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Student Projects

2024-25
S. No H.no Project Title Mentor Project Outcomes
1 217R1A0552

217R1A0515

217R1A0562

 BLOCK CHAIN BASED CHEQUE VERIFICATION AND CLEARANCE SYSTEM MS.SANJANA The project develops a blockchain-based cheque verification and clearance system to ensure secure, transparent, and tamper-proof transactions. It automates the verification process using smart contracts, reducing fraud and processing time. The outcome is a reliable, decentralized platform that enhances trust, speeds up clearance, and minimizes errors in cheque handling
2 217R1A0563

217R1A0538

217R1A0502

 BLOCK CHAIN BASED AUTONOMOUS NOTORIZATION SYSTEM USINGNATIONAL ID CARD MRS.RAKSHITHA The project implements a blockchain-based autonomous notarization system using the National ID card to securely verify and record legal documents. It ensures tamper-proof authentication, reduces dependency on third parties, and automates the notarization process using smart contracts. The outcome is a secure, transparent, and efficient system that enhances trust and accessibility in legal documentation and identity verification
3 217R1A0544

217R1A0528

217R1A0520

 BLOCK CHAIN  FOR MANAGEMENT OF IOT DEVICES IN THE MEDICAL INDUSTRY MS.TABEEN FATIMA The project uses blockchain technology for managing IoT devices in the medical industry to ensure secure data exchange, device authentication, and real-time monitoring. It provides a decentralized system that protects sensitive patient data, prevents unauthorized access, and ensures the integrity of medical device communications. The outcome is a robust and transparent framework that enhances the security, reliability, and efficiency of healthcare IoT systems.
4 217R1A0524

217R5A0507

217R1A0568

 

 BLOCK CHAIN BASED  E-VAULT FOR LEGAL RECORDS G.VINESH SHANKAR The project develops a blockchain-based e-vault for secure storage and management of legal records. It ensures data integrity, confidentiality, and immutability through decentralized storage and cryptographic protection. The outcome is a tamper-proof, transparent, and easily accessible system that enhances trust, reduces fraud, and streamlines legal document handling.
5 217R1A05J5

217R1A05K1

217R1A05K2

 PEER-TO-PEER CARPOOLING USING BLOCKCHAIN G.KALPANA DEVI

 

 The project implements a peer-to-peer carpooling system using blockchain technology to ensure secure, transparent, and trustless transactions between users. It uses smart contracts for ride agreements, payment automation, and identity verification. The outcome is a decentralized platform that enhances trust, reduces intermediary costs, and promotes efficient and reliable carpooling services.
2023-24
S. No H.no Project Title Mentor Project Outcomes
1 207R1A05D5

207R1A05D6

207R1A05F5

 BLOCK HUNTER FEDERATED LEARNING FOR CYBER THREAT HUNTING IN BLOCK CHAIN-BASED IIOT

NETWORKS

 

 G.SWATHI

 

 In this project, they developed the Block Hunter framework to hunt anomalies in

blockchain-based IIoT smart factories using a federated learning approach. Block

Hunter uses a cluster-based architecture to reduce resources and improve the throughput

of blockchain-based IIoT networks hunting. The Block Hunter framework was

evaluated using a variety of machine learning algorithms (NED, IF, CBLOF, K- means,

PCA) to detect anomalies

 

 
2022-23
S. No H.no Project Title Mentor Project Outcomes
1 197R1A0535

 

 SLIDING WINDOW BLOCK CHAIN ARCHITECTURE FOR IOT V.NARESH KUMAR In this centralized security architectures are not suitable for IoT, as they create a single point of attack and can be costly to defend against targeted attacks on centralized infrastructure. To address these challenges, there is a need to decentralize the IoT security architecture while considering resource constraints. we propose a blockchain sliding window (SWBC) architecture specifically designed for IoT applications, which modifies the conventional blockchain approach. The SWBC architecture utilizes previous blocks in proof of work to shape the next hash block, creating a sliding window mechanism.

 

 
2 197R1A0515

197R1A0514

197R1A0516

 SECURING IOT DEVICES USING BLOCKCHAIN K.RANJITH REDDY The project secures IoT devices using blockchain technology to ensure data integrity, authentication, and decentralized control. It prevents unauthorized access by using smart contracts and immutable ledgers for secure device communication. The outcome is a robust, tamper-proof system that enhances the security, transparency, and trustworthiness of IoT networks.
3 197R1A0576

197R1A0597

197R1A05B4

 DECENTRALIZATION AND THE SECURITY ISSUES IN BLOCKCHAIN

ENABLED INTERNET OF THINGS

 

 V.NARESH KUMAR Decentralized blockchain server that

verifies previous hash codes at each transaction and

stores data as blocks of trees; assuming check is

effective, the information is thought of as

unblemished; The Blockchain server notifies the system that it is under attack and collects data from

another functioning node if data changes. Blockchain

is secure and reliable in today’s market due to its

immutable data storage and transaction hash code

verification.

