PCI DSS Compliance in India, Protecting Payment Data in a Digital Economy
Introduction
In India's rapidly digitising economy, payments have moved from urban card swipes to UPI-linked wallets and QR codes in the smallest of shops. As card transactions multiply, so does the risk of cardholder data theft, skimming and fraud. The Payment Card Industry Data Security Standard (PCI DSS) was created by the PCI Security Standards Council, founded by Visa, Mastercard, American Express, Discover and JCB, to give organisations a common framework for protecting cardholder data through its lifecycle: storage, processing and transmission. Its objective is straightforward: reduce the risk of data breaches and card fraud by mandating strong technical and operational controls, from encryption and access management to continuous monitoring. For India, where digital payment volumes are surging, PCI DSS is fast becoming a baseline expectation rather than a best practice.
Applicability in India
PCI DSS applies to every entity in India that stores, processes or transmits cardholder data, irrespective of size. This includes banks and NBFCs, payment aggregators and payment gateways such as Razorpay, PayU and CCAvenue, fintech lenders that disburse to cards, e-commerce merchants and marketplace sellers, and any service provider connected to the card payment chain. Even businesses that outsource checkout to a hosted payment page remain responsible for compliance, though their scope narrows to a simpler Self-Assessment Questionnaire. Organisations running custom-built payment forms that touch raw card data face a considerably heavier compliance burden.
Why PCI DSS Matters
Payment security is central to customer trust. A single breach can expose thousands of card numbers, trigger regulatory penalties, and cause lasting reputational damage; major international retail breaches have led to settlements running into hundreds of millions of dollars. In India, where cybercrime complaints are reported in the thousands daily, PCI DSS offers merchants and processors a proven blueprint, covering firewalls, encryption, access controls, logging and regular testing, that collectively shrinks the attack surface around cardholder data and helps contain fraud before it scales.
Regulatory Landscape: The RBI's Role
PCI DSS is not, by itself, an Indian law, but the Reserve Bank of India has effectively made it mandatory through its own directions. The Master Direction on Cyber Resilience and Digital Payment Security Controls and the updated Master Direction on Regulation of Payment Aggregators require licensed entities to undergo annual external audits, periodic vulnerability assessment and penetration testing, security reviews by CERT-In empanelled auditors, and PCI DSS-equivalent controls for card transactions. Non-bank aggregators must obtain RBI authorisation, meet minimum net-worth thresholds, and store payment data within India. Together, these directions position PCI DSS as the recognised technical standard underlying the country's card-security regulatory framework.
Key Requirements and the Compliance Process
PCI DSS v4.0.1, the only active version today, organises twelve requirements across six control objectives: building and maintaining a secure network, protecting cardholder data, managing vulnerabilities, implementing strong access controls, monitoring and testing systems regularly, and maintaining an information security policy. Recent updates added mandatory multi-factor authentication for all access to the cardholder data environment, monitoring of client-side scripts on payment pages, and formal annual rescoping. The compliance journey typically begins with scoping the cardholder data environment and identifying the correct assessment questionnaire, followed by gap analysis and remediation, and finally either self-assessment or a formal audit by a Qualified Security Assessor. Smaller merchants can often complete this in a matter of weeks, while larger institutions may need several months.
Common Challenges and Practical Solutions
Frequent hurdles include legacy IT systems that struggle to support modern encryption, unclear scoping that leads businesses to select the wrong assessment questionnaire, and third-party scripts on checkout pages that quietly expand the compliance boundary. Practical solutions include network segmentation to shrink the cardholder data environment, tokenisation and encryption to keep raw card data out of internal systems wherever possible, regular vulnerability scanning, and closer alignment with existing information-security certifications, since organisations that already hold such certifications tend to complete PCI DSS faster.
Business and Regulatory Benefits
Beyond avoiding penalties, compliance delivers tangible value: fewer breaches and lower fraud losses, smoother onboarding with acquiring banks and card networks, and a clear trust signal for customers and partners. Regulators tend to view compliant entities more favourably during audits and licensing renewals, and payment aggregators cannot legally operate in India without meeting these security expectations.
Recent Developments and Trends
The remaining requirements under PCI DSS v4.0.1 became mandatory from March 2025, tightening authentication and monitoring expectations across the industry. In parallel, the RBI's payment aggregator licensing timelines have pushed many non-bank players to formalise their security posture. As digital transaction volumes keep climbing, closer integration between PCI DSS and India's broader data-protection framework, along with sharper regulatory scrutiny of third-party scripts on payment pages, is expected to follow.
