IIT Tirupati Navavishkar I-Hub Foundation Website
As part of IITTNiF’s commitment to fostering innovation and product development in the domain of Global Navigation Satellite Systems (GNSS), we offer a comprehensive Lab as a Service (LaaS) model. This facility provides specialized infrastructure and expert support for testing, benchmarking, prototyping, and validation of GNSS-related technologies and solutions.
Our GNSS Lab as a Service enables stakeholders to access cutting-edge tools and testing environments without having to invest in dedicated infrastructure, thereby accelerating development cycles and improving product quality and compliance.
NavIC Signal Emulation & Interference Testing
Simulate NavIC and multi-GNSS signals for controlled lab testing.
Test resistance to jamming, interference, and multipath conditions.
Analyze device response to intentional and unintentional disruptions.
GNSS Antenna and Receiver Performance Benchmarking
Evaluate antenna gain patterns, sensitivity, group delay, and signal reception quality.
Benchmark GNSS receivers under standardized test conditions for accuracy, latency, and robustness.
Real-Time Signal Quality Monitoring & Spoofing Simulations
Monitor live GNSS signals for degradation, anomalies, and spoofing attempts.
Simulate spoofing scenarios to assess receiver security and anti-spoofing strategies.
Support for Prototyping, Validation, and Compliance Testing
Assistance in rapid prototyping of GNSS-enabled products or systems.
Validation of device functionality in real and simulated GNSS environments.
Help with meeting regulatory, industrial, or performance compliance standards.
Short-Term Research Trials & Product Demonstrations
Host short-duration academic or industrial research experiments.
Conduct live product demos in a controlled GNSS lab environment.
Capture critical performance metrics and user feedback.
This service is tailored to meet the needs of a wide range of users involved in GNSS research and product development:
Startups
→ Access high-end testing tools to accelerate time-to-market and improve product reliability.
Academic & Research Groups in GNSS
→ Conduct experiments, validate algorithms, and simulate real-world scenarios.
Government Organizations / PSUs / Line Ministries
→ Test mission-critical GNSS-based systems, ensure policy compliance, and evaluate indigenous technologies.
Industry Stakeholders & System Integrators
→ Perform system integration testing, pre-deployment validations, and client-specific demonstrations.