Evolving Cybersecurity Ecosystem

Views of Ruchin Kumar, Vice President, South Asia, Futurex

In today’s digital world, securing consumer data – whether stored or in transit, is essential for businesses. Futurex offers cloud-based encryption and tokenisation solutions tailored for South Asia, addressing critical data protection and key management needs. In an interview with tele.net, Ruchin Kumar, Vice President, South Asia, Futurex, shares insights on industry trends and the company’s focus areas in this evolving field…

How has the role of technology evolved the cybersecurity space? What are the security challenges faced by businesses?

The role of technology in cybersecurity has evolved significantly, changing how organisations protect their assets and respond to threats. As digitalisation accelerates, tools such as cloud computing, the internet of things (IoT), and AI-driven analytics enable businesses to identify, analyse, and mitigate cyber threats quickly and accurately. However, these advancements also introduce new security challenges.

Cybercriminals have become increasingly sophisticated, employing advanced persistent threats (APTs) and AI-driven social engineering attacks that can bypass traditional defenses. Businesses face added risks due to their adoption of cloud services and reliance on third-party vendors. Security gaps, such as misconfigurations, insecure APIs, and limited visibility into external networks, create vulnerabilities beyond direct control. Ransomware continues to spread, mainly targeting sectors like healthcare, finance, and government, where attackers know that operational downtime can have serious consequences, increasing the pressure to pay.

Regulatory frameworks, including GDPR, CCPA, and India’s SEBI norms, require stricter data protection, with non-compliance posing financial and reputational risks. However, a shortage of skilled cybersecurity professionals complicates the adoption of essential AI and automation solutions. Additionally, IoT and OT expansion in industries like manufacturing introduces new vulnerabilities. To stay resilient, businesses must adopt layered defenses, invest in real-time threat intelligence, and proactively refine cybersecurity strategies.

What are the upcoming trends in the cybersecurity space?

Upcoming cybersecurity trends highlight a growing focus on intelligent, automated, and resilient defense strategies to address complex threats. AI and ML are crucial for real-time data analysis, allowing organisations to detect anomalies and predict threats early on. Zero-trust architecture, which requires verifying every access request, is also becoming vital, especially with remote and hybrid work models.

Extended Detection and Response (XDR) offers improved visibility across security layers, while advancements in quantum computing are spurring the need for quantum-safe cryptography to protect data from future decryption risks. Addressing the cybersecurity skills gap, Security Orchestration, Automation, and Response (SOAR) and hyperautomation platforms streamline routine security tasks, aiding faster incident response.

With the rise of IoT, organisations are prioritising IoT and operational technology security by focusing on endpoint protection and segmentation. Privacy-enhancing technologies (PETs) support compliance with regulations, enabling secure data analysis via homomorphic encryption and differential privacy. Compliance automation tools simplify regulatory adherence, easing the workload on security teams.

Supply chain security remains critical, as recent incidents have exposed vulnerabilities in third-party ecosystems. Companies are now rigorously vetting vendors and monitoring supply chains for breaches.

What potential future threats could 5G and 6G networks face? How can India prepare to address them?

The rollout of 5G and, eventually, 6G networks promises faster speeds and extensive connectivity, but it also introduces cybersecurity risks. The increased connectivity across various sectors, from healthcare to autonomous transport, creates a larger attack surface, enabling potential disruptions through IoT devices. The complex 5G architecture, based on software-defined networking (SDN) and network function virtualisation (NFV), may expose new vulnerabilities, while the distributed nature of these networks could lead to advanced cyber threats. Data privacy is also at risk due to the vast amount of data generated.

To address these challenges, India needs a robust, multi-layered cybersecurity approach. This includes stringent regulatory frameworks, comprehensive testing, zero-trust architecture, and advanced encryption to secure data end-to-end. Collaborating on global 5G standards and investing in cybersecurity talent and threat monitoring systems are also crucial. Proactive measures like these can help India safeguard its digital infrastructure against the evolving cyber threats posed by 5G and future 6G networks.

What are Futurex’s focus areas in the Indian market? What role is Futurex playing in strengthening cybersecurity architecture?

Futurex focuses on providing robust data security solutions in the Indian market, particularly addressing the critical needs for encryption, key management, and secure cryptographic processing across various industries. As digital transactions and sensitive data storage grow, Futurex delivers advanced Hardware Security Modules (HSMs) and enterprise key management solutions to ensure secure encryption for financial institutions, government entities, and corporations. With regulatory bodies like the RBI and SEBI mandating enhanced cybersecurity measures, Futurex aligns its solutions with these requirements, assisting organisations in achieving compliance and protecting their data infrastructure.

Futurex plays a vital role in strengthening cybersecurity architecture by integrating scalable, high-assurance cryptographic solutions tailored to the unique needs of Indian enterprises. Its product suite supports secure encryption, digital signing, and tokenisation, which are essential for preventing data breaches and ensuring the integrity of sensitive transactions. Futurex’s cloud-based HSM and encryption services also enable companies to adopt hybrid or cloud-native models while maintaining strong data protection. Moreover, Futurex’s technology is designed to seamlessly integrate with existing infrastructures, providing adaptable and cost-effective security measures that align with India’s digital transformation goals.