Conclusion
As India's digital economy deepens, protecting payment data is no longer optional; it is the price of participating in the card ecosystem. PCI DSS gives banks, fintechs, gateways and merchants a common, internationally recognised language for security, while RBI's guidelines add local regulatory teeth. Organisations that treat compliance as a continuous discipline, rather than a once-a-year audit exercise, will find it easier to earn customer trust, avoid costly breaches, and scale with confidence. For every business touching cardholder data in India, the message is clear: PCI DSS compliance is now foundational to running a secure, trustworthy digital payments operation.
References
- https://www.pcisecuritystandards.org/document_library/
- https://www.rbi.org.in/Scripts/BS_ViewMasDirections.aspx
- https://www.rbi.org.in/Scripts/NotificationUser.aspx
- https://www.rbi.org.in/Scripts/NotificationUser.aspx?Id=11822
- https://www.incorpx.io/blog/pci-dss-compliance-ecommerce-fintech-india
- https://cyraacs.com/pci-dss-compliance-checklist
- https://www.skydo.com/blog/pci-dss-compliance-guide
- https://www.cybercrime.gov.in/
Related Blogs
Introduction
The Indian healthcare sector has been transforming remarkably. This is mainly due to the development of emerging technologies such as AI and IoT. The rapid adoption of technology in healthcare delivery such as AI and IoT integration along with telemedicine, digital health solutions, and Electronic Medical Records (EMR) have enhanced the efficacy of hospitals, driving growth. The integration of AI and IoT devices in healthcare can improve patient care, health record management, and telemedicine and reshape the medical landscape as we know it. However, their implementation must be safe, with robust security and ethical safeguards in place.
The Transformative Power of AI and IoT in Revolutionising Healthcare
IoT devices for healthcare such as smartwatches, wearable patches, and ingestive sensors are equipped with sensors. These devices take physiological parameters in real-time, including heart rate, blood pressure, glucose level, etc. This can be forwarded automatically from these wearables to healthcare providers and EHR systems. Real-time patient health data enable doctors to monitor progress and intervene when needed.
The sheer volume of data generated by IoT healthcare devices opens avenues for applying AI. AI and ML algorithms can analyse patient data for patterns that further provide diagnostic clues and predict adverse events before they occur. A combination of AI and IoT opens avenues for proactive and personalised medicine tailored to specific patient profiles. This amalgamation can be a bridge between healthcare accessibility and quality. And, especially in rural and underserved areas, it can help receive timely and effective medical consultations, significantly improving healthcare outcomes. Moreover, the integration of AI-powered chatbots and virtual health assistants is enhancing patient engagement by providing instant medical advice and appointment scheduling.
CyberPeace Takeaway, the Challenges and the Way Forward
Some of the main challenges associated with integrating AI and IoT in healthcare include cybersecurity due to data privacy concerns, lack of interoperability, and skill gaps in implementation. Addressing these requires enhanced measures or specific policies, such as:
- Promoting collaborations among governments, regulators, industry, and academia to foster a healthcare innovation ecosystem such as public-private partnerships and funding opportunities to drive collaborative advancements in the sector. Additionally, engaging in capacity-building programs to upskill professionals.
- Infrastructural development, including startup support for scalable AI and IoT solutions. Engaging in creating healthcare-specific cybersecurity enhancements to protect sensitive data. According to a 2024 report by Check Point Software Technologies, the Indian healthcare sector has experienced an average of 6,935 cyberattacks per week, compared to 1,821 attacks per organisation globally in 2024.
Conclusion
The Deloitte survey highlights that on average hospitals spend 8–10% of their IT budget on cybersecurity techniques, such as hiring professionals and acquiring tools to minimise cyber-attacks to the maximum extent. Additionally, this spending is likely to increase to 12-15 % in the next two years moving towards proactive measures for cybersecurity.
The policy frameworks and initiatives are also carried out by the government. One of the Indian government's ways of driving innovation in AI and IoT in healthcare is through initiatives under the National Digital Health Mission (NDHM), the National Health Policy and the Digital India Initiative.
Though the challenges presented by data privacy and cyber security persist, the strong policies, public-private collaborations, capacity-building initiatives and the evolving startup ecosystem carry AI and IoT’s potential forward from the thoughtful merging of innovative health technologies, delivery models, and analytics. If the integration complexities are creatively tackled, these could profoundly improve patient outcomes while bending the healthcare cost curve.
References
- https://www.ndtv.com/business-news/indian-healthcare-sector-faced-6-935-cyberattacks-per-week-in-last-6-months-report-5989240
- https://www.businesstoday.in/technology/news/story/meity-nasscom-coe-collaborates-with-start-ups-to-enhance-healthcare-with-ai-iot-458739-2024-12-27
- https://www2.deloitte.com/content/dam/Deloitte/in/Documents/risk/in-ra-deloitte-dsci-hospital-report-noexp.pdf
- https://medium.com/@shibilahammad/the-transformative-potential-of-iot-and-ai-in-healthcare-78a8c7b4eca1
Biological data includes biometric information such as fingerprints, facial recognition, DNA sequences, and behavioral traits. Genetic data can be extracted from an individual’s remains long after their death and can continue to identify both that individual and an expanding pool of their living relatives. This persistent identification can significantly reduce privacy over time, revealing genetic characteristics and familial relationships across successive generations.
