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Third-Party Risk in Payment Ecosystems: A Practical Guide

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Payment ecosystems are built on interconnection. A single card transaction can involve the merchant, the payment gateway, the acquiring bank, the card network, the issuing bank, the token service provider, and multiple technology vendors. Each connection represents a potential security weakness, and each vendor in your supply chain extends your attack surface. The payment industry has learned this lesson repeatedly through high-profile breaches where the initial compromise occurred through a third-party vendor rather than a direct attack on the primary organization. The challenge for payment companies is that traditional vendor risk assessment approaches were designed for a simpler era. Annual questionnaire-based assessments, point-in-time compliance certifications, and contractual security requirements are necessary but insufficient. They capture the vendor’s security posture at a specific moment but provide no visibility into how that posture changes over time. A vendor might be PCI DSS compliant on the day they complete their assessment and have a critical vulnerability introduced two weeks later. Regulatory expectations have evolved to reflect this reality. PCI DSS 4.0.1, RBI’s guidelines for PSOs, and SEBI’s CSCRF all include requirements for ongoing third-party risk management that go beyond annual assessments. The bar has been raised from checking compliance status to continuously monitoring vendor risk.
What PCI DSS 4.0.1 Requires for Third-Party Management
PCI DSS 4.0.1 Requirement 12.8 establishes clear obligations for managing third-party service providers that handle cardholder data or could affect its security. You must maintain a list of all service providers with a description of each service provided. You must have a written agreement with each provider acknowledging their responsibility for cardholder data security. You must conduct due diligence before engaging a provider, including verification of their PCI DSS compliance status. And you must monitor their compliance status at least annually. Requirement 12.9 expands the expectations for service providers themselves. Providers must acknowledge in writing their responsibilities for securing cardholder data. They must provide evidence of their PCI DSS compliance, typically through an Attestation of Compliance. The practical challenge is that many payment companies maintain dozens of third-party relationships, ranging from critical payment processors to niche technology vendors. Applying the same level of scrutiny to every vendor is neither practical nor necessary. A risk-based approach — categorizing vendors by criticality and applying proportionate due diligence — is both compliant and operationally sustainable. Tier your vendors based on the volume and sensitivity of data they handle, their access to your cardholder data environment, and their criticality to your payment processing operations.
Building a Practical Third-Party Risk Assessment Framework
Start with a vendor inventory. Document every third party that processes, stores, or transmits cardholder data on your behalf, plus any vendor with access to systems that could affect the security of your CDE. This inventory should include the vendor name, the service provided, the type of data they handle, their access to your environment, their PCI DSS compliance status, and the date of your last assessment. Classify each vendor into risk tiers. Tier 1 includes vendors with direct access to cardholder data or your CDE — these require comprehensive assessment including PCI DSS validation, penetration test results review, and security architecture review. Tier 2 includes vendors with indirect access or access to systems connected to the CDE — these require PCI DSS validation and security questionnaire assessment. Tier 3 includes vendors with no data access but who provide supporting services — these require basic due diligence and contractual security requirements. For Tier 1 vendors, go beyond the compliance certificate. Review their latest ROC or SAQ, examine their scope of assessment to ensure it covers the services they provide to you, ask for vulnerability scan summaries and penetration test executive summaries, and evaluate their incident response capabilities. A vendor who is PCI DSS compliant but has no documented incident response plan for notifying their clients creates risk that compliance alone does not mitigate.
Continuous Monitoring Versus Annual Assessment
Annual vendor assessments tell you about yesterday’s risk. The regulatory expectation — and the practical necessity — is moving toward continuous monitoring of third-party risk. This does not mean conducting a full assessment every day, but it does mean maintaining visibility into your vendors’ security posture between formal assessments. Implement automated monitoring where possible. External attack surface monitoring tools can track changes in your vendors’ internet-facing infrastructure — new services, expired certificates, DNS changes, exposed databases. These signals do not replace formal assessments, but they provide early warning of deteriorating security posture. Review your vendors’ public breach disclosures and regulatory actions. Subscribe to notifications from regulatory bodies, industry information sharing groups, and threat intelligence providers. If a vendor experiences a breach or receives a regulatory finding, you need to assess the impact on your environment immediately, not wait for the next annual review. Establish contractual rights to receive prompt notification of security incidents, material changes to the vendor’s security posture, and changes to their PCI DSS compliance status. These notification requirements should be specific — define what constitutes a material change and set timelines for notification. Include audit rights in your vendor contracts that allow you to conduct additional assessments when triggered by risk indicators. These rights are rarely exercised, but their existence provides leverage and demonstrates due diligence.
Managing Vendor Risk Across Multiple Compliance Frameworks
If your organization complies with PCI DSS, RBI guidelines, SEBI CSCRF, ISO 27001, and DPDP, you have vendor management requirements in each framework. Managing these separately creates redundancy and inconsistency. Build an integrated vendor risk management program that satisfies all applicable frameworks through a single process. Create a unified vendor assessment questionnaire that maps each question to the relevant framework requirement. This allows you to collect information once and validate it against multiple frameworks. Your PCI DSS Requirement 12.8 assessment, your RBI vendor due diligence, your ISO 27001 supplier security assessment, and your DPDP processor due diligence can all be addressed through a single comprehensive assessment process. Maintain a centralized vendor risk register that tracks each vendor’s compliance status across all applicable frameworks. When a vendor provides their SOC 2 report, map the findings to your PCI DSS, ISO 27001, and SEBI CSCRF requirements simultaneously. This reduces duplicate effort for both your team and the vendor. Automate vendor risk workflows. Use a GRC platform or vendor risk management tool to track assessment schedules, send automated reminders, collect and store evidence, and generate compliance reports. Manual vendor management processes break down when you manage more than twenty vendors — and most payment companies manage far more than that.
Q: How often should we assess our third-party vendors?
A: PCI DSS requires at least annual assessment. For Tier 1 vendors with direct access to cardholder data, supplement annual assessments with continuous monitoring of their external security posture.
Q: What happens if a vendor loses their PCI DSS compliance?
A: You must assess the impact on your own compliance posture immediately. If the vendor handles cardholder data on your behalf, their non-compliance may affect your own PCI DSS status. Engage your QSA to determine the appropriate response.
Q: Can we rely solely on a vendor’s SOC 2 report for PCI DSS compliance?
A: No. SOC 2 and PCI DSS are different frameworks. A SOC 2 report provides assurance about the vendor’s controls but does not replace PCI DSS validation. You still need their Attestation of Compliance for PCI DSS.
QRC helps payment companies build vendor risk management programs that satisfy PCI DSS, RBI, and ISO 27001 requirements. Contact us for a vendor risk assessment.

