prof-freakenstein/SIH2024 huggingface dataset:
Title: Virtual Zoo. Category: Smart Education. Subcategory: Software. Organization: Ministry of Environment. Description: Design software and hardware to display holograms of existing and extinct species of flora and fauna to depict complex ecosystems from various parts of the world. The virtual zoo could be displayed in schools, museums, and Ministries without using much physical space. The zoo could also hold educational sessions about the environment within the virtual space using prerecorded videos of teachers from around the world.
Title: EWaste Facility Locator. Category: Smart Automation. Subcategory: Software. Organization: Ministry of Environment. Description: Website that tells you the location of the nearest ewaste collection and recycling facility. Offers educational popups on the harmful components of your ewaste and their effects on the environment and human health if not disposed correctly. There could be an option to input the model of your old device and earn credit points relative to the amount of precious metals recovered from the device if disposed correctly.
Title: Behavioural change monitoring software. Category: Smart Automation. Subcategory: Software. Organization: Ministry of Environment. Description: A software that allows the ministry to monitor the success of their behavioural nudges in real time with respect to consumer choices and environmentally friendly actions. The software will define certain measurable outcome indicators and track the changes in them over time. The changes will be correlated to LiFE activities and awareness programmes to measure the success of the behavioural nudges.
Title: Pro Planet Person App. Category: Clean  Green Technology. Subcategory: Software. Organization: Ministry of Environment. Description: A mobile application that tracks userÃƒÂÃâšÂÃâžÂs activities and actions and tells the user if she is Pro Planet. Also offers suggestions on how to become a Pro Planet Person. Can use popups and fun facts to nudge behaviors. The app can track behaviorÃƒÂÃâšÂÃâžÂs across other selected apps such as food delivery, online ordering, etc. to nudge the users to choose sustainable alternatives in real time. For example, while ordering food, the app will send a popup reminding the user to deselect the option of disposable cutlery.
Title: To develop centralised information security .Logcollection facility or security operation centre soc in the power sector, considering cEA cybersecurity Power sector Guidelines, 2021to keep lr and or networking System isolated and airgapped.. Category: Blockchain  Cybersecurity. Subcategory: Software. Organization: Ministry of power. Description: Cyber intrusion attempts and cyberattacks in any critical sector are carried out with a malicious intent. ln Power sector, its either to compromise the power Supply system or to render the grid operation insecure. Any such compromise may result in maloperation of equipmentÃƒÂÃâšÂÃâžÂs, equipment damages or even in a cascading grid brownoutblackout. The muchhyped air gap myth between lr and or systems now stands shattered. The artificial air gap created by deploying firewalls between any lr and or system can be jumped by an insider or an outsider through social engineering. Cyberattacks are staged through tactics and techniques of lnitial Access, Execution, persistence, privilege Escalation, Defense Evasion, Command and Control, Exfiltration. After gaining an entry inside the system through privilege escalation, the control of lr network and operations of or systems can be taken over even remotely by any cyber adversary. The gain of sensitive operational data through such intrusions may help the NationState sponsored or nonsponsored adversaries and cyberattackers to design more sinister and advanced cyberattacks. How to develop centralized information security logcollection facility or Security Operation Center SoC in the Power Sector, considering cEA cybersecurity power Sector Guidelines 2021, to keep lT and OT networking System isolated and airgapped
Title: Detection of Malwarei Trojan in softwares used in Power Sector.. Category: Blockchain  Cybersecurity. Subcategory: Software. Organization: Ministry of power. Description: The power system networks are getting automated and softwareÃƒÂÃâšÂÃâžÂs are being updated or new SoftwareÃƒÂÃâšÂÃâžÂs are being used in the network for various purposes including SCADA, Head End System, Meter Data Management System, Billing System, etc. Most of these softwareÃƒÂÃâšÂÃâžÂs are loaded in demilitarized zones regular patch updates and penetration tests are normally avoided on the live systems. These systems become vulnerable, and hackers try to exploit such systems using various attack vectors. The challenge is to validate presence of malicious codes if any in the softwareÃƒÂÃâšÂÃâžÂs which could exploit specific attacks including the zero day attack.
