Sagnik Chakraborty

Sagnik Chakraborty

Researcher, Cybersecurity Studies Programme and Manager, Management Office, Gateway House

Sagnik Chakraborty is a Researcher in Cybersecurity and Manager of the Management Office at Gateway House. His work focuses on technology and national security. A software programmer by profession, with more than nine years’ experience in the IT industry, he was with Tata Consultancy Services prior to joining Gateway House. He has held various roles in his IT career, starting from software developer to consultant to an operations and product manager. He is a graduate in physics from Fergusson College, Pune. His areas of research interest are cyber security, digital black markets, digital payment systems, messaging platforms, business analytics and disruptive technologies.
Expertise

Cyber security, business analytics, digital black markets, digital payment systems, messaging platforms

Last modified: February 27, 2020

Recent projects

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13 February 2020 Gateway House

India’s billion-dollar quantum push

India's Budget 2020 has just allocated Rs 8,000 crore to the Department of Science and Technology for the development of quantum technology, i.e. the use of quantum physics for computation. This opens up a wealth of possibilities and cybersecurity vulnerabilities too, but it is a sign of the Indian government’s seriousness in protecting the nation’s cyber infrastructure
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16 January 2020 Gateway House

Growing cyber threats to India’s digital payments

India’s has transited innovatively from a cash-based economy to one primarily reliant on digital payment systems. This has brought financial inclusion and transparency, but security threats too, such as data breaches. A look at the major vulnerabilities assailing India’s digital payment systems and ways to plug them
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19 September 2019 Gateway House

Cyber agenda for India’s digital payments

India has rapidly transitioned from a cash-based economy to one reliant on digital payment systems. This has resulted in financial inclusion and greater transparency, but also expanded the system’s vulnerability to cybercrimes. This paper analyses India’s digital payments industry, maps the potential threat vectors and recommends measures to strengthen the cybersecurity of digital payment systems

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22 August 2019 Gateway House

The Telegram phenomenon

The tool used to sustain and coordinate protests is a young, encrypted messaging service called Telegram. Its unique privacy and security features and resistance to the state has made Telegram more popular than its larger rivals, WhatsApp and WeChat. What is this communication phenomenon?