Ankur Bang, Ph.D. Email & Phone Number

Delhi, India

Currently involved in Developing the In Factory Profile Provisioning (IFPP) framework for eSIM technology. - This project focuses on streamlining the secure and efficient provisioning of eSIM profiles during manufacturing, ensuring that devices are pre-configured with the correct carrier profiles for seamless connectivityUtilizing WebAssembly Runtime Environment with Remote Attestation -This project focuses on creating a secure runtime environment for executing WebAssembly (WASM) modules in trusted execution environments (TEEs)

Mumbai, Maharashtra, India

Metaverse Framework for Next-Gen Governance | Technologies : C++, Python, Unity, AI/ML, Security, NLP- Contributed to system design and architecture for metaverse platforms, ensuring scalability and performance. - Developed immersive virtual environments using Unity and Unreal Engine, integrating AR/VR technologies. - Implemented AI/ML algorithms to enhance realism and interactivity for Non-Player Characters (NPCs) and Meta-boat- Designed security features for identity management in the metaverse.Mobile-ID for User Identity | Technologies :C++, Java, PKI, Zero-Trust - Developed a secure Mobile ID Framework, incorporating Zero Trust and advanced threat protection. - Implemented secure protocols and cryptography, enhancing API security and communication with the server.PoC Project : Use of XAI in e-Governance | Technologies Python, XAI, ML - Developed Explainable AI (XAI) solutions to address security and privacy issues in machine learning models. Mobile Seva App Store | Technologies: Java, Android - Collaborated with software developers (Java, Spring and Android) to address and remediate security issues identified during Threat Assessment and Remediation Analysis (TARA). - Provided guidance and support to development teams to integrate security best practices into the software development lifecycle.

Surat Area, India

Research Project / Thesis Title: Investigating and Devising Security Solutions for Resource Constraint IoT Devices Operating on 6LoWPAN Protocol StackTechnologies : C++, Python, NS-3, Cooja, Contiki, IoT Protocols (Routing (L3), Application (L5)), Secure Protocols Design, PKI- Decentralized Security Architecture: Developed a decentralized security framework to defend against Sybil attacks, achieving 90% accuracy for smart home applications. - White-box Cryptography: Designed and implemented white-box cryptographic techniques for enhanced security. - ML-Based IDS: Built a Machine Learning-based Intrusion Detection System with 96% accuracy against 19 attack types. - IoT Protocol Enhancements: Made architectural changes to IoT protocols (RPL, MQTT) to defend against Sybil and Rank attacks. - Lightweight Cryptography for IoT: Developed an ECC-based lightweight encryption algorithm for IoT devices (Sky mote, Z1 mote) using the Cooja simulator over Contiki OS. - Rank Attack Detection: Designed a detection method for rank attacks with 98% accuracy, mitigating potential risks.

Buldhana, Maharashtra, India

This institute is NAAC Accreditated & ISO 9001:2015 Certified, Approved by All India Council for Technical Education (AICTE), New Delhi, Approved by Government of Maharashtra, Approved By Directrorate of Technical Education, Mumbai, Maharashtra, Affiliated to Sant Gadgebaba Amravati University, Amravati- Academic Teaching: Delivered lectures at UG and PG level and guided students on topics related to cloud security, MANET, and cryptography, fostering knowledge in advanced technology domains.

Doctor Of Philosophy - Ph.D.

Master Of Business Administration (M.B.A.)

M.E.

B.E.