1K
Introduction
The Blockchain & Cybersecurity theme in the Smart India Hackathon 2024 (SIH 2024) addresses the growing need for secure, transparent, and efficient systems in various sectors. With the potential to transform industries ranging from finance to public safety, this theme challenges participants to develop innovative solutions using blockchain, cybersecurity, AI, and machine learning. Below is a table summarizing the top 10 project ideas within this theme, including their descriptions and potential impacts.
| Problem Statements | Description | Abstracts |
|---|---|---|
| 1. Solution for End-to-End Tracking of Dual Use Chemicals | Description: Develop a hardware/software solution for end-to-end tracking of dual-use chemicals from manufacture to end-use/export, ensuring they are not diverted for illicit drug production. Potential Impact: Enhances regulatory oversight and prevents the misuse of precursor chemicals in illicit activities. | Abstract |
| 2. Student Innovation in Blockchain | Description: Provide ideas using decentralized and distributed ledger technology to power cryptocurrencies and NFTs, potentially transforming multiple sectors. Potential Impact: Drives innovation in various industries by leveraging the transparency and security of blockchain technology. | Abstract |
| 3. Software Solution to Identify the End Receiver of a Cryptocurrency Transaction | Description: Develop a software solution to trace cryptocurrency transactions related to drug trafficking, identifying the real receiver of the funds. Potential Impact: Aids law enforcement in tracking down criminals involved in drug trafficking and other illicit activities. | Abstract |
| 4. Developing a Tool for Real-Time Cyber Incident Feeds for Indian Cyber Space | Description: Create a framework to crawl, collect, and analyze cyber incidents reported on various platforms, providing real-time feeds specific to Indian cyber space. Potential Impact: Enhances threat assessment and response capabilities for protecting India’s Critical Information Infrastructure (CII). | Abstract |
| 5. Identification of Algorithm from the Given Dataset using AI/ML Techniques | Description: Develop AI/ML techniques to identify cryptographic algorithms by analyzing datasets, improving the robustness and security of cryptographic systems. Potential Impact: Strengthens cryptographic systems by identifying and mitigating weaknesses in algorithm implementation. | Abstract |
| 6. Universal Switch Set with Data Encryption and Decryption for Legacy Applications | Description: Develop a universal switch set with data encryption and decryption capabilities to retrofit legacy applications lacking cybersecurity measures, ensuring data security during transmission and reception. Potential Impact: Enhances the cybersecurity of legacy systems without the need for costly upgrades or replacements. | Abstract |
| 7. Creating a Cyber Triage Tool for Digital Forensic Investigations | Description: Design a digital forensics tool that automates evidence collection, analysis, and reporting, integrating AI/ML for anomaly detection and pattern recognition. Potential Impact: Streamlines forensic investigations, enabling faster and more accurate identification of cyber threats. | Abstract |
| 8. De-anonymizing Entities on Onion Sites Operating on TOR Network | Description: Develop a tool to identify the operators of illegal marketplaces on the dark web, focusing on de-anonymizing users and tracing IP addresses on the TOR network. Potential Impact: Enhances law enforcement’s ability to track and apprehend individuals involved in illegal activities on the dark web. | Abstract |
| 9. Recovery of Deleted Data and Associated Metadata from XFS and Btrfs Filesystems | Description: Develop techniques to recover deleted data and metadata from XFS and Btrfs filesystems, ensuring the integrity of recovered data for forensic investigations. Potential Impact: Improves forensic data recovery capabilities for modern filesystems, aiding in cybercrime investigations. | Abstract |
| 10. RE-DACT: A Secure Redaction Tool for Sensitive Data | Description: Create an AI-driven redaction tool that anonymizes sensitive data from various input formats, providing a secure, customizable solution for data privacy and protection. Potential Impact: Protects sensitive information by securely redacting data, facilitating safer data sharing and compliance with privacy regulations. | Abstract |
Final note
The Blockchain & Cybersecurity theme in SIH 2024 presents numerous opportunities for developing cutting-edge solutions that address critical issues in data security, cyber forensics, and blockchain technology. By choosing one of these top 10 project ideas, your team can contribute to enhancing security and transparency across various sectors.
