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JISA Softech: Empowering Cybersecurity with Advanced Cryptography Solutions

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  In today's interconnected world, where digital adversaries lurk in the shadows, the importance of robust cybersecurity measures cannot be overstated, especially for financial firms entrusted with safeguarding sensitive data. JISA Softech is an Indian deeptech startup specializing in Cryptography, PKI, and Quantum Cryptography for Cybersecurity and Data Protection Solutions. The company's main focus is on delivering advanced cryptographic solutions that safeguard digital technologies, including digital payments, PII data, blockchain, cloud infrastructure, and the Internet of Things. During an exclusive interview, we had the opportunity to delve into the company's journey and explore its notable achievements in the field of cybersecurity and beyond. Can you provide a concise overview of JISA Softech's involvement and standing within the Cyber Security and Data Protection sector? We are an Indian deep tech startup specializing in cryptography, PKI, and quantum cryptograp...

Ensuring Trust in a Quantum World: Hardware Security Modules and the Future of Cryptography

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 As our digital world evolves at an exponential rate, the demand for strong security solutions grows more pressing. Protecting sensitive data and transactions against potential threats is critical in today's landscape, as enormous amounts of sensitive data and transactions are traded online. Hardware Security Modules (HSMs) emerge as a critical component for assuring data security in the age of quantum computing and encryption. Understanding the significance of HSMs in this context requires an understanding of quantum computing and Post quantum cryptography. Understanding Quantum Computing and post quantum Cryptography: Quantum Computing, an emerging technology, harnesses the principles of quantum physics to tackle highly complex problems that traditional computers struggle to solve. With their unique and rapid computing approach, quantum computers have the potential to drive significant scientific advancements. However, they also pose a challenge to existing cryptographic system...

What is Key Management? How does Key Management work?

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  With the rising number of data breaches around the world, it's more important than ever to manage customer data securely. Cybercriminals are taking advantage of consumer data from well-known brands and even startups that have only recently entered the digital world. Regardless of the size of a company, necessary measures to enhance the first line of defense should be considered, especially for companies that provide digital platforms for buyers and subscribers. Data breaches affect businesses of all kinds today, and legal frameworks are trying to keep up with the ever-evolving cyberattacks that result in compromised data. Encryption is critical to security if your company deals with sensitive data. Encryption is now a requirement, but your encryption method is only as good as your key management. What is Key Management? Key management refers to the process of keeping track of cryptographic keys within a cryptosystem. At the user level, it deals with producing, exchangin...

A Closer Look at General Purpose HSM vs. Financial HSM: Key Differences and Use Cases

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  A Hardware Security Module (HSM) is a specialized hardware device used to safeguard and manage digital keys used in cryptographic operations. An HSM provides a safe environment for key storage and key management, guaranteeing that cryptographic keys are not accessed or tampered with by unauthorized parties.  HSMs are classified into two types: General purpose HSMs and Financial HSMs. The differences between these two types of HSMs will be discussed in this article.  What is a General Purpose HSM?   General Purpose HSMs are designed to help with a variety of cryptographic functions, such as key management, digital signatures, and encryption. They are employed in a wide range of areas, including healthcare, government, and finance.  General Purpose HSMs can be used to safeguard data in transit as well as at rest. They are useful for safeguarding sensitive data in databases, cloud environments, and mobile devices. They can also be used to protect device communic...