 

 
4 197R1A0566

197R1A05A6

197R1A05B6

 DETECTION OF COUNTERFEIT PRODUCTS USING

BLOCKCHAIN

 

 G.KALPANA DEVI

 

 With the vast variety of things available online, counterfeit goods are

expanding tremendously. So, there is a critical need to identify phony goods, and blockchain technology is employed to do so. Moreover, a QR code with the information has been created. Consumers and users can identify bogus products by scanning the logo and QR code. With blockchain technology, product-related digital data can be saved as blocks. The Firebase cloud can be used to store the data

 
5 197R1A0569

197R1A05B7

197R1A05B8

 HEALTH CARE SYSTEM USING BLOCKCHAIN AND MACHINE

LEARNING

 

 Dr. G. MADHUKAR

 

 Blockchain Technology gives a great number of opportunities if utilized properly and is seen beyond bitcoin. With blockchain, the dominance of central authority could

be eliminated and so the commission. Machine Learning models can be directly fed with data (however the rights will be managed by central authority). This will increase the accuracy and efficiency of machine learning models and so their usability. Healthcare industry directly correlates with the life of a person. This could help

patients as well as doctors.

 
6 197R1A05E3

197R1A05G6

197R1A05H4

 A DECENTRALIZED BASED APPOACH FORMICROFINANCE USING BLOCKCHAIN TECHNOLOGY K.RANJITH REDDY The project implements a decentralized approach for microfinance using blockchain technology to ensure transparency, security, and trust in financial transactions. It eliminates intermediaries, reduces transaction costs, and ensures tamper-proof loan records. The outcome is a secure, efficient, and accessible microfinance system that empowers underserved communities with reliable financial services.
7 197R1A05L2

197R1A05K6

197R1A05K7

 AN IMPLEMENTATION OF BLOCKCHAIN TECHNILOGY IN FORENSIC EVIDENCE MANAGEMENT MS.Raheem unnisa The project implements blockchain technology in forensic evidence management to ensure the integrity, transparency, and security of evidence records. By using a tamper-proof, time-stamped ledger, it maintains a clear chain of custody and prevents data manipulation. The outcome is a reliable and decentralized system that enhances trust, accountability, and efficiency in handling forensic evidence.
2021-22
S. No H.no Project Title Mentor Project Outcomes
1 187R1A0551

187R1A0554

187R1A0519

 SECURING DATA USING BLOCKCHAIN AND AIUSING SHA 256 ALGORITHM D.SANDYA RANI The project secures data using Blockchain and AI by implementing the SHA-256 algorithm for strong encryption and data integrity. Blockchain ensures tamper-proof storage, while AI enables intelligent threat detection and decision-making. The outcome is a secure, decentralized system that protects sensitive data against unauthorized access and cyber threats.
2 187R1A0556

187R1A0535

187R1A0526

 A SYSTEM FOR ACADEMIC CERTIFICATES VERIFICATION USING BLOCKCHAIN N.BHASKAR The project provides a secure and transparent system for academic certificate verification using blockchain technology. It ensures authenticity, prevents forgery, and allows instant verification by storing certificates on a tamper-proof distributed ledger. The outcome is a reliable, decentralized platform that enhances trust and efficiency in academic credential validation.
3 187R1A05A2

187R1A05A0

187R1A05B4

 BICOIN PRICE PREDICTION AND FORECASTING K.RANJITH REDDY The project focuses on Bitcoin price prediction and forecasting using historical data and machine learning techniques. It identifies market patterns and trends to provide accurate and timely price predictions. The outcome is a data-driven model that aids investors in making informed trading decisions and understanding future market behavior.
2020-21
S. No H.no Project Title Mentor Project Outcomes
1 177R1A0573

177R1A0578

177R1A05C0

 CRYPTO-CURRENCY

PRICE PREDICTION USING MACHINE LEARNING TECHNIQUES

 Md.Rafeeq It analyzes historical data to identify patterns and trends, improving the accuracy of future price forecasts. The outcome includes a reliable, data-driven model that supports real-time and efficient prediction of cryptocurrency market behavior.
2 177R1A0557

177R1A0532

177R1A0524

 CRYPTO-CURRENCY

PRICE ANALYSIS USING AI

 Ms.Rafath Samreen It  provides deeper insights into market behavior. It uses advanced algorithms to detect patterns, forecast price movements, and support data-driven investment decisions. The outcome is an intelligent system that enhances the accuracy and efficiency of cryptocurrency price analysis.
3 177R1A05M8

177R1A05M0

187R5A0507

 EFFICIENT LOCAL SECRET SHARING FOR DISTRIBUTED BLOCK CHAIN SYSTEMS

 

 GLATHA The project implements an efficient local secret sharing scheme for distributed blockchain systems to enhance data privacy and security. It ensures that sensitive information is securely split and shared among network nodes, preventing unauthorized access. The outcome is a robust, decentralized system that improves trust, fault tolerance, and secure data handling in blockchain environments.
4 187R5A0503

177R1A05J4

177R1A05P8

 SECURING DATA USING BLOCK CHAIN AND AI K.KARUNAKAR The project secures data using a combination of blockchain and AI technologies to ensure integrity, confidentiality, and intelligent threat detection. Blockchain provides a tamper-proof, decentralized storage system, while AI enhances real-time monitoring and anomaly detection. The outcome is a smart, secure framework for reliable data protection and access control.
2019-20
S. No H.no Project Title Mentor Project Outcomes
1 157R1A05G5

167R1A0541

167R1A0557

 SECURE INFORMATION SHARING IN LARGE SCALE ENVIRONMENT USING BLOCKCHAIN TECHNOLOGY Dr. B.Laxmaiah It provides data confidentiality, integrity, and transparency through smart contracts and cryptographic methods. The system supports scalable, tamper-proof, and trusted data exchange across multiple users or organizations..