ISO 27001:2022 Post-Transition: What Happens to Your ISMS Now

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October 31, 2025 was the deadline for transitioning from ISO/IEC 27001:2013 to ISO/IEC 27001:2022. If your organization completed the transition, your certificate now references the 2022 version, and your ISMS should reflect the updated standard’s requirements including the restructured Annex A controls. If you missed the deadline, your 2013 certificate has expired, and you are technically operating without a valid ISO 27001 certification. This has real consequences — clients who require ISO 27001 as a contractual condition may flag your organization as non-compliant in their vendor risk assessments. The path forward depends on your situation. Organizations that transitioned on time now need to focus on operationalizing the new controls, preparing for their next surveillance audit under the 2022 standard, and integrating the new control categories into their daily operations. Organizations that missed the deadline need to pursue recertification against the 2022 standard, which involves a more comprehensive assessment than a transition audit would have required. Regardless of which situation you are in, understanding the practical differences between the 2013 and 2022 versions is essential for maintaining a healthy ISMS.

What Actually Changed Between 2013 and 2022
The main body of ISO 27001 received relatively minor updates — mostly clarifications in terminology and alignment with the ISO Harmonized Structure. The significant changes are in Annex A, which was completely restructured from 14 control categories with 114 controls to 4 themes with 93 controls. The four themes are Organizational, People, Physical, and Technological. Eleven new controls were introduced that reflect the evolving threat landscape. These include threat intelligence, information security for cloud services, ICT readiness for business continuity, physical security monitoring, configuration management, information deletion, data masking, data leakage prevention, monitoring activities, web filtering, and secure coding. For organizations that were already following security best practices, many of these controls were likely already implemented informally. The difference now is that they must be formally documented, implemented, monitored, and evidenced as part of your ISMS. The Statement of Applicability needs to be updated to reflect the new control structure. If your SoA still references the 114-control format from 2013, it needs to be remapped to the 93-control format even if the underlying controls have not changed.
Preparing for Your First Surveillance Audit Under 2022
Your certification body will conduct surveillance audits at defined intervals to verify that your ISMS continues to meet the standard’s requirements. Your first surveillance audit under the 2022 version will likely receive closer scrutiny than previous audits because the auditor will be verifying that the transition was substantive, not just a document update. Focus on three areas. First, demonstrate that the new Annex A controls are operationally effective, not just documented. If your SoA includes the threat intelligence control, show that you have a process for collecting, analyzing, and acting on threat intelligence relevant to your organization. If data leakage prevention is applicable, demonstrate the technical controls and monitoring processes you have in place. Second, ensure your risk assessment methodology reflects the updated control set. Your risk treatment plan should reference the 2022 controls, and the mapping between identified risks and selected controls should be current. Auditors will check that controls were selected based on risk, not just because they appear in Annex A. Third, update your internal audit program to cover the new controls. Your internal audit schedule should ensure that every applicable control is audited within the certification cycle, with priority given to the new controls that may not have been previously audited.
Five Controls Most Organizations Struggle to Implement
Threat intelligence is the control most organizations implement superficially. It is not enough to subscribe to a threat feed — you need to demonstrate that threat intelligence is analyzed in the context of your organization’s specific threat landscape and that it informs your security decisions. Establish a regular threat intelligence review process and document how specific intelligence has influenced your security controls or incident response preparation. Cloud security controls are challenging because they span both your responsibilities and your cloud provider’s. Document your shared responsibility model clearly. Map which security controls are your responsibility, which are the provider’s, and which are shared. Evidence this through your cloud provider’s SOC 2 report, your own configuration audits, and your cloud security monitoring processes. Data leakage prevention requires both technical controls and process discipline. Implement DLP controls at key data egress points — email, web uploads, removable media, and cloud storage. But also address the process dimension — data classification policies, user awareness training, and incident response procedures for data leakage events. Secure coding is often treated as a development team responsibility without ISMS integration. Bring your secure coding practices under the ISMS umbrella — include secure coding standards in your documented information, conduct periodic reviews of code security practices, and maintain evidence of developer security training. Configuration management requires a baseline configuration standard for each technology in your environment and a process for detecting and remediating configuration drift. Automated configuration monitoring tools are practically essential for implementing this control effectively.
Building a Continuous Improvement Cycle for Your ISMS
The most common failure mode for ISO 27001-certified organizations is treating the ISMS as a compliance artifact rather than a living system. The 2022 version’s emphasis on monitoring and continuous improvement makes this distinction even more important. Establish quarterly ISMS review meetings that evaluate the effectiveness of controls, review incident trends, assess the relevance of risk treatment plans, and identify areas for improvement. These reviews feed into your management review, which remains a requirement of the standard. Implement metrics that tell you whether your ISMS is working, not just whether it exists. Useful metrics include the number of security incidents detected versus those reported by third parties, the time to remediate identified vulnerabilities, the percentage of employees completing security awareness training, the number of nonconformities found in internal audits and their remediation timelines, and the coverage of your asset inventory. Integrate your ISMS with other compliance programs. If your organization also maintains PCI DSS compliance, SOC 2 reports, or DPDP compliance, there is significant control overlap. An integrated compliance approach reduces duplication, improves consistency, and provides a more comprehensive view of your security posture. Use ISO/IEC TS 27103 as the bridging mechanism between ISO 27001 and other cybersecurity frameworks.
Q: What happens if we missed the ISO 27001:2022 transition deadline?
A: Your ISO 27001:2013 certificate has expired. You need to pursue recertification against the 2022 version through a full certification audit, which is more comprehensive than a transition audit.
Q: How many controls are in ISO 27001:2022?
A: Annex A contains 93 controls organized into four themes: Organizational (37), People (8), Physical (14), and Technological (34). This replaces the previous 114 controls across 14 categories.
Q: Can we maintain both ISO 27001 and PCI DSS simultaneously?
A: Yes. Approximately 60-70% of controls overlap between the two frameworks. An integrated compliance approach is more efficient than managing them separately.
QRC provides ISO 27001 certification and surveillance audit support. Contact us to ensure your ISMS meets the 2022 standard.

FAQ: Data Privacy Questions From Data Protection Officers

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Role and Responsibilities Questions

Q1: What exactly is a Data Protection Officer supposed to do under DPDP?

The DPO serves as the point of contact between the organization and the Data Protection Board of India. Your responsibilities include overseeing the organization’s data protection strategy, ensuring compliance with the DPDP Act and Rules, serving as the contact point for data principals exercising their rights, liaising with the Data Protection Board, and conducting or overseeing data protection impact assessments. The role requires both legal understanding and operational capability – you need to understand the law and translate it into processes your organization can execute.

Q2: Do I need to be based in India to serve as DPO?

For Significant Data Fiduciaries, the DPO must be based in India. This is an explicit requirement under the DPDP Act. For other data fiduciaries, while there is no strict residency requirement for the privacy lead, having someone in India who understands the local regulatory landscape and can engage with the Data Protection Board is practically essential.

Q3: Can the DPO role be combined with other positions?

The DPDP Act does not explicitly prohibit dual roles, but the DPO must have sufficient authority and independence to fulfill the role effectively. Avoid combining the DPO role with positions that create conflicts of interest – for example, the DPO should not also head the marketing function that relies heavily on personal data processing.

Consent and Legal Basis Questions

Q4: What makes consent valid under DPDP?
Consent must be free, specific, informed, unconditional, and unambiguous. It must be given through a clear affirmative action. Pre-ticked checkboxes, consent bundled with terms of service, or consent conditional on receiving a service are not valid. Each purpose of processing requires separate consent, and data principals must be able to withdraw consent as easily as they gave it.

