|
1 |
Advanced Memory Extraction System |
Required for forensic acquisition of digital evidence from damaged or inaccessible UAV memory through Chip Off JTAG ISP and other extraction techniques This forms the primary evidence acquisition capability of the laboratory and One centralized system is adequate as evidence acquisition is undertaken in a controlled laboratory environment and cases are processed sequentially |
1 |
Nos |
90 |
|
2 |
Protocol Analysis Toolkit |
Required for debugging embedded electronics analysing communication protocols between UAV subsystems reverse engineering of firmware interfaces and validating indigenous hardware developments and One toolkit can adequately support all protocol analysis activities as it is a shared laboratory resource |
1 |
Nos |
90 |
|
3 |
AI Enabled Drone Forensics Analysis Suite |
Required for automated analysis and correlation of digital evidence including flight logs firmware telemetry images and videos thereby reducing investigation time and improving forensic accuracy and One software installation is sufficient as forensic analysis will be conducted on the dedicated forensic workstation |
1 |
Nos |
90 |
|
4 |
High Performance AI Workstation |
Required to execute computationally intensive AI enabled forensic applications firmware reverse engineering SDR signal processing and large scale evidence analysis and One workstation provides adequate computing capability for centralized forensic processing |
1 |
Nos |
90 |
|
5 |
Full Duplex Software Defined Radio 70 MHz to 6 GHz |
Required for advanced SDR experimentation involving MIMO communications protocol analysis and high bandwidth signal processing and Due to its dual transmit and dual receive capability meeting the laboratorys advanced SDR requirements |
1 |
Nos |
90 |
|
6 |
Handheld Spectrum Analyzer upto 6 GHz |
Required for RF spectrum monitoring interference detection UAV communication analysis and field investigations of RF systems and Enable laboratory and field measurements while ensuring continuity during calibration or maintenance |
1 |
Nos |
90 |
|
7 |
Wideband Antenna Set 70 MHz to 6 GHz |
Required to receive and characterize UAV control telemetry video and GNSS signals over multiple frequency bands using different antenna types and Provide flexibility for directional and omnidirectional measurements antenna characterization and simultaneous SDR experiments |
1 |
Nos |
90 |
|
8 |
Broadband Low Noise Amplifier 70 MHz to 6 GHz |
Required to improve receiver sensitivity for weak signal interception RF surveillance and spectrum monitoring and Two units shall support multiple receive chains multi channel SDR configurations and simultaneous laboratory experiments besides field validations |
2 |
Nos |
90 |
|
9 |
Engineering Grade Multi-functional 3D Printer |
Required for rapid prototyping and fabrication of UAV components sensor mounts RF enclosures battery housings and test fixtures thereby reducing development time and dependence on external vendors and One centralized printer is sufficient for the anticipated prototyping workload |
1 |
Nos |
90 |
|
10 |
Power Amplifier |
Required for testing of custom UAV payloads and endurance requirements supporting indigenous system integration and One integrated station is adequate as testing is a specialized laboratory activity |
1 |
Nos |
90 |
|
11 |
3 DOF UAV Stability Test Platform |
Required for validation and calibration of Inertial Navigation sensors flight controllers payload stabilization systems and indigenously developed EW Resilience modules fitted onto UAVs through a controlled platform and One centralized platform adequately supports all sensor calibration and validation activities |
1 |
Nos |
90 |
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