Title: Detection of embedded Malware Trojan in hardware devices used in Power Sector.. Category: Blockchain  Cybersecurity. Subcategory: Hardware. Organization: Ministry of power. Description: We know that the technology is changing fast and so are the devices used in Power Systems network. The hardware devices used in the sector are also having fast processing capacity and are intelligent. They also communicate data either periodically or on request or if some logic is met or at programmed intervals, to control centers or to local  zonal SCADA system. The devices could be Intelligent Electronic Devices IEDs like Relay, BCU, Smart Meters, or Remote Terminal Units RTU etc. As these are electronic devices, they are prone to security threats. To make sure these devices are free from security threats, it is required to test them for malware  Trojan or alike of malicious codes present in the devices hardware systems like System on Chip Microcontrollers  Microprocessors DSP FPGA based products which has inbuilt firmware and dedicated application programs running within available and constraint memory. The challenge is to validate such electronic equipmentÃƒÂÃâšÂÃâžÂs for vulnerability assessment tests and for presence of suspicious or malicious codes present if any, in the devices such codes could otherwise exploit specific attacks which may cause damage to process system or harm the environment and living beings on certain conditions or may trigger on logics including the zero day attack.
Title: Developing a software for dubbing of videos from English to other Indian regional languages.. Category: Smart Education. Subcategory: Software. Organization: Ministry of Commerce and Industries. Description: CIPAM is engaged in the creation of promotional and awareness videos on Intellectual Property in India. A software that can be used for dubbing of videos from English to other Indian regional languages would help in mass outreach of such videos for public awareness. The software must produce a voiceover in a human like voice in Indian vernacular languages like Hindi, Marathi, Bengali, Gujarati, Tamil, Telugu, etc. as well as text supers that is dubbed from English to other Indian regional languages. The translated voiceover must also be in simple language, easy to understand and must not be colloquial in nature. A sample video has been provided for reference.
Title: Developing a software that can translate resource material and other texts from English to other Indian regional languages.. Category: Smart Education. Subcategory: Software. Organization: Ministry of Commerce and Industries. Description: CIPAM is actively involved in furthering IPR awareness, commercialization and enforcement. In this regard, CIPAM has created various educational tools and resource materials for easy understanding by students, industries, general public, police, judiciary and custom official. For wider outreach there is a requirement for a software that can translate these resource materials and texts from English to other Indian regional languages. The software should assist in translation of these texts created in multiple forms word document, pdf document, text in images etc. The software should aid in generating output that captures the true meaning of the text and not just the literal meaning. It should provide the option of generating translated texts in the following languages Hindi, Marathi, Bengali, Gujarati, Tamil and Telugu. The translated texts must also be in simple language, easy to understand especially by the general public and must not be colloquial in nature. A sample text has been provided for reference.
Title: Developing an interactive gaming software  mobile application on Inteliectual Property Awareness for school students. Category: Smart Education. Subcategory: Software. Organization: Ministry of Commerce and Industries. Description: One of the primary objectives of CIPAM is to create educational tools and resources for Intellectual Property Awareness at school level. School students learn best when technical areas of law are gamified and interactive in nature. The interactive gaming softwaremobile application should aim at teaching the basics of Iintellectual Pproperty Rrights IPR to students, including Patents, Trademarks, Copyrights and Designs that can be used both inside and outside of the classroom and out. The game can have different activities on the IPs mentioned above, arranged at different levels of progression basic, intermediate and advanced. It should also include elements such as scoreboard, map of progress, factual titbits and a quick recap at the end. On completion of the game, the students should be able have a basic understanding of these IPs as a learning outcome.
Title: Optimizing Doctor Availability and Appointment Allocation in Hospitals through Digital Technology and Al Integration.. Category: MedTech  BioTech  HealthTech. Subcategory: Software. Organization: Govt of Himachal Pradesh. Description: To develop a digital system that streamlines the appointment scheduling process in hospitals by automating the process of identifying doctor availability and appointment slot allocation. The system will utilize advanced technologies such as RFID, face detection, proximity of Mobile phone, or any other relevant technology to detect the presence of doctors in the hospital. The system will use Artificial Intelligence AI to allocate appointment slots based on the doctors presence and the number of waitlisted patients. This will improve the overall patient experience by reducing the wait time. In conclusion, the proposed digital system will improve the efficiency and convenience of the appointment scheduling process in hospitals the patients will benefit with reduced waiting time.
Title: RealTime Vehicle Tracking system.. Category: Smart Vehicles. Subcategory: Software. Organization: Govt of Himachal Pradesh. Description: To develop a smart transportation system, which that aims to provide realtime information to the users regarding the availability of buses and their upcoming timings. The system will utilize advanced technologies such as GPS and other relevant services to gather the necessary data for providing reliable information to the users. The proposed system will have to be designed to facilitate the users in identifying the current location of their desired bus, along with the estimated time of its arrival at the respective bus stop. This will be achieved through the integration of the realtime data from the buses, as well as from the traffic management system. In conclusion, the proposed smart transportation system will significantly enhance the efficiency and convenience of the public transportation system in Himachal Pradesh. As a sustainability information to the user, good to indicate emission compliance of the bus e.g. Bharat Stage IV also if the bus uses clean fuel such as CNG or Electricity
Title: Analysis and identification of malicious mobile applications. Category: Blockchain  Cybersecurity. Subcategory: Software. Organization: Ministry of Power. Description: ln todays world, using different mobile applications for specific tasks is very common. This leads to smart phone users accumulating too many applications over a period. Seldom do users delete unused applications. Any application performing malicious tasks can very easily go unnoticed. So, there is a need to develop a mobile app tool that can use opensource intelligence and threat feeds to detect various indicators of compromise in the smartphones. The tool can check network communication to various lP addresses that are suspicious, various URLs that are suspicious, inbound connections or packets from applications that are suspicious.
