SA

Sohel Ahmed Joni

Research Associate

Bangladesh University of Business and Technology

BlockchainReinforcement LearningDecentralized SystemLLMPost-Quantum Cryptography

A researcher specializing in secure, decentralized systems. Leads independent research projects at the intersection of AI and secure distributed systems, coordinating a team across multiple workstreams. Has published peer-reviewed work in IEEE, Springer Nature, and MDPI journals, covering blockchain security, post-quantum cryptography, and multi-agent systems.

Research Scholar

DeepGI Lab

Jul 2025 — Present

Research Scholar (Apprentice)

DeepGI Lab

Jun 2023 — Jul 2025

Research Intern

DeepGI Lab

Jun 2022 — Jun 2023

Best Paper Award

IEEE COMPAS 2024 • Grainbee

Champion (Research Poster - AI Mode)

Brainstorming Week 2024, BUBT

1st Runner-up (Idea Pitching)

Brainstorming Week 2024, BUBT • IngredientIQ

GoC/C++PythonSQLHyperledger Fabriclibp2pDockerProtobufLevelDB
Post-Quantum CryptographyZero-Knowledge ProofsMulti-Party ComputationHardware Security ModulesFederated LearningShardingDeep LearningComputer VisionNLPGame-Theoretic Modeling

Knowledge and Information Systems · 2026

A blockchain model for ensuring privacy, trust, and dependability of electronic voting systems

Proposes PQSHAC, a post-quantum secured hybrid consensus mechanism with optimized sharding for scalable e-voting. Achieves ~106 blocks/s throughput and 60% storage reduction via modular ledger architecture.

BlockchainE-VotingPost-QuantumSharding

International Journal of System Assurance Engineering and Management · 2025

Towards secure democracy: a hybrid blockchain-enabled secure and scalable e-voting system with sharding and post-quantum cryptography

Proposes a system resisting quantum computing attacks while solving scalability issues using sharding.

BlockchainE-VotingPost-Quantum

Engrxiv Preprint · 2025

MultKAN-Nash: Strategic Multi-Agent Disaster Response using MultKAN and Nash Equilibriums

A strategic multi-agent disaster response system leveraging MultKAN architecture and Nash Equilibrium game theory for optimal resource allocation during emergencies.

Multi-Agent SystemsGame TheoryDisaster ResponseKAN

IEEE COMPAS · 2024

Grainbee: A Quantum-Resistant Blockchain-Based Ration Distribution System with Hardware Security Modules

Prevents corruption in food subsidy programs using raft-consensus permissioned blockchain and HSMs.

BlockchainSupply ChainSecurityHSMQuantum-Resistant

+4 more publications — view all on Publications page