Q5: Can we process personal data without consent?
Yes, in specific circumstances called legitimate uses. These include processing necessary for the performance of a function under law, compliance with court orders or judgments, responding to medical emergencies, processing for employment purposes, and processing in the public interest. Each legitimate use has specific conditions that must be met – it is not a blanket exception.

Q6: How should we handle consent for data we collected before DPDP came into force?
You need to provide a notice to data principals about the personal data you already hold and the purposes for which it was collected. If the original collection was based on consent, that consent remains valid provided the purpose has not changed. If you want to use previously collected data for new purposes, you need fresh consent. The DPDP Compliance Rules specify the timeline for sending these retrospective notices.

Q7: Do we need consent for every cookie on our website?
DPDP focuses on personal data processing, not specifically on cookies. However, cookies that collect or process personal data – such as those used for behavioral tracking, personalization, or analytics that identify individuals – require consent. Strictly necessary cookies that are essential for website functionality may not require consent, but this should be assessed case by case.

Data Rights and Breach Questions

Q8: What is the timeline for responding to data principal rights requests?
The DPDP Rules specify response timelines for rights requests. You should aim to acknowledge receipt within 48 hours and complete the request within the prescribed period. Having a documented workflow with assigned responsibilities and tracking mechanisms is essential for meeting these timelines consistently.

Q9: What counts as a personal data breach under DPDP?
A personal data breach is any unauthorized processing, accidental or unlawful destruction, loss, alteration, disclosure, or access to personal data. This is broader than just external hacking – it includes accidental data exposure, misdirected emails containing personal data, lost devices with unencrypted personal data, and insider access violations.

Q10: How quickly must we report a breach?
The DPDP Act requires notification to the Data Protection Board and affected data principals without unreasonable delay. The DPDP Rules provide more specific timelines. Your incident response plan should include clear criteria for when a security incident becomes a reportable personal data breach, and the notification process should be pre-documented so it can be executed quickly during a real incident.

Q11: Do we need to notify every data principal affected by a breach?
Yes, when the breach is likely to cause harm to the data principal. The notification must describe the nature of the breach and the measures the data principal can take to protect themselves. The Data Protection Board may also direct specific remedial actions.

Cross-Border and Vendor Questions

Q12: Can we transfer personal data outside India? 

The DPDP Act permits cross-border transfer of personal data to countries that are not on the restricted list published by the central government. If your data processing involves transfers to countries on the restricted list, those transfers are prohibited unless specifically exempted. For countries not on the restricted list, transfers are permitted, but you must ensure that the processing by the overseas entity complies with the Act’s requirements through appropriate contractual arrangements.

Q13: What data processing agreements do we need with our vendors? 

Every data processor that processes personal data on your behalf must be governed by a valid contract or data processing agreement. This agreement should specify the nature and purpose of processing, the types of personal data involved, the duration of processing, the obligations of the processor regarding security measures, the requirement to delete or return data upon termination, and the audit rights of the data fiduciary.

Q14: Are cloud service providers considered data processors under DPDP?

Yes. If your organization uses cloud services to store or process personal data, the cloud provider is acting as a data processor. Your agreement with the provider must address DPDP requirements, including data localization if applicable, security measures, breach notification, and the provider’s obligations regarding data principal rights requests.

Q15: How do we manage compliance when we use multiple sub-processors? 

Maintain a register of all sub-processors in your data processing chain. Ensure that each sub-processor is bound by contractual obligations that are at least as protective as your agreement with the primary processor. Implement regular assessments of sub-processor compliance and maintain visibility into where your data is being processed across the chain.

 

Q: Is DPO certification required under DPDP?

A: The DPDP Act does not mandate a specific certification for DPOs. However, having relevant privacy certifications demonstrates competence and is increasingly expected by organizations and regulators.

Q: Can we outsource the DPO function?

A: For non-SDF organizations, engaging an external DPO or privacy consultant is permissible. Significant Data Fiduciaries may need to evaluate whether the role can be effectively fulfilled externally given the in-India residency requirement.

QRC provides DPDP compliance advisory and DPO support services. Contact us to strengthen your data protection program.

Zero Trust Architecture for Banks and Financial Services

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The security model that most Indian banks and financial institutions still rely on – a hardened perimeter with trusted internal networks – was designed for an era when applications ran on-premises, employees worked from office desks, and third-party integrations were limited to a few managed connections. That era is over. Today, banking applications run across cloud environments, employees access core systems from personal devices and home networks, third-party fintech integrations number in the dozens, and API-driven architectures expose services that were never designed to be internet-facing. The result is a perimeter that is more porous than most security teams acknowledge. Every VPN connection, every API endpoint, every cloud-based service creates a pathway that the traditional perimeter model assumes does not exist. Regulatory bodies have recognized this shift. RBI’s cybersecurity guidelines emphasize defense-in-depth, microsegmentation, and continuous monitoring – concepts that align directly with zero trust principles. SEBI’s CSCRF requires network segmentation and access controls that go beyond perimeter-based thinking. PCI DSS 4.0.1’s requirement for internal network segmentation and multi-factor authentication for all CDE access moves in the same direction. The question is no longer whether financial institutions should adopt zero trust, but how to implement it pragmatically within existing regulatory and operational constraints.

 

What Zero Trust Actually Means for a Bank

Zero trust is not a product you purchase. It is an architectural approach built on a simple principle – never trust, always verify. Every access request is evaluated based on the identity of the requester, the security posture of their device, their location and behavior patterns, and the sensitivity of the resource they are requesting. There is no implicit trust granted by virtue of being on the corporate network. For a bank, this translates to concrete operational changes. Network access moves from flat internal networks to microsegmented zones where each application, database, and service sits in its own security boundary. Authentication shifts from single-factor VPN access to continuous, risk-based authentication that evaluates multiple signals before granting access. Authorization becomes granular – a user’s access to the core banking system does not automatically grant access to the card management system, even if both sit on the same network. Data protection moves from perimeter-based controls to data-centric controls where encryption, classification, and access policies follow the data regardless of where it resides. This does not mean ripping out your existing infrastructure. Zero trust is a journey implemented incrementally. Start with identity, expand to device trust, then move to network microsegmentation and data-centric security.

 

Mapping Zero Trust to Indian Regulatory Requirements

RBI’s cybersecurity framework for banks and non-bank PSOs emphasizes several principles that align directly with zero trust. The requirement for network segmentation maps to microsegmentation. The requirement for strong access controls maps to identity-based access with continuous verification. The requirement for continuous monitoring maps to zero trust’s emphasis on real-time security analytics. For PCI DSS 4.0.1, zero trust supports multiple requirements simultaneously. Requirement 1 on network security controls benefits from microsegmentation. Requirement 7 on access restriction by business need-to-know aligns with least-privilege access policies. Requirement 8 on authentication maps to zero trust’s identity verification approach. Requirement 10 on logging and monitoring aligns with zero trust’s continuous monitoring. SEBI’s CSCRF requires regulated entities to implement defense-in-depth strategies with multiple layers of security controls. Zero trust is fundamentally a defense-in-depth architecture – it layers identity verification, device assessment, network controls, and data protection into a comprehensive security model. By implementing zero trust, you address multiple regulatory requirements simultaneously rather than implementing point solutions for each. This creates both a stronger security posture and a more efficient compliance program.