Title: lntelligent chatbot to answer queries pertaining to various Maintenance Processes within Substation. Category: Smart Education. Subcategory: Software. Organization: Ministry of Power. Description: Substation Asset Maintenance includes various maintenance activities for various equipment classes such as Transformer, Reactors, Circuit Breaker, lnstrument Transformers, Surge Arrestors etc. Maintenance activity for all these equipments include carrying out various tests and checks for which procedures along with acceptable limits are documented. Need is for creating an intelligent chatbot based on natural language processing which may aid in answering user queries pertaining to various maintenance activities. Examples of such queries include steps to carry out a test, its probable values acceptable limits, actions to resolve any issue faced during maintenance. The chatbot should have features for semantic processing of queries. It should also includes industrial standards and safety guidelines and test equipment to follow that activity.
Title: Vegetation measurement along the line corridor using satellite imagery. Category: Agriculture, FoodTech  Rural Development. Subcategory: Software. Organization: Ministry of Power. Description: Solution is required for identifliing vegetation height below the Transmission conductor and raising alarm for lopping them. For this satellite imagerybased analysis is required along with trained machine learning model to simulate growth pattern. The growth pattern of different trees is different. The solution should be able to show the current height after adding the predicted increase in height from the date of capturing to till date to the height derived from satellite imagery.
Title: Segregating and information on regulatory  Gofi. PolicieVGuidelinesOffice Memorauda etc. related to Contract and Procurement issues for proper compliance and reporting of the same.. Category: Miscellaneous. Subcategory: Software. Organization: Ministry of Power. Description: For adhering to compliance of various procurement and contract management related Regulations Policies Guidelines Circulars Manuals Office Memorandums etc. issued by Govt. of India MoF MoP CVC from time to time for system improvement in the procurement process, such regulations  policies Guidelines Circulars etc. may require to be put in one place for information, reference, compliance  reporting of the same by the procuring authorities in the required manner like whether adopted in the tender document reporting thereof to the concerned made, wherever necessary through creation of a tool application system for effective contract management. The GUI should be user friendly and the documents should be easily accesible.
Title: Creation of Live Digital Twins for the power Projects and integration with all existing monitoring and database system which will give a holistic real time approach to the project and plant from all aspect of construction, operation and maintenance.. Category: Smart Automation. Subcategory: Software. Organization: Ministry of Power. Description: The comprehensive model should be able to feedin real time data input and give the necesaary output parameters. For example for a Hydro Project , the inflow input of water in the river should be able to give the real time data ouput such as Energy output, Spillingif any, Head loss, etc. .It would be a similar dynamic digital replicamimicry of the real project.
Title: Robotics for inspection of abrasion  corrosion of underwater equipment  parts and further repair and maintainance. Category: Robotics and Drones. Subcategory: Hardware. Organization: Ministry of Power. Description: Remotely Operated Vehicle ROVAutonomous Underwater Vehicle AUV should be able to identify and repair the localised problems of the underwater portion of the structures like , Penstock , Dam, Turbine , Surgeshaft etc in a Hydro Power Project Station without intervention of Human Deep Divers. It should preferabbly be indigneous and low cost in nature.
Title: Onestop solution for monitoring dairy plant energy consumption, hygiene and packaging waste collection from consumers.. Category: Agriculture, FoodTech  Rural Development. Subcategory: Hardware. Organization: Ministry of Fisheries, Animal Husbandry and Dairying. Description: To provide a sustainable solution with regards to dairy plant operation and performance, the monitoring of plants energy demand per unit of produce would be an essential parameter. Monitoring of plant hygiene and sanitation would play a key role through the perspective of improvements in food safety. On the consumer end of dairy product value chain, the efficient and easy mechanism for collection of packaging waste is very important aspect. It is the need of the time to have onestop solution which would address the above mentioned aspects reliably with an integrated approach. Solution may be developed preferably based upon software integrated with associated hardware.
