and operational installations. Supports signal environment characterization and interference source identification.
Automated Validation Workflows
Software-driven test execution, scenario management, and results comparison for repeatable validation programs. Reduces manual test overhead and provides structured evidence packages for certification and acceptance testing.
Engineering Support & Consultation
Technical consultation during evaluation and procurement, configuration guidance, remote technical support post-delivery, and engineering documentation. Available for NDA-covered program discussions and custom configuration requirements.
Organizations with demanding navigation test requirements.
We support customers with positioning, navigation, and timing validation requirements across four primary sectors — from early-stage R&D through pre-deployment acceptance testing.
Aerospace & Defense
Aerospace organizations, defense institutions, and government programs requiring high-fidelity GNSS simulation for receiver certification, system integration testing, and threat resilience evaluation. Includes space navigation programs and defense electronics manufacturers.
Universities & Research Institutions
Research laboratories, university navigation programs, and standardization bodies requiring controlled, repeatable GNSS environments for algorithm development, receiver research, and educational applications. Supports both teaching labs and advanced research programs.
Industrial Validation & System Integrators
Industrial validation teams, test laboratories, and system integrators developing GNSS-enabled products for automotive, UAV, maritime, and critical infrastructure applications. Requires repeatable test environments for product verification and regulatory compliance.
GNSS Receiver & Chipset Developers
Engineering teams developing GNSS receivers, chipsets, and navigation software who require comprehensive signal environments for performance characterization, multi-constellation validation, and competitive benchmarking. Includes both hardware and software receiver development programs.
What makes working with GNSS Simulator different.
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01
Engineering-led consultation, not sales-led
Our team engages at the technical level — understanding your test objectives, signal requirements, constellation needs, and validation workflow before recommending a configuration. We don't push products; we help you build the right test environment.
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02
Full portfolio coverage, single point of contact
From signal simulation through recording, replay, monitoring, spoofing evaluation, and software platforms — our portfolio covers the full GNSS test workflow. One engineering team supports the entire program, from evaluation through post-delivery.
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03
International customer focus
STARSPACE INTERNATIONAL LIMITED is structured specifically for international customers — with English-language technical documentation, responsive engineering support, and experience working across aerospace, defense, and research programs in multiple countries.
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04
Post-delivery technical support
Our engagement doesn't end at delivery. We provide remote technical guidance, configuration support, and application assistance to help your team get the most out of the platform throughout the program lifecycle.
”Our goal is to make GNSS testing more repeatable, more measurable, and more efficient — so engineering teams can validate with confidence before real-world deployment.”
Years of engineering experience in GNSS simulation and navigation testing
Systems deployed globally across aerospace, defense, and research sectors
GNSS test laboratories supported worldwide
Industry Collaboration
Our engineering programs support organizations across the aerospace, defense, and research sectors in the development and validation of navigation systems. We work with engineering teams at every stage — from early-stage receiver development through system-level acceptance testing.
- Aerospace and defense organizations
- Space navigation programs
- Government research institutions
- University navigation laboratories
- Standardization and certification bodies
- Industrial system integrators
Years of engineering experience in GNSS simulation and navigation testing
Systems deployed globally across aerospace, defense, and research sectors
GNSS test laboratories supported worldwide
Constellation systems supported: GPS, GLONASS, Galileo, BeiDou, QZSS, NavIC
Contact Our Engineering Team
For system integration, simulation requirements, or GNSS testing consultation. Our engineering team is available to discuss technical specifications, program requirements, and system configurations.