The Good Tech Companies - Sankalp Kumar: Safeguarding Millions Through Cybersecurity Innovation

Episode Date: December 6, 2024

This story was originally published on HackerNoon at: https://hackernoon.com/sankalp-kumar-safeguarding-millions-through-cybersecurity-innovation. Sankalp Kumar, a cybersecurity innovator, secures real-time systems for millions. Learn about his advanced solutions, protocol security, and proactive strategy. Check more stories related to tech-stories at: https://hackernoon.com/c/tech-stories. You can also check exclusive content about #cybersecurity-innovation, #ai-in-cybersecurity, #realtime-security, #protocol-security, #iot-security, #data-protection, #threat-detection, #good-company, and more. This story was written by: @jonstojanmedia. Learn more about this writer by checking @jonstojanmedia's about page, and for more stories, please visit hackernoon.com. Sankalp Kumar is a Software Engineer focusing on securing real-time systems. His work includes roles at major tech companies, where he designed and implemented advanced security frameworks for large-scale systems. He has played a pivotal role in advancing security standards for internet protocols.

This audio is presented by Hacker Noon, where anyone can learn anything about any technology. Sankalp Kumar. Safeguarding Millions Through Cybersecurity Innovation, by John Stoyan Media. The modern world is more interconnected than ever, with personal computers and mobile devices transforming how we communicate and interact. The internet has seamlessly woven itself into the fabric of our daily lives, enabling experiences that once seemed impossible. While this evolution of the internet has brought undeniable benefits, it has also opened the door to significant challenges. As these systems have gained popularity, the scale and sophistication of cyber threats targeting them have grown exponentially. Bad actors constantly seek vulnerabilities to exploit,

posing risks to users' sensitive data and privacy. Amid this landscape, Sankalp Kumar has emerged as a pivotal figure in cybersecurity, particularly in securing communication technologies. Though much of his work happens behind the scenes, his expertise in adapting to rapidly changing technologies and evolving threats has made a profound impact. Sankalp currently works as a software engineer in the industry, focusing on securing real-time systems that millions rely on every day. His journey in cybersecurity includes roles at major tech companies,

where he designed and implemented advanced security frameworks for large-scale systems. His contributions have addressed critical challenges, such as enabling secure data transmission at lightning-fast speeds of up to 100 gigabits per second, a feat that requires both technical ingenuity and a deep understanding of scalability. Developing these cutting-edge solutions isn't without its challenges. While automated defenses like virus detection and communication disruption are vital, they can only go so far in protecting end-users. Sankalp's expertise lies in building proactive, innovative systems that safeguard against the sophisticated threats facing modern real-time platforms. His achievements have earned him a well-deserved reputation as a leading expert in cybersecurity. Beyond his technical acumen,

Sankalp brings creativity and balance to his work. He is an accomplished actor and finds that performing helps him stay motivated and focused when navigating complex challenges. Additionally, he has contributed to numerous non-profit events and short films as an event manager, showcasing his versatility and commitment to collaboration. Securing systems AT scale focused on creating secure, scalable solutions, Sankalp's work in cybersecurity addresses the unique challenges of safeguarding critical real-time systems. He emphasizes the importance of robust encryption and secure protocols while addressing potential vulnerabilities that could expose sensitive data. Leveraging his extensive background in cybersecurity and networking, he has developed strategies to combat sophisticated threats, such as zero-day vulnerabilities and advanced persistent threats.

I focus on developing secure, scalable solutions for critical systems, particularly in communication technology, Sankalp states, underlining the scope of his role in safeguarding critical infrastructures. One major challenge Sankalp faces is balancing security with usability, and applications that are real-time, added latency or complexity from security features can disrupt the user experience, something unacceptable for millions of users. He also navigates the ever-evolving threat landscape, with attackers increasingly leveraging AI and machine learning to bypass defenses. Thesis challenges demand a proactive approach, constant learning, and leveraging cutting-edge technologies, Sankalp notes. Global-scale systems add further complexity, requiring solutions that

accommodate regulatory requirements in diverse environments. To protect large-scale applications, Sankalp employs a comprehensive, scalable strategy. His security-by-design approach incorporates zero-trust architecture, end-to-end encryption, and least-privilege access. AI-powered thread detection, regular audits, and automated patch management ensure vulnerabilities are identified and addressed swiftly. Features like biometric authentication and single-sign-on strike a balance between strong security and user-friendly design. Sankalp's commitment to continuous innovation ensures his frameworks adapt to emerging threats while maintaining reliability. Through robust incident response plans, scalable cryptography, and secure APIs, his systems provide dependable communication

