Technology Development Fund

Invitation for Feasibility/RFI

Design and Development of Customized Slip-Ring for Defence Applications.

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(This RFI serves as a preliminary step to gauge industry capabilities and gather insights. Please note, it does not imply any assurance of a future RFP or project by DTDF.)

Project Name	Design and Development of Customized Slip-Ring for Defence Applications.
Stage	FEASIBILITIES
Overview	This work presents the design and development of customized slip rings for defence applications, covering airborne SATCOM, underwater hybrid, and HD-SDI video/RF systems, emphasizing durability, efficient data transfer, and operational reliability.
Keyword	RF & Optical Signal Transmission, Defence Electronics, Slip Ring Design
Unique ID
Primary Focus Area	Electronics and Communication Engineering, Mechanical Engineering
Application Start Date	2025-10-01
Application Last Date	2025-10-31 till 17:00
Relevant Documents

Design and Development of Fast Steering Mirror for Platform

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(This RFI serves as a preliminary step to gauge industry capabilities and gather insights. Please note, it does not imply any assurance of a future RFP or project by DTDF.)

Project Name	Design and Development of Fast Steering Mirror for Platform
Stage	FEASIBILITIES
Overview	The project aims to design and develop compact, high-precision Fast Steering Mirrors using piezoelectric actuators for real-time laser beam stabilization, featuring flexure-based structures, low-latency control, and integrated feedback sensing.
Keyword	Piezoelectric Actuation, Beam Stabilization, Precision Optomechanics
Unique ID
Primary Focus Area	Electronics and Communication Engineering
Application Start Date	2025-10-14
Application Last Date	2025-10-29 till 17:00
Relevant Documents

Shared Aperture Phased Array Antenna (1-6Ghz/5-18GHz)

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(This RFI serves as a preliminary step to gauge industry capabilities and gather insights. Please note, it does not imply any assurance of a future RFP or project by DTDF.)

Project Name	Shared Aperture Phased Array Antenna (1-6Ghz/5-18GHz)
Stage	FEASIBILITIES
Overview	The document outlines the design of wideband shared aperture phased array antennas (1–6 GHz and 5–18 GHz) integrating radar, EW, and communication systems into a single aperture to enhance performance and reduce RCS on military platforms.
Keyword	Phased Array Antenna, Electronic Warfare, Wideband Communication
Unique ID
Primary Focus Area	Electronics and Communication Engineering
Application Start Date	2025-10-14
Application Last Date	2025-10-29 till 17:00
Relevant Documents

Generic Edge AI Solution of Multi Sensor Data Fusion, Detection & Classification of Objects (Human, Vehicle & Drone)

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(This RFI serves as a preliminary step to gauge industry capabilities and gather insights. Please note, it does not imply any assurance of a future RFP or project by DTDF.)

Project Name	Generic Edge AI Solution of Multi Sensor Data Fusion, Detection & Classification of Objects (Human, Vehicle & Drone)
Stage	FEASIBILITIES
Overview	Indigenous Edge AI system, multi-sensor data fusion, object detection and classification, thermal pseudo coloring, real-time ISR enhancement, reinforcement learning, deep learning, GPU/TPU-based edge computing hardware.
Keyword	Edge Artificial Intelligence, Multi-Sensor Data Fusion, Reinforcement Learning
Unique ID
Primary Focus Area	Electronics and Communication Engineering
Application Start Date	2025-10-15
Application Last Date	2025-10-31 till 17:00
Relevant Documents

Invitation for DPR

Disclaimer : The information provided here is indicative and for outreach purposes only. Users are requested to confirm the date, time, terms & conditions, and all relevant details directly from the DefProc (Defence e-Procurement) Portal or other official websites. No queries in this regard will be entertained.