Key Developments in Privacy Protection for Biological Data:
Legal texts have been created relating to personal data protection and privacy broadly, and can sometimes prove to be poor adaptations specifically for ‘biometric data’ and its safety. Some examples are mentioned below:
- EU and UK- GDPR
GDPR focuses primarily on biometrics in Biological Data while deciphering the technology's immense potential. The EU describes “personal data” under the General Data Protection Regulation (GDPR) including any identifiable information about a particular person. For example, this can include names, identification numbers, location data, and other structured and unstructured data. In addition, the GDPR has more specific requirements around processing sensitive or “special categories of personal data.” These “special categories” include things like genetic and biometric data. For biometric security to work well, citizens' rights must be protected appropriately, and the data collected by private and public concerns must be managed carefully and sensibly.
- USA
California Consumer Privacy Act (CCPA) grants Californian consumers the right to protect their personal information and biometric data including the right to disclosure or access, the right to be forgotten, and data portability. The sale of personal information and the option of opt-out is also given to consumers. Additionally, it contains the right to take legal action, with penalties imposed for violations.
The California Privacy Rights Act was passed on November 3, 2020, and took effect on January 1, 2023, with a lookback period starting January 1, 2022. It introduces sensitive personal information which includes biometric data and other sensitive details.
Virginia's Consumer Data Protection Act, effective from January 1, 2023, designates genetic and biometric data as sensitive data that must be protected.
Illinois' Biometric Information Privacy Act is recognised as the most robust biometric privacy law in the United States. The significance of the Rosenbach v. Six Flags case lies in the Illinois Supreme Court's ruling that a plaintiff does not need to demonstrate additional harm to impose penalties on a BIPA violator. A mere loss of statutory biometric privacy rights is sufficient to warrant penalties.
- India
As per Rule 2(1)(b) of the SPDI Rules, Sensitive Personal Data or Information, including biometric data is included under its meaning. The term ‘biometric data’ has not been defined in the Digital Personal Data Protection Act, 2023. The need for data privacy under the DPDP Act emerges only if such data is subsequently digitised under extraction and manipulation, including notice and consent requirements and penalties.
The Biotech-PRIDE (Promotion of Research and Innovation through Data Exchange) Guidelines of 2021 are aimed at fostering an exchange of information which would thereby enhance research and innovation among various research groups nationwide. These guidelines do not deal with the generation of biological data but are a mechanism to share and exchange information and knowledge generated according to existing laws, rules, regulations and norms of the country. They will ensure data-sharing benefits, maximise use, avoid duplication, maximise integration, ownership of information, better decision-making and equity of access
How is Biological Data vulnerable?
- Biological data is often immutable, meaning it cannot be altered once compromised. Unlike other authentications that can be changed, compromised biometric data poses a permanent risk, making its protection paramount.
- The use of facial recognition technology by law enforcement agencies and the creation of databases by the same also highlights the urgent need for stringent privacy protections.
- Advances in technology, particularly AI and ML, make it easier to collect, analyse, and utilise biometric data by manipulating biometric data. This in turn is leading to new forms of identity theft and fraud that make it necessary to enhance security measures and ethical considerations to prevent abuse.
- Cross-border data transfers raise serious privacy concerns, especially as countries have varying levels and standards of data protection.
- Wearable health-related biometric devices lack the required privacy protections which ends up making the data they collect vulnerable to misuse and breaches.
Future Outlook
With the growing use of biological data, there is likely to be increased pressure on regulatory bodies to strengthen privacy protections. This necessitates a need for enhanced security measures to protect users' identities and further prevent any form of unauthorised access. Future developments should be aimed at including strict consent requirements, and enhanced data security measures, especially for wearable devices. A new legal framework specifically designed to address the challenges posed by biometric data would be welcome. Biological data protection is an emerging need in the digital environment that we live in today.
References
- https://www.cnbc.com/2024/08/17/new-privacy-battle-is-underway-as-tech-gadgets-capture-our-brain-waves.html
- https://www.snrlaw.in/sense-and-sensitivity-sensitive-information-under-indias-new-data-regime/
- https://www.thalesgroup.com/en/markets/digital-identity-and-security/government/biometrics/biometric-data
- https://www.business-standard.com/article/economy-policy/govt-releases-guideline-to-provide-framework-for-sharing-of-biological-data-121073001467_1.html
Introduction
Emerging technologies in the digital era have made their inroads in manifold domains and locations, including the “Aviation industry”. A 2022 Cranfield University and Inmarsat report has made the point for digitalization powering a reviving age for the aviation industry. Several airport authorities are presently mobilizing power of emerging technologies such as Artificial Intelligence (AI) across the airport bedrock to provide travelers with a plain sailing and expeditious air travel experience.