 

A Phased Implementation Roadmap

Phase one focuses on identity and access management – 3-6 months. Implement a centralized identity provider with multi-factor authentication for all critical systems. Deploy conditional access policies that evaluate user identity, device health, and location before granting access. This phase has the highest return on investment because identity compromise is the most common attack vector in financial services. Phase two addresses device trust – 2-4 months. Implement endpoint detection and response across all devices that access your environment. Deploy device health checks that evaluate patch status, security software presence, and configuration compliance before allowing connections. Devices that do not meet your security baseline are either remediated or quarantined. Phase three tackles network microsegmentation – 6-12 months. This is the most operationally complex phase. Begin by identifying your most critical applications and data stores – core banking, card management, treasury systems – and creating microsegments around them. Use software-defined networking or next-generation firewalls to enforce segment boundaries. Monitor east-west traffic within segments to detect lateral movement. Phase four implements data-centric security – ongoing. Classify your data based on sensitivity, apply encryption and access controls based on classification, and implement data loss prevention controls. This phase ensures that even if perimeter and network controls fail, data itself is protected.

 

Common Mistakes When Implementing Zero Trust in Banking

The first mistake is treating zero trust as a technology purchase. Vendors will sell you zero trust products, but zero trust is an architecture and a philosophy. The technology enables the architecture, but without proper design and process changes, the technology alone delivers limited value. The second mistake is attempting to implement zero trust across the entire organization simultaneously. This creates operational disruption, user resistance, and project fatigue. Start with a specific use case – remote access to the core banking system, third-party vendor access, or cloud application access – and expand from there. The third mistake is neglecting the user experience. If zero trust controls make legitimate work harder, users will find workarounds that undermine the security model. Design authentication flows that are seamless for low-risk activities and step up only when the risk warrants it. Risk-based authentication – evaluating context signals to determine authentication strength – is essential for user acceptance. The fourth mistake is insufficient monitoring. Zero trust generates substantially more data than traditional perimeter security – every access decision, device posture assessment, and policy evaluation creates a log entry. Without proper SIEM capacity and alert tuning, security teams get overwhelmed by noise and miss the signals that matter. Invest in detection engineering alongside your zero trust deployment.

 

Q: Is zero trust mandated by RBI?

A: RBI does not use the term ‘zero trust’ in its guidelines, but the principles it mandates – network segmentation, strong access controls, continuous monitoring, and defense-in-depth – align directly with zero trust architecture.

 

Q: How long does it take to implement zero trust in a bank?

A: A phased implementation typically spans 12-24 months. Identity and access management improvements can be implemented in 3-6 months, with network microsegmentation taking 6-12 months.

 

Q: Does zero trust replace our firewall and VPN?

A: Zero trust does not eliminate firewalls – it changes how they are used. Firewalls shift from perimeter gatekeepers to microsegmentation enforcers. VPN may be replaced by zero trust network access solutions that provide more granular, identity-based access.

 

QRC helps financial institutions design and implement zero trust architectures that align with RBI, SEBI, and PCI DSS requirements. Contact us for a security architecture assessment.

DPDP Act Enforcement Begins: Your 90-Day Compliance Playbook

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The Digital Personal Data Protection Act, 2023 and the DPDP Rules, 2025 have established the framework. What matters now is the enforcement timeline. The Data Protection Board of India is operational, and the phased enforcement approach means different obligations kick in at different dates. For large organizations classified as Significant Data Fiduciaries, the expectations are higher and the timelines shorter. If your organization processes personal data of Indian citizens at scale — through customer databases, employee records, marketing activities, or service delivery — you are a data fiduciary under the Act. The question is not whether you need to comply but how quickly you can operationalize compliance. The common mistake we observe is organizations treating DPDP as a legal compliance exercise handled entirely by the legal team. DPDP has operational, technical, and organizational dimensions that require coordination across IT, security, marketing, HR, product development, and customer service. A legal-only approach will produce policies without processes and consent language without consent management systems.
Days 1-30: Data Discovery and Mapping
Your first thirty days should focus entirely on understanding what personal data you hold, where it lives, how it flows, and who has access. This is not a theoretical exercise — it requires technical data discovery across your databases, file systems, cloud storage, SaaS applications, email systems, and physical records. Start with your customer-facing systems — CRM, customer portals, payment systems, support ticketing, and marketing platforms. These typically hold the highest volume of personal data. Map each data element to its purpose — why are you collecting it, what legal basis supports that collection, and how long do you retain it. Then move to employee data — HR systems, payroll, benefits administration, and internal collaboration tools. Employee data is often overlooked in privacy programs, but the DPDP Act applies equally to employee personal data as it does to customer data. Document your data flows, including transfers to third parties, cross-border transfers, and data shared between group companies. Create a data inventory that captures the data element, the system it resides in, the purpose of processing, the legal basis, the retention period, and any third parties it is shared with. This inventory becomes the foundation for every subsequent compliance activity.
Days 31-60: Consent and Rights Management
With your data map complete, address the two most visible DPDP obligations — consent management and data principal rights. DPDP requires that consent be free, specific, informed, unconditional, and unambiguous. Review every touchpoint where your organization collects personal data and evaluate whether the consent mechanism meets these criteria. This includes website forms, mobile app permissions, customer onboarding flows, marketing opt-ins, and cookie consent banners. For each touchpoint, ensure that the consent request is presented in clear, plain language. The DPDP Act requires that consent notices be available in English and all 22 scheduled languages. While you may not need all languages immediately, your consent infrastructure must be designed to support multilingual notices. Implement a consent management platform that records when consent was given, what it was given for, and provides mechanisms for withdrawal. Consent withdrawal must be as easy as giving consent — this is an explicit requirement under the Act. For data principal rights — access, correction, erasure, and nomination — build internal workflows that can receive, authenticate, process, and respond to rights requests within the prescribed timeframes. This requires coordination between your customer service team, IT department, and legal team. Test these workflows with simulated requests before enforcement begins.
Days 61-90: Security Controls and Governance
The DPDP Act requires data fiduciaries to implement reasonable security safeguards to protect personal data. While the Act does not prescribe specific technical controls, the expectation is that security measures are proportionate to the risk. For organizations already compliant with PCI DSS, ISO 27001, or similar frameworks, your existing security controls likely satisfy this requirement — but you need to document the mapping explicitly. Implement data protection impact assessments for high-risk processing activities. The DPDP Rules require Significant Data Fiduciaries to conduct DPIAs, but all organizations benefit from assessing the privacy impact of new products, services, or processing activities before launch. Appoint your Data Protection Officer if you have not already done so. Significant Data Fiduciaries are required to designate a DPO who is based in India, but even non-SDF organizations should designate a privacy lead with clear responsibilities. Establish your breach notification process. The DPDP Act requires that personal data breaches be reported to the Data Protection Board and affected data principals. Your incident response plan must include privacy-specific procedures for assessing whether a breach involves personal data and triggering notification within the required timeline. Finally, train your organization. Every employee who handles personal data needs to understand the basic obligations under DPDP — what constitutes personal data, how to handle access requests, and when to escalate potential breaches.
Sustaining Compliance Beyond the First 90 Days
The 90-day playbook gets you to a baseline compliance posture. Sustaining compliance requires ongoing operational discipline. Schedule quarterly reviews of your data inventory to capture new data sources, changed processing activities, and updated retention schedules. Conduct annual privacy impact assessments for material changes to your data processing. Monitor your consent management platform for opt-out trends and respond to patterns that might indicate consent fatigue or poor user experience. Review your vendor agreements to ensure data processing agreements are in place with every third party that processes personal data on your behalf. The DPDP Act makes data fiduciaries responsible for their processors’ compliance. Build privacy metrics into your organizational reporting — consent rates, rights request volumes and response times, breach incident trends, and training completion rates. These metrics serve dual purposes — they demonstrate compliance to the Data Protection Board and they provide your leadership team with visibility into the privacy program’s health. The organizations that will navigate DPDP enforcement successfully are those that treated it as a business process transformation, not a checkbox exercise. Privacy is becoming a differentiator in the Indian market just as it did in Europe following GDPR enforcement.
Q: When does DPDP Act enforcement begin in India?
A: The DPDP Act has a phased enforcement timeline. Different obligations become enforceable at different dates as specified in the DPDP Rules, 2025. Monitor the Data Protection Board of India for specific compliance deadlines.
Q: What are the penalties for non-compliance with the DPDP Act?
A: Penalties range up to Rs 250 crore per instance depending on the nature and severity of the violation. Penalties apply to breaches of consent requirements, data principal rights violations, and failure to implement reasonable security safeguards.
Q: Do we need a Data Protection Officer under DPDP?
A: Significant Data Fiduciaries are required to appoint a DPO based in India. Even if you are not classified as an SDF, designating a privacy lead is strongly recommended.
QRC provides DPDP compliance assessments and implementation support. Contact us to build your data protection program.

