I design resilient digital systems where secure engineering, enterprise integration, and applied cybersecurity research create measurable operational impact.
Delivering secure integration workflows and enterprise platform reliability.
Building defense frameworks for high-risk healthcare telemetry environments.
Combining architecture, SDLC rigor, and practical VAPT experience.
Currently an Application Developer at IBM India, I focus on building resilient systems through Secure SDLC methodologies and Enterprise Application Integration (EAI). Currently, I lead secure API integration workflows for Kyndryl on Project BAIL, safeguarding large-scale middleware solutions.
As a researcher, I specialize in 6G-enabled Internet of Medical Things (IoMT). My work is focused on Blockchain-integrated defensive frameworks and IPv6 protocol optimization, where I have achieved a 30% simulated efficiency gain. My academic publications have been accepted by Springer Nature (Discover IoT) and Scientific Reports (Nature Portfolio).
I combine hands-on VAPT experience—including identifying critical SQL injections and DoS vulnerabilities on university infrastructure—with architectural expertise in complex ecosystems like LIC's Insurance platforms.
Expertise in EAI architectures, secure middleware platforms, API management, and designing end-to-end resilient ecosystems.
Proactive security via code audits, risk assessments, threat modeling, and identifying web vulnerabilities like SQL injection, DoS, and misconfigurations.
Pioneering blockchain integrity models and optimizing IPv6 protocol stacks to secure telemedicine and IoMT medical telemetry.
A simulation-validated Blockchain-Enabled Zero-Trust Architecture (B-ZTA) utilizing Proof-of-Authority (PoA) blockchain policy enforcement and a Random Forest IDS to achieve a 99.10% Threat Neutralization Rate under simulated attacks.
Contributed to building enterprise-grade software and integration layers with a strong focus on secure architectures.
Evaluated security systems on campus-wide network infrastructures to expose vulnerabilities.
Headed a creative organization of 25+ students, organizing media and University festivals.
Engineered web software and conducted unit testing protocols.
A multi-layered cybersecurity framework for 6G-enabled hospital networks, optimizing network defense using STRIDE modeling, Zero Trust enforcement, hybrid IDS, and D3-MENCR data integrity.
View Case StudyDesign and MATLAB simulation of a Blockchain-Enabled Zero-Trust Architecture (B-ZTA) utilizing Proof-of-Authority (PoA) blockchain policy enforcement and a Random Forest IDS for 62 simulated hospital devices.
View Case StudyFeel free to reach out via email, phone, or LinkedIn. I am always open to exchanging ideas, collaborations on IoMT security, or enterprise development roles.
Tanuku, Andhra Pradesh, India
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