Samarth Bhaskar Bhat
director at Reinfosec
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Samarth Bhaskar Bhat is a seasoned cybersecurity professional and the Technical Director at Reverse Engineering Infosec Pvt. Ltd. (Reinfosec), based in Bengaluru, India. With over seven years of experience in information security, telecom software development, and embedded systems, he has conducted over 50 security audits across sectors such as banking, telecom, finance, insurance, trading, and e-commerce, including assessments of payment gateways and critical infrastructure systems.
He is widely recognized for his work in:
Hardware Security and Electronic Warfare (EW)
Signal Intelligence (SIGINT) and Wireless Protocol Reversing
Cyber Forensics and Law Enforcement Consultancy
Cyber Electromagnetic Activities (CEMA)
Samarth has served as an expert witness in cybercrime investigations, collaborates with multiple state police academies, and contributes to training programs for government and private sector organizations.
He is also an active conference speaker, having delivered talks and workshops at prestigious platforms such as:
Black Hat MEA
c0c0n (India)
Seasides Security Conference
HITCON (Taiwan)
As a member of the South Indian Software Defined Radio (SDR) Users Group, he promotes innovation in RF and SDR research. His hands-on sessions cover GNU Radio, signal analysis, custom protocol development, and reverse engineering for cybersecurity applications.
His teaching and workshop style is rooted in deep technical knowledge, practical application, and an interdisciplinary approach that bridges cyber and physical layers of security.
Cipherflux
CipherFlux is a lightweight, reconnaissance-oriented desktop application featuring a sleek and intuitive PyQt graphical interface. Designed for security engineers, penetration testers, and cybersecurity enthusiasts, CipherFlux consolidates essential cryptographic utilities and vulnerability assessment tools into a single streamlined dashboard. By integrating reconnaissance functions within a cohesive environment, CipherFlux enables users to perform rapid information gathering and surface-level analysis without the complexity of juggling disparate command-line tools.
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