FAQ: Compliance Questions Every Fintech Founder Should Ask

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Regulatory and Licensing Questions

Q1: Which compliance frameworks apply to my fintech? 

It depends on what your company does. If you process, store, or transmit payment card data – PCI DSS. If you operate as a payment aggregator or payment gateway – RBI PA/PG guidelines. If you handle personal data of Indian citizens – DPDP Act. If your clients are SEBI-regulated entities – their CSCRF requirements flow down to you as a vendor. If you serve US or EU enterprise clients – they will likely require SOC 2. Start by mapping your data flows and identifying which regulatory bodies have jurisdiction over your operations.

Q2: Do I need RBI approval to operate as a payment aggregator? 

Yes. Following the RBI’s guidelines on PA/PG regulation, payment aggregators must obtain authorization from RBI. This involves meeting net worth requirements, implementing security controls, establishing a grievance redressal mechanism, and maintaining a designated nodal officer. The application process can take 12-18 months, and operating without authorization exposes your company to regulatory action.

Q3: At what stage should I start thinking about compliance? 

From day one of handling sensitive data. The common mistake is treating compliance as a later-stage activity. Building compliance into your architecture and processes from the start is significantly cheaper than retrofitting later. At minimum, implement encryption, access controls, and logging from your first production deployment.

Security and Data Protection Questions

Q4: We are a small team. Do we really need a formal security program? 

Yes. The size of your team does not change the regulatory requirements or the risk. What changes is the scale of implementation. A 10-person fintech does not need a 50-page security policy manual. But it does need documented access controls, encryption for sensitive data, regular vulnerability scans, incident response procedures, and security awareness training for every team member. Regulators and enterprise clients will ask for evidence of these controls regardless of your company size.

Q5: How do we handle data localization requirements in India? 

RBI mandates that payment data related to Indian transactions must be stored in India. This includes the full end-to-end transaction data, not just a copy. If you use cloud infrastructure, ensure your data residency settings restrict payment data to Indian regions. For DPDP compliance, the rules specify conditions for cross-border transfer of personal data, with certain countries approved and others requiring additional safeguards.

Q6: What is the minimum security testing we should be doing? 

At minimum – quarterly vulnerability scans of your external-facing systems and an annual penetration test. If you handle payment card data, PCI DSS mandates both. Beyond the minimum, implement SAST and DAST in your development pipeline, conduct security code reviews for critical components, and perform a penetration test before every major release. For early-stage companies, a focused penetration test of your core product is more valuable than a broad but shallow scan.

Certification and Audit Questions

Q7: What is the difference between PCI DSS SAQ and ROC? 

A Self-Assessment Questionnaire is a self-validation tool for merchants and service providers with lower transaction volumes or simpler environments. A Report on Compliance is a detailed assessment conducted by a Qualified Security Assessor. Which one you need depends on your transaction volume, processing model, and what your acquiring bank requires. Service providers processing over 300,000 transactions annually typically need an ROC.

Q8: How long does it take to get PCI DSS certified? 

For a first-time certification with no existing controls, expect 6-12 months including gap assessment, remediation, and the formal assessment. If your organization already has mature security controls, the timeline can be shorter. The assessment itself typically takes 4-8 weeks of active engagement, but the preparation is where most of the time is spent.

Q9: Can we pursue multiple certifications simultaneously? 

Yes, and it is often more efficient. PCI DSS, ISO 27001, and SOC 2 share approximately 60% of their control requirements. An integrated compliance approach lets you implement controls once and map them across multiple frameworks, reducing the total effort. Plan your certification roadmap based on which framework your most important client or regulatory body requires first.

Q10: How much should we budget for compliance in our first year? 

A useful benchmark is 5-10% of your IT budget for compliance activities in the first year, decreasing as controls mature. This includes assessment fees, tooling, any external consulting, and internal staff time. For a seed-stage fintech, this might be 10-15 lakhs for an initial PCI DSS SAQ and basic security testing. For a Series A company pursuing PCI DSS ROC and SOC 2, budget 30-50 lakhs including both assessments.

Operational and Growth Questions

Q11: How do we handle compliance when we are iterating quickly? 

Build compliance checkpoints into your development process rather than treating it as a separate activity. Include security requirements in your user stories. Implement automated security testing in your CI/CD pipeline. Require security review for changes that affect the cardholder data environment or personal data processing. The goal is compliance as code, not compliance as a project.

Q12: Our client is asking for a compliance certificate we have never heard of. What do we do? 

First, understand what the certificate actually assesses. Search for the standard name plus the issuing body. Then determine whether the requirement is coming from a regulatory mandate, an industry standard, or the client’s internal policy. If it is the client’s internal policy, you may be able to satisfy their requirement with an existing certification plus supplementary evidence. If it is a regulatory mandate, engage a qualified assessor who specializes in that framework.

Q13: Should we hire a CISO or outsource security leadership?

For companies under 100 employees, a virtual CISO or fractional CISO arrangement is typically more cost-effective and provides access to more experienced professionals than you could afford full-time. As your company grows and your compliance obligations expand, transition to a full-time CISO. The inflection point is usually when you are managing three or more compliance frameworks simultaneously.

Q14: How do I explain compliance costs to my investors? 

