<p><strong>10) Coinvestigator, &quot;NiPDD: Designing an Artificial Intelligence based CMOS Sensor system for Non-Invasive Detection of Parkinson&rsquo;s disease&quot;, Biomedical Informatics, ICMR.</strong></p>

<p>An Artificial Intelligence-backed olfaction detection system will be developed for the early detection of Parkinson&#39;s disease utilizing odor fingerprinting data.&nbsp;Low-cost and non-invasive handheld device development for the same is the primary aim of this project.</p>

<p><strong>9) FIST Project Implementation Team Member,</strong>&nbsp;<strong>&quot;To develop an Advance RF and Microwave Testing and Measurement Laboratory &quot; under Fund for Improvement of S&amp;T Infrastructure&nbsp;(FIST, Level-1) in Higher Educational Institutions</strong><span style="font-size:16.6667px">.</span></p>

<p>This project aims to develop an advanced RF and Microwave&nbsp;laboratory wherein the components developed for supporting the latest wireless standards like 5G/6G Cellular networks, WiFi, etc. can be tested to meet commercial standards. Dr. Pooja Mishra is leading the Implementation Team.</p>

<p><strong>8) Principal Investigator, &quot;STI Hub in ICT at IIITA Prayagraj&quot;, funded by SEED division of DST.</strong></p>

<p>It aims to train the SC/ST community in ICT and extend handholding for initiating their self-employment through the imparted training. During 2 year Pilot run 500 persons belonging to Prayagraj and Varanasi&nbsp;districts will get the benefits.</p>

<p><strong>7) Director, IIITA Infocommunication Incubation Center&nbsp;(IIIC: a section 8 company established by IIITA Prayagraj)</strong></p>

<p>(i) Project Head, Flexible Academic Program Integrated Service (FAPIS) platform development</p>

<p>The FAPIS is the backbone support system for the implementation of NEP 2020 through FAP.</p>

<p><strong>6) IIITA Team of investigators working under&nbsp;&#39;The National Technical Center on Cyber Security at IITK, funded by&nbsp;DST.&nbsp;</strong></p>

<p>(i) Coinvestigator, &#39;Industry scale IoT based testbed&#39; module (Dr. S. Venkatesan is the PI)</p>

<p>The aims of the project include to setup the IoT security test bed which will include smart home to critical infrastructure devices.&nbsp;To explore the possible vulnerabilities on the IoT devices and suggest preventive measures,&nbsp;To develop a security audit framework for the IoT devices and its communication network,&nbsp;To develop a generic secure IoT device<br />
communication model which includes lightweight key management, secure channel, etc. for the IoT based smart home and critical infrastructure.</p>

<p>(ii) Coinvestigator, &#39;Reliable and Privacy-Preserving Data Auditing for FOG assisted Cyber-Physical Systems (FOG-CPS)&#39; (Dr. S. Maity is the PI)</p>

<p><span style="background-color:transparent; color:rgb(0, 0, 0); font-family:arial; font-size:11pt">We aim to design, implement, verify, and test the performance of provably secure cryptographic protocols for data auditing in a FOG-CPS system. In our proposed solutions, the data auditing is to be done in a localized and distributed way by the devices present inside the CPS only. This imposes the challenge of auditing to be done by a set of semi-trusted auditors, and hence, the privacy of sensitive data used by a safety-critical CPS must be ensured against a possible compromised data auditor.</span></p>

<p><strong>5) Co-Investigator of Design Innovation Center (DIC) spoke of the IIT-BHU hub (Dr. Suneel Yadav is the PI)</strong></p>

<p>Besides extending support to the Coordinator (PI) for running the spoke activities, in the capacity of Principal Investigator, the following main projects have been undertaken with the help&nbsp;of UG/PG students and financial support of DIC:</p>

<p>(i) Development of 3D printer</p>

<p><em>(This technology has been transferred to ITI Mankapur&nbsp; for commercial production)</em></p>

<p>(ii) Development of D2D protocol testbeds for Android and IOS</p>

<p>(iii) Dynamic Antenna Assembly System</p>

<p>(iv) Development of a prototype for alternate technology for information transfer from underwater</p>

<p>(v) Development of Directional ultrasonic speakers</p>

<p>(vi) Development of an improved version of the voting machine</p>

<p>(vii) Encroachment monitoring using satellite imaging technology</p>

<p>(viii) Development of a prototype for illustrating the Mobile Edge Computing</p>

<p><strong>4) Principal Investigator of the Consultancy Project received from AMIT Pvt. Ltd.</strong></p>

<p>(i)&nbsp;Development of FINAPP: An financial application for innovative trading of crop</p>

<p>(ii)&nbsp;Development of ROJAPP: Apna Rojgar application</p>

<p>(iii)&nbsp;Development of CROPAPP: Satellite imaging-based crop monitoring application</p>

<p><strong>3) Principal investigator of the consultancy Project received from EXsensor Pvt. Ltd.</strong></p>

<p>(i) Designing and testing of the multi-antenna&nbsp;wireless sensor network node</p>

<p><strong>2) Coinvestigator, of the project, &quot;Popularizing the benefits of Information and Communication Technology ICT among the farmers and rural population&quot;, STEMM scheme of NCSTC, DST. (Dr. Vijay Chaurasiya is the PI)</strong></p>

<p>It aims to undertake various innovative activities for popularizing various existing IT platforms and tools.&nbsp;</p>

<p><strong>1) Funded by IIITA</strong></p>

<p>(i) AVIRAL: Software for CCLCAA ordinance implementation (2017)</p>

<p>(ii) CSTCP: A center for ONLINE education (2018)</p>