for millions of users worldwide. Innovation in internet protocols Sankalp has played a pivotal role in advancing security standards for internet protocols, particularly by adapting existing attack detection systems to protect HTTP 2. While HTTP 2 introduces innovative features like multiplexing and header compression, these enhancements pose new challenges for traditional security frameworks. Sankalp's approach bridged this gap by enabling legacy systems to repurpose HTTP attack signatures for the newer protocol. By enabling the system to use existing signatures designed for HTTP, we ensured that the newer protocol received a similar level of robust protection, he explains. This not only streamlined the adoption of HTTP2 but also set a precedent for maintaining robust security without requiring entirely new

detection architectures, thus establishing an industry benchmark. In addition to enhancing protocol security, Sankalp excels at designing frameworks for real-time systems that demand both speed and security. To minimize latency while ensuring robust protection, he employs lightweight encryption algorithms such as ChaCha20 and AES-GCM. This allows data to be secured without introducing significant processing overhead. Security measures are distributed across multiple layers, network, application, and endpoint. To avoid bottlenecks at any single point, he notes, emphasizing the importance of multi-layered defenses. Non-critical operations, such as logging and analytics, are handled asynchronously, preserving system responsiveness

even under heavy loads. AI-driven thread detection systems further enhance the efficiency of these frameworks by identifying potential risks swiftly without impeding traffic flow. To handle sudden surges in activity, Sankalp integrates secure caching and load balancing, ensuring that both performance and encryption remain uncompromised. His methodology exemplifies how advanced security measures can coexist with high performance in real-time environments, addressing the unique demands of modern, high-traffic applications with precision and foresight. Adapting to emerging cyber-THREATS the cybersecurity landscape is increasingly challenged by sophisticated threats, including AI-driven attacks and the potential risks of undermining current cryptographic standards by future powerful computers.

Adversaries are using machine learning to bypass defenses and create targeted phishing campaigns. Additionally, the increasing use of IoT devices introduces vulnerabilities duetto weak security standards and the sheer scale of interconnected systems, Sankalp notes. To counter these threats, Sankalp integrates AI and machine learning into thread detection systems, staying ahead of evolving attack techniques. For IoT security, Sankalp advocates for stricter standards, robust authentication, and scalable frameworks to address unique vulnerabilities. His proactive approach underscores the importance of adaptability and foresight. Sankalp envisions a future where cybersecurity becomes more intelligent and adaptive, with AI and automation predicting and preventing attacks before they occur. IoT security will become a major focus,

with tighter regulations and stronger device-level protections, he predicts. Drawing on his expertise in building resilient systems, Sankalp is committed to driving innovation and influencing industry standards to meet the demands of an evolving threat landscape. I see myself playing a central role in shaping this future, Acha states. Building strong security F-O-U-N-D-A-T-I-O-N-S-A robust security framework depends on several key components working in unisanto provide comprehensive protection. According to Sankalp, strong identity management is foundational, with methods like multi-factor authentication and zero-trust principles ensuring strict access control.

I prioritize identity management with multi-factor authentication and zero-trust to control access, he explains, emphasizing the importance of securing entry points against unauthorized users. Proactive thread detection plays an equally critical role, leveraging AI and machine learning for real-time anomaly detection. This is complemented by signature-based systems to identify known threats effectively. For data protection, Sankalp highlights the use of encryption, scalable cryptographic solutions, and secure backups to safeguard against breaches or losses. A well-defined incident response plan allows for swift containment and recovery, he adds, noting that regular testing ensures these measures are

always prepared for unexpected events. By tailoring the prioritization of these elements to a system- specific risk profile, he ensures a security strategy that is both efficient and resilient. Advice for aspiring cybersecurity experts emphasizing a dual focus on technical expertise and strategic problem-solving, Sankalp highlights their importance for those entering the field of cybersecurity. He advises aspiring professionals to stay current with emerging technologies such as artificial intelligence, machine learning, and advanced encryption techniques, as these are integral to modern security systems. Focus in mastering both technical skills and problem-solving, he suggests, highlighting the need for a well-rounded skill set that combines deep technical knowledge with the ability to

anticipate and address complex challenges. Building a solid foundation in network security, threat detection, and incident response is equally crucial. Beyond technical skills, Sankalp underscores the value of a proactive mindset, urging professionals to always anticipate potential threats and think one step ahead. The fast-paced nature of cybersecurity demands continuous learning and adaptability, ensuring that practitioners can keep up with an ever-evolving threat landscape and emerging innovations in the field. Thank you for listening to this Hackernoon story, read by Artificial Intelligence. Visit hackernoon.com to read, write, learn and publish.