Frame compliance as a market access enabler, not a cost center. Every enterprise client you win requires compliance certifications. Quantify the revenue attached to deals that require PCI DSS or SOC 2. Show the timeline – investing in compliance now accelerates your sales cycle for the next 12-24 months of enterprise deals.

Q: What is the first compliance certification a fintech should pursue?

A: Start with the certification your most important client or regulator requires. For payment companies, this is typically PCI DSS. For SaaS companies selling to US enterprise clients, SOC 2.

Q: Can a startup pass a PCI DSS audit?

A: Yes. PCI DSS does not have a minimum company size. Many startups achieve compliance through SAQ validation. The key is implementing the required controls, not having a large compliance team.

QRC works with fintech companies at every stage – from first compliance certification to multi-framework programs. Contact us to build your compliance roadmap.

SEBI CSCRF 2026: Building Your SOC From Compliance Mandate

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SEBI’s Cybersecurity and Cyber Resilience Framework has moved from advisory guidance to mandatory compliance for regulated entities. The framework covers stock brokers, depository participants, mutual fund houses, asset management companies, registrars, and other market intermediaries. At its core, CSCRF requires regulated entities to establish comprehensive cybersecurity governance, implement technical controls, maintain a Security Operations Center capability, conduct regular audits, and report cyber incidents to SEBI within specified timelines. The SOC requirement is where most mid-size regulated entities face their biggest implementation challenge. SEBI does not prescribe whether you must build an in-house SOC or contract a managed SOC provider, but it does require that you have continuous monitoring capabilities, incident detection and response processes, and documented escalation procedures. For organizations classified as high-category regulated entities based on their client count, transaction volume, and asset base, the expectations are more stringent, including 24×7 monitoring capabilities and dedicated security personnel. The deadline pressure is real — SEBI has begun including CSCRF compliance in its inspection framework, and non-compliance findings can result in regulatory action.
Three SOC Models and Which One Fits Your Organization
The first option is an in-house SOC — building your own team, infrastructure, and processes. This gives you maximum control but requires significant investment in people, technology, and ongoing operations. For most mid-size regulated entities, this is prohibitively expensive. A fully staffed 24×7 SOC requires minimum 8-12 security analysts, a SIEM platform, threat intelligence feeds, incident response tooling, and continuous training. Annual costs typically start at 2-3 crore. The second option is a fully managed SOC from a third-party provider. You outsource the monitoring, detection, and initial response functions to a specialized vendor. This is the most cost-effective approach for organizations without existing security operations capabilities. The critical factor is choosing a provider who understands SEBI CSCRF requirements specifically, not just general cybersecurity monitoring. Your managed SOC provider must be able to support SEBI’s incident reporting timelines and provide compliance-ready reporting. The third option is a hybrid SOC — you maintain a small internal security team that handles governance, compliance reporting, and strategic security decisions, while a managed SOC provider handles day-to-day monitoring and detection. This is increasingly the preferred model for mid-to-large regulated entities because it balances cost efficiency with organizational control over compliance reporting.
Mapping SOC Operations to CSCRF Requirements
CSCRF organizes its requirements across several domains, and your SOC operations must address multiple domains simultaneously. For the Identify domain, your SOC must maintain an updated asset inventory and understand the critical information assets within your environment. This feeds directly into detection rule configuration — you cannot detect attacks against systems you do not know exist. For the Protect domain, your SOC must monitor security controls effectiveness and flag configuration drift. This includes monitoring for unauthorized changes to firewall rules, access control configurations, and endpoint protection status. For the Detect domain, this is the SOC’s primary function — continuous monitoring of security events, correlation of logs from multiple sources, detection of anomalous behavior, and identification of potential security incidents. SEBI expects that your detection capabilities cover network intrusion, malware, unauthorized access, data exfiltration, and insider threat scenarios. For the Respond domain, your SOC must have documented incident response procedures aligned with SEBI’s reporting requirements. Cyber incidents must be reported to SEBI and CERT-In within 6 hours of detection, which means your SOC must have clear escalation paths and pre-approved incident classification criteria. For the Recover domain, your SOC must support business continuity and disaster recovery processes, including post-incident analysis and lessons learned.
Implementation Roadmap for CSCRF SOC Compliance
Phase one is assessment and planning — 4-6 weeks. Conduct a gap analysis of your current cybersecurity capabilities against CSCRF requirements. Identify which SOC model fits your organization’s size, budget, and risk profile. Document your critical assets, data flows, and existing security controls. This phase produces your CSCRF compliance roadmap. Phase two is SOC setup — 8-12 weeks. If building in-house or hybrid, procure and configure your SIEM platform, deploy log collectors across your infrastructure, and begin onboarding log sources. If using a managed SOC, complete vendor selection, negotiate SLAs aligned with SEBI requirements, and begin the integration process. Critical log sources include firewalls, intrusion detection systems, endpoint protection, active directory, application servers, and database audit logs. Phase three is policy and process development — concurrent with phase two. Develop your incident response plan with SEBI-specific reporting procedures, create escalation matrices, define incident classification criteria, and document your SOC operating procedures. These documents will be reviewed during your CSCRF compliance audit. Phase four is testing and validation — 4 weeks. Conduct tabletop exercises simulating different cyber incident scenarios. Test your incident reporting workflow end-to-end, including SEBI portal submission. Validate that your detection rules are generating alerts for known attack patterns. Run a simulated audit to identify documentation gaps before the actual compliance assessment.
Common Compliance Pitfalls to Avoid
The first pitfall is treating CSCRF as a one-time project rather than an ongoing program. SEBI expects continuous compliance, not point-in-time certification. Your SOC must demonstrate operational effectiveness over time through consistent monitoring, regular incident drills, and periodic control reviews. The second pitfall is inadequate log coverage. We frequently find regulated entities that have deployed a SIEM but only onboarded a fraction of their critical log sources. If your trading platform generates logs that are not being ingested by your SOC, you have a detection gap that will surface during an audit. The third pitfall is poor vendor management when using a managed SOC. Your compliance obligation does not transfer to the vendor — it remains yours. Ensure your managed SOC contract includes SEBI-specific SLAs, compliance reporting formats, incident escalation timelines, and the right to audit the provider’s operations. The fourth pitfall is insufficient skilled personnel. Even with a managed SOC, SEBI expects the regulated entity to have designated personnel responsible for cybersecurity governance. This typically means a CISO or equivalent role, even if filled part-time in smaller organizations. Document the roles, responsibilities, and reporting lines for cybersecurity governance within your organization.
Q: Is a SOC mandatory under SEBI CSCRF?
A: SEBI requires continuous monitoring capabilities, which effectively mandates SOC functionality. Whether you build in-house, use managed services, or adopt a hybrid model is your choice.
Q: What is the incident reporting timeline under SEBI CSCRF?
A: Cyber incidents must be reported to SEBI and CERT-In within 6 hours of detection. Your SOC must have processes to support this timeline.
Q: Can a managed SOC provider handle SEBI compliance reporting?
A: A managed SOC can support compliance, but the regulated entity retains accountability. Ensure your provider understands SEBI-specific reporting requirements and include them in your SLA.
QRC helps SEBI-regulated entities implement CSCRF-compliant cybersecurity programs. Contact us for a gap assessment and implementation roadmap.

What’s New in PCI Secure Software Standard v2.0

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The PCI Security Standards Council (PCI SSC) released version 2.0 of the PCI Secure Software Standard in January 2026, marking a major revision from the previous v1.2.1. If your organization develops, assesses, or relies on payment software, this update carries significant implications. Here’s a breakdown of what’s changed and what you need to know.

A Major Revision – Not A Minor Update

First and foremost, the PCI SSC has emphasized that this is a major revision. Unlike incremental updates, there is no definitive one-to-one mapping between v1.2.1 and v2.0. Organizations should approach this as a significant rethink of the standard’s structure, language, and scope – not simply an updated checklist.

Key Terminology Changes

One of the most immediately noticeable shifts is the language used throughout the standard. The term “Payment Software” has been removed entirely. In its place, the standard now revolves around the concept of “Sensitive Assets.” This broader framing better captures the range of data, resources, and functionality that software must protect. Several related glossary terms have also been updated:

  • “Critical Asset” is now “Sensitive Asset” (and has been rewritten)
  • “Sensitive Function” is now “Sensitive Functionality” (and has been rewritten)
  • “Sensitive Data” and “Sensitive Resource” definitions have both been revised
  • A new term, “Strong Authentication,” has been introduced

The glossary itself has been moved in-house: v2.0 includes a new Appendix A that supersedes the previously external SSF Glossary document, making all defined terms available within the standard itself. Additionally, “Control Objectives” have been renamed “Security Objectives” throughout the document.

New Companion Document: Sensitive Asset Identification

A brand-new external companion document has been introduced alongside v2.0 – the Sensitive Asset Identification document. This is not optional reading: it is a mandatory companion to the standard and forms part of its program.

The document provides additional context and examples for understanding Sensitive Assets, Sensitive Data, Sensitive Functionality, and Sensitive Resources. For vendors working with EMVCo 3DS-related data, the standard also relies on the PCI 3DS Data Matrix document.

Restructured Test Requirements And Methodology

All test requirements have been essentially rewritten in v2.0. The new approach is structured around three core methods:

  1. Documentation Review
  2. Static Analysis
  3. Dynamic Analysis

Additional new sections include Software Testing, Provision of Source Code, Technical Constraints, and Technical FAQs – the last of which mirrors language from existing PCI Technical FAQ documents.

Overhauled Core Requirements

The core section has been retitled “Core – All Software” to emphasize that these requirements apply universally to all software assessed under the standard. The eleven Security Objectives now cover:

  • Security Objective 1: Software Architecture, Composition, and Versioning – including requirements for Bill of Materials (BOM), versioning practices, and the use of wildcards.
  • Security Objective 2: Sensitive Asset Identification – relies on the new companion document covers identifying Sensitive Data, Sensitive Resources, Sensitive Functionality, and Sensitive Modes of Operation.
  • Security Objective 3: Sensitive Asset Storage and Retention
  • Security Objective 4: Sensitive Modes of Operation – applies only when a Sensitive Mode of Operation is present introduces “Strong Authentication.”
  • Security Objective 5: Sensitive Asset Protection – including the software design itself as a sensitive asset, and formalizing the concept of “anomalous behavior.”
  • Security Objective 6: Sensitive Asset Output – formalizes secure channel requirements.
  • Security Objective 7: Random Numbers – covers both leveraging an external RNG and implementing one within the software.
  • Security Objective 8: Key Management
  • Security Objective 9: Cryptography (a single encompassing requirement for cases not covered elsewhere)
  • Security Objective 10: Threats and Vulnerabilities
  • Security Objective 11: Secure Deployment and Management – includes implementation guidance and software versioning.

 

Changes To Modules : Modules are additional requirements that apply on top of the Core – All Software section, based on defined criteria.

  • Module A (Account Data Protection): Requirements have been revised to focus specifically on PAN and SAD in relation to PCI DSS.
  • Module B (formerly Terminal Software Requirements, now POI Device Software): The module has been retitled and its requirements refined and reduced. Several requirements previously in Module B have been absorbed into the Core – All Software section. SRED requirements have also been revised.
  • Module C (formerly Web Software Requirements, now Publicly-accessible Software): The module has been retitled to better reflect its intent. Several requirements from the old C.1 section have been moved to the Core section. Requirements C.1.5 and C.1.6 have been removed, as they are now covered by the PCI Secure SLC Standard.
  • Module D (NEW – Software Development Kits): This is an entirely new module. v2.0 is now better suited to accommodate the assessment of SDKs, including EMVCo 3DS SDKs. Module D introduces a new set of objectives and requirements specifically for this category.

Structural And Administrative Changes

Several structural changes have been made to align v2.0 more closely with the broader PCI Standards framework:

  • A new “Sensitive Assets” section has been added to the introduction.
  • The “Stakeholder Roles and Responsibilities” section has been removed from the standard and relocated to the PCI Secure Software Program Guide.
  • The “Scope of Security Requirements” section has been removed entirely.
  • Related Publications have been moved to a new Appendix B.
  • A new Appendix C covers Technical References.
  • SLC-related requirements have been removed from this standard, as they are now covered under the PCI Secure SLC Standard.
  • The standard now relies on “Strong Cryptography” as the baseline for cryptographic requirements, replacing the previous “Effective Key Strength” framework.

What This Means For Your Organization

Whether you are a software vendor seeking or maintaining certification, an assessor reviewing compliance, or a payment brand evaluating software, v2.0 represents a meaningful shift. The expanded focus on Sensitive Assets (rather than Payment Software alone) broadens the standard’s applicability. The introduction of Module D makes it relevant to SDK developers for the first time. And the comprehensive rewrite of test requirements means existing assessment processes will need to be revisited.

Organizations currently certified or in the process of certification under v1.2.1 should review the full v2.0 standard and the new Sensitive Asset Identification companion document to understand how requirements map (or don’t map) to their current implementations.

The PCI SSC has made clear that this version is designed to be more structured, more broadly applicable, and better aligned with the evolving software security landscape – including the growing role of SDKs, third-party components, and complex software supply chains.

For the full standard and companion documents, visit the PCI Security Standards Council website at PCIsecuritystandards.org.

Need Help Navigating PCI Secure Software Standard V2.0?

At QRC Assurance and Solutions, we understand that major standard revisions can be complex to interpret and even more challenging to implement. Whether you are a software vendor preparing for assessment under v2.0, an organization reviewing your current certification status, or a development team working through the new Sensitive Asset framework for the first time – our team of qualified security experts is here to guide you every step of the way.

Our services include:

  • Gap assessments against PCI Secure Software Standard v2.0
  • Pre-assessment readiness reviews
  • Support for Module D (SDK) assessments – new to v2.0
  • Guidance on the mandatory Sensitive Asset Identification companion document
  • End-to-end PCI SSF assessment and certification support

Don’t let a major revision catch your organization off guard. Get ahead of the changes with expert support from a team that lives and breathes payment security compliance. Contact us today to schedule a consultation or learn more about how QRC Assurance and Solutions can help you achieve and maintain compliance with confidence.

