ASG2000 GNSS Spoofing & Interference Test System
Compact GNSS spoofing source for portable lab setups and smaller test environments
ASG2000 is a compact controlled GNSS RF threat test system for receiver anti-spoofing verification, R&D testing, troubleshooting, and repeatable engineering robustness assessment.
Compact spoofing validation for smaller GNSS test environments.
Use ASG2000 for receiver anti-spoofing test verification, R&D testing, and troubleshooting where full ASG8000-scale integration capability is not required.
The ASG8000 remains the higher-capability choice for programs requiring larger test-bench integration, multi-system coordination, and more complete closed-loop workflows. ASG2000 should stay positioned as compact, controlled, and engineering-focused.
Compact deployment
Designed for portable lab setups and smaller test environments where core spoofing validation is required.
Core spoofing workflows
Supports multi-GNSS spoofing signal generation for anti-spoofing test verification.
Synchronized generation
Supports ephemeris collection and synchronized signal generation for authorized lab use.
External control
Supports external command control and closed-loop test workflows where configured.
Product Gallery
ASG2000 compact GNSS spoofing signal source views, including front, side, and rear panel perspectives for product evaluation and page presentation.
Portable GNSS threat testing with careful capability scope.
ASG2000 should be described as a compact spoofing test source for authorized engineering validation, not as a full rack-scale ASG8000 replacement.
Multi-GNSS spoofing generation
Generates controlled spoofing signals for receiver anti-spoofing test verification.
Replay and generative scenarios
Supports replay and generative spoofing workflows documented in the product listing.
Ephemeris collection
Supports ephemeris collection and synchronized signal generation for authorized laboratory use.
External command control
Supports external command control and closed-loop test workflows in compact lab configurations.
Timing synchronization
Provides 10 MHz, 1PPS, and network timing outputs for coordinated test setups.
Receiver response evaluation
Supports observation of receiver tracking, alarms, mitigation, reacquisition, and recovery behavior.
ASG2000 technical specifications and supported GNSS signal parameters.
ASG2000 is a compact GNSS spoofing signal source supporting BDS, GPS, and GLONASS signal generation, external control, timing synchronization, and portable receiver anti-spoofing validation workflows.
System Profile
Compact spoofing source for receiver resilience testing and smaller GNSS test environments.
GNSS Signal Support
Supported constellations, signal types, signal quantity, and channel count.
- BDS: 16 channels
- GPS: 16 channels
- GLONASS: 12 channels
RF Output, Signal Quality and Accuracy
Output power, signal quality, spoofing positioning accuracy, and operating distance.
- Spurious power: ≤ -35 dBc
- Harmonic power: ≤ -35 dBc
Dynamic Characteristics
Motion dynamics and trajectory update parameters for spoofing signal scenarios.
Power, Physical and Interface Characteristics
Electrical, physical, synchronization, and connector-level parameters.
Where ASG2000 fits in compact GNSS resilience testing.
ASG2000 is suited for controlled, repeatable, authorized spoofing tests in smaller lab and engineering validation environments.
Receiver anti-spoofing validation
Evaluate spoofing detection and mitigation behavior using repeatable compact lab scenarios.
Compact lab resilience testing
Support smaller bench-top or portable test environments where ASG8000-scale integration is not required.
UAV navigation robustness
Assess receiver response for unmanned systems under controlled spoofing conditions.
Autonomous positioning validation
Support positioning robustness checks for autonomous platforms and navigation subsystems.
Receiver manufacturer R&D
Compare firmware, antenna, receiver, and algorithm behavior under repeatable spoofing conditions.
Troubleshooting workflows
Reproduce suspicious receiver behavior in a controlled engineering environment.
Critical infrastructure testing
Support timing and positioning protection studies where compact lab validation is sufficient.
Research lab testing
Support navigation security research and spoofing detection algorithm validation.
A compact workflow for receiver robustness assessment.
The workflow keeps ASG2000 focused on engineering validation: define the receiver, choose the scenario, run the test, and compare receiver behavior.
Define receiver
Confirm receiver type, constellation, frequency, RF connection, and validation objective.
Select scenario
Choose replay or generative spoofing conditions and any configured interference context.
Configure output
Set RF output, synchronization, timing, and external control parameters for the test bench.
Execute test
Run the controlled GNSS threat scenario in an authorized lab environment.
Observe behavior
Observe receiver tracking, alarms, mitigation, reacquisition, and recovery behavior.
Compare results
Compare receiver, antenna, firmware, or configuration changes across repeatable tests.
Confirm the compact system against the required test scope.
Keep ASG2000 positioned as the compact or portable option. For full integration capability, larger coordinated benches, or higher-end spoofing workflows, refer users to ASG8000.
Spoofing scenario
Replay or generative workflow, receiver behavior target, and validation criteria.
RF interface
Receiver connection, shielded lab setup, signal routing, and output requirements.
Synchronization
10 MHz, 1PPS, network timing, and any external command control requirement.
System scale
Whether compact ASG2000 coverage is enough or ASG8000 integration capability is required.
Need compact GNSS spoofing validation for a receiver program?
Share the target receiver type, required constellation and frequency, spoofing scenario, interference or jamming context, RF connection requirements, test objective, and lab, field, or production support environment.