Title: development of systems for effective Environmental, Social and Governance ESG Intervention in Higher Education. Category: Renewable  Sustainable Energy. Subcategory: Software. Organization: Government of Jharkhand. Description: It is well established that development towards a more sustainable society must begin with education. When education is done right, it not only teaches people about the science of climate change and inequality and the reasons we must take action, it also engages, empowers and promotes a more environmentally friendly, communitybased way of life. ESG in higher education is one of least discussed aspects of governance among administrators. With the recent energy and climate crisis, administrators around the globe have realized the importance of sustainable process. The three pillars of ESG are people, processes, and product. In our case, people are the most important stakeholder in achieving our goal. Students from campuses of Higher Education are not only woke about the climateenergy crises but also are passionate for deigning a world of their future. Administrators on other hand are aware of the rising cost of energy and are open to adopting energy conservation and other aspects of ESG The objective of the problem statement solution shall be to create a common platform for planning, development, execution, and monitoring of ESG initiative. The initiatives may include adopting alternative sources of energy, development of energy efficient campuses, adopting green construction standards like GRIHA Prakriti and similar such initiatives. Another objective of the problem statement solution is to generate and produce dynamic dashboards which show targeted lacking areas as well as progress check for currently undertaken projects. The overall objective of the solution should be based on a collaborative effort between all the stakeholder for creating ESG framework in Higher Education. If executed effectively the solution will not only make a significance difference to the present scenario but also create a generation of environmentally and socially aware citizens with in depth knowledge on ESG issues. The solution should be in line with Indias ambition of achieving its targets under COP 21 of Paris Agreement. It should also incorporate the best practice steps taken by governments like the International Solar Alliance. The overall objective of the solution shall be to develop a common monitoring dashboard for all ESG Initiatives taken by the state and predictive solution based on best practices across the globe.
Title: Community Based Reporting and Monitoring Tool for Womens Safety in CollegesUniversities.. Category: Miscellaneous. Subcategory: Software. Organization: Government of Jharkhand. Description: Campuses of colleges and universities are meant to be vibrant, freeflowing, and dynamic in nature. An accommodating campus supports idea exchange, personal growth, and soft skill development. The safety of students, especially womens students, is a pillar of an accommodating campus. In the present scenario, the measures available to college administrators and students, such as the installation of CCTV cameras, increased security on campuses, and the establishment of police outposts, are reactive in nature, i.e., they are pressed into action only after the occurrence of a mishap. The objective of the problem statement is to develop predictive analytic models to prevent mishaps even before they occur. The second issue pertaining to womens safety is the lack of manpower for proactive interventions to prevent mishaps. Another objective is to develop, monitor, predict, and provide actionable intelligence for the prevention of mishaps. The solution can explore the contours of anonymous and nonanonymous data collection mechanisms, pointtopoint reporting systems, and predictive data analytics for providing actionable intelligence. Further, the collected data can be leveraged to develop and mark probable black spots and red time zones for pinpointed actions to be taken by administrators. To promote a communitybased system, the system may be designed in such a way that it not only gathers information from students but also involves the entire student community in the prevention of mishaps. The data collected from the participants can be populated into the system, and realtime monitoring can be done with an interactive dashboard and charts. It can also be used to develop realtime rapid intervention by the student community, college administration, and local authorities. Further to this, a companion model can also be developed for students that helps them travel through black spots and during red time zones. This will not only ensure the community participation of students but also develop a responsibilitysharing framework for campus safety.
Title: Real time monitoring of infrastructure development. Category: Smart Automation. Subcategory: Software. Organization: Government of Jharkhand. Description: Today, each sector, such as education, health, agriculture, etc., is growing at a fast pace, and so is the infrastructure required for each sector. Developing infrastructure for each sector is a huge task and involves huge costs. Currently, a few tools are being used to monitor the daytoday progress of the infrastructure, but they are all manual. This results in additional costs and the untimely completion of the infrastructural projects thus, it affects the overall development of any sector. For further clarification, consider the infrastructure development associated with the education sector. If any government wants to set up a technical institute, it has to go through multiple processes, and one of the major processes is the timely establishment of the institute. With geotagging, it is possible to identify the chunk of land within the given location, district, town, etc., but the major challenge lies when it comes to the development of infrastructure. Currently, there is no mechanism available to monitor the progress on a realtime basis, so lots of manual intervention happens to monitor the progress. To overcome this issue, it is necessary to develop GIS and Albased solutions through which realtime monitoring of the infrastructure can be done. Further, an application can also be developed that can work in both online and offline mode and through which daytoday progress can be fed into the system. Thus, collected data can be populated into the system, and realtime monitoring using interactive dashboards and charts is possible. Further, the system will also provide flexibility to the user through simulation interference, which will help the user analyze the impact of an external factor on the time required for completion of the project.