Visit us at: www.qrcsolutionz.com | Email us at: connect@qrcsolutionz.com

SOC 2 for Indian Fintech: Why Global Clients Are Asking

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If you run an Indian SaaS or fintech company selling to enterprise clients in the US, UK, or EU, you have probably encountered the SOC 2 question during a procurement cycle. It usually surfaces in the security questionnaire or during vendor risk assessment — the client’s security team asks for your latest SOC 2 Type II report, and if you do not have one, the deal stalls or gets complicated with alternative evidence requirements. This is not an arbitrary hurdle. SOC 2 has become the default trust signal for technology service providers in North American and European markets. Enterprise buyers use it as a baseline assurance that your organization has implemented controls around security, availability, processing integrity, confidentiality, and privacy. Without it, their vendor risk management frameworks flag your organization as higher risk, which means additional scrutiny, longer procurement cycles, and sometimes deal-killing escalations. For Indian fintech companies processing payment data, handling personal information, or providing infrastructure services to global clients, the absence of a SOC 2 report is increasingly a competitive disadvantage rather than just a nice-to-have.
SOC 2 vs ISO 27001: Understanding the Difference
Many Indian organizations already hold ISO 27001 certification and assume it serves the same purpose as SOC 2. While there is significant overlap in the underlying controls, they serve different audiences and different purposes. ISO 27001 certifies that your information security management system meets the standard’s requirements at a point in time. It is widely recognized globally and particularly valued in Asian, European, and Middle Eastern markets. SOC 2 provides an independent auditor’s opinion on whether your controls operated effectively over a defined period — typically 6 to 12 months. The Type II report includes detailed testing results showing how controls performed over time, not just whether they existed. North American enterprise buyers prefer SOC 2 because the Type II report gives them evidence of operational effectiveness over a sustained period. ISO 27001 tells them your ISMS is properly designed SOC 2 Type II tells them it actually works over time. The practical recommendation for Indian companies selling globally is to maintain both. ISO 27001 for markets and clients that value it, and SOC 2 Type II for US and European enterprise clients. The control overlap means maintaining both is more efficient than building each from scratch — approximately 60-70% of controls map across frameworks.
The Five Trust Services Criteria Explained
SOC 2 is organized around five trust services criteria, and you choose which ones apply to your service. Security is mandatory — every SOC 2 report must include it. The other four are optional and selected based on your service commitments. Security covers protection of information and systems against unauthorized access, both physical and logical. This includes access controls, network security, change management, risk assessment, and monitoring. If your service handles client data in any form, security is your baseline. Availability applies if your service commitments include uptime guarantees or SLAs. It covers system monitoring, disaster recovery, business continuity, and incident response. If your clients rely on your platform being accessible, include availability. Processing Integrity applies if your service performs processing that must be complete, valid, accurate, and timely. For fintech companies processing transactions, this is almost always relevant. Confidentiality covers data designated as confidential — trade secrets, business plans, intellectual property. If your service handles client data that is classified as confidential beyond general personal data, include this. Privacy applies when your service collects, uses, retains, or disposes of personal information. For companies handling end-user personal data on behalf of clients, privacy is relevant. Most Indian fintech and SaaS companies include security and availability at minimum, with processing integrity added if they handle transactions.
What the SOC 2 Journey Looks Like for an Indian Company
The typical SOC 2 engagement for an Indian fintech company spans 8-14 months from start to Type II report. The first phase is readiness — 2-4 months of gap assessment, control design, policy documentation, and implementation. This is where you map your existing controls to the trust services criteria, identify gaps, and implement missing controls. If you already have ISO 27001, this phase is significantly shorter because many controls are already in place. The second phase is the observation period — minimum 3 months for your first Type II report, though 6 months is more common and preferred by enterprise clients. During this period, your controls must be operational and generating evidence. This is not a passive period — you need to actively collect evidence of control operation, conduct access reviews, perform vulnerability scans, run tabletop exercises, and maintain your monitoring. The third phase is the audit itself — 4-6 weeks of fieldwork where the auditor tests your controls against the trust services criteria. They review your policies, test a sample of control activities from the observation period, and evaluate any exceptions or deviations. The report is then issued with an opinion on whether your controls operated effectively. Cost varies significantly based on scope and complexity, but Indian companies should budget between 15-30 lakhs for the first year including readiness and audit, with subsequent annual audits costing less as the program matures.
Practical Tips for Getting Started
Begin with a scope definition exercise. Identify which systems, processes, and people support the service you deliver to clients. This becomes your system description in the SOC 2 report. A common mistake is scoping too broadly — include only what directly supports the in-scope service. Leverage your existing ISO 27001 controls. Map your ISMS controls to the SOC 2 trust services criteria and identify gaps. Focus your effort on the gaps rather than rebuilding from scratch. The most common gaps for ISO 27001-certified organizations are in evidence collection, monitoring automation, and vendor management documentation. Invest in evidence collection automation early. SOC 2 Type II requires evidence of control operation over the entire observation period. Manually collecting this evidence is unsustainable. Implement tools that automatically capture access review completions, vulnerability scan results, change management approvals, and incident response activities. Choose your auditor carefully. Ensure they are a licensed CPA firm with experience auditing technology companies. Ask for references from similar Indian companies and verify their understanding of the distributed development and operations models common in Indian tech organizations. Finally, communicate the timeline and value to your sales team. A SOC 2 engagement that was initiated because of client demand should be visible to the commercial team so they can set expectations with prospects and use the in-progress engagement as evidence of commitment to security.
Q: How long does it take to get SOC 2 Type II certified?
A: The typical timeline is 8-14 months from initiation to receiving your Type II report, including 2-4 months of readiness and a minimum 3-6 month observation period.
Q: Do we need SOC 2 if we already have ISO 27001?
A: ISO 27001 and SOC 2 serve different audiences. If your clients are primarily in North America or Europe, they will likely require SOC 2 Type II regardless of your ISO 27001 certification.
Q: What does SOC 2 compliance cost in India?
A: Budget 15-30 lakhs for the first year including readiness assessment and audit. Annual renewal audits typically cost 30-50% less as your program matures.
QRC provides SOC 2 readiness assessments and audit services for Indian technology companies. Contact us to understand your path to SOC 2 Type II.

FAQ: 15 PCI DSS Questions Every CISO Is Asking Right Now

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Scope and Applicability Questions
Q1: Has the scope of PCI DSS changed under version 4.0.1? 
The core scope definition remains the same — any system that stores, processes, or transmits cardholder data, plus any system that can affect the security of the cardholder data environment. What has changed is the depth of control validation. The standard now requires more granular evidence that scope reduction mechanisms are working as intended. Network segmentation, for example, must be verified through penetration testing, not just documented in a network diagram.
Q2: Does PCI DSS 4.0.1 apply to our cloud environments? 
Yes. The standard is technology-agnostic. Whether your cardholder data environment runs on-premises, in AWS, Azure, Google Cloud, or a hybrid architecture, PCI DSS applies. The shared responsibility model with your cloud provider determines which controls are your responsibility and which are the provider’s, but the accountability for compliance always sits with the