The Perils of Juice-Jacking
Today, Universal Serial Bus (USB) charging ports are ubiquitous and a convenient way for travelers to keep their devices powered up. In their busy, mundane lives, people use the public charging facility while travelling. However, cybersecurity experts have warned that charging in public areas could wipe off data from an electronic device or install malware, and they have urged people to stay away from USB charging ports at airports and other public areas. This leads to the possibility that fraudsters may manipulate susceptible users via juice jacking.
Investigative journalist Brian Krebs in 2011 coined the term "Juice Jacking". It isa form of cyber attack where a public USB charging port is fiddled with and infected using hardware and software changes to pocket data or install malware on devices connected to it. The term “juice jacking” is a slang representation for electric power or energy, and “hijacking” indicates an unauthorized key toa device.
While the preliminary purpose of juice jacking is usually to pilfer sensitive information from corresponding devices, such as passwords and payment card details, attackers can exploit this stolen information to attain unauthorized to your financial accounts. If the adversary attacker installs malware in the electronic device during the juice jacking strategy, the attacker may further observe the individual's movements even after one has disconnected the device from the USB port. However, the hazards of Juice Jacking include malware infection, data heist, economic loss and damage to the reputation of an individual.
RedFlags from Agencies
In2023, the Federal Bureau of Investigation (FBI) forewarned travelers against using charging stations in public zones such as hotels, airports, and shopping malls due to malicious actors attempting to use the public USB to introduce monitoring software and malware into devices. The U.S. Federal Communications Commission (FCC) has also administered a new advisory regarding “juice jacking "and its possibility of launching a hushed cyber attack against a mobile gadget while one is charging the phone with a USB cord. Similarly, according to new research from International Business Machines (IBM) Security, many nation-state hackers are currently training their eyes on travelers.
RBI Advisory
Recently in 2024, The Reserve Bank of India (RBI) has likewise administered a warning statement to mobile phone users urging them against charging their devices using public ports. RBI has additionally accentuated the importance of safeguarding private and financial data while using mobile devices. Juice jacking is further cited as one of the scams in the RBI booklet on the modus operandi of financial fraudsters in the financial space.
Preventing juice jacking attacks
The routes to avoid Juice Jacking are to keep a tab on the USB devices, not use the public charging ports, update the phone software regularly, enable and utilize the software security measures of the device, use a USB pass-through device, a wall outlet, or a backup battery; never use unknown charging cables and use only the trusted security apps. It is further important to avoid using cables that are left behind by other travelers in any public space. Users can correspondingly turn off their devices before connecting to a wary charging port. Nevertheless, the absence of documented cases does not necessarily imply that users cannot be a target of such an attack and a warning is still recommended when securing personal gadgets with susceptible user data while using standard cables. Also, using a virtual private network (VPN) and assuring that devices have the updated security updates established can aid in mitigating the danger of cyber attacks. It is equally important to utilize the security features of your device, such as passcodes, fingerprints, or facial recognition, enabled to count as a supplementary layer of safeguard.
Conclusion
In the contemporary digital age, individuals, on the whole, need to be vigilant about “Cybersecurity hygiene” and avoid accessing susceptible data or conducting financial transactions on unsecured networks. Mobile phones or devices should run on the latest operating system, and antivirus software should be revamped to mitigate conceivable security susceptibilities.
References
- https://www.forbes.com/sites/suzannerowankelleher/2023/04/20/juice-jacking-malware-phone-airports-hotels/?sh=47adab7e82ed
- https://www.businessairportinternational.com/features/how-ai-is-improving-business-aviation-operations.html
- https://www.news18.com/business/juice-jacking-attack-scam-bank-frauds-india-8412037.html
- https://www.comparitech.com/blog/information-security/juice-jacking/
- https://blogs.blackberry.com/en/2023/04/juice-jacking-advisory
- https://www.thehindubusinessline.com/info-tech/juice-jacking-rbi-issues-warning-against-charging-mobile-phones-using-public-ports/article67895091.ece
- https://www.thehindu.com/sci-tech/technology/juice-jacking-how-hackers-target-smartphones-tethered-to-public-charging-points/article67026433.ece
- https://www.forbes.com/sites/suzannerowankelleher/2019/05/21/why-you-should-never-use-airport-usb-charging-stations/?sh=630f026a5955
- https://edition.cnn.com/2023/04/12/tech/fbi-public-charging-port-warning/index.html
- https://social-innovation.hitachi/en-in/knowledge-hub/hitachi-voice/digital-transformation/
- https://www.inmarsat.com/en/insights/aviation/2022/future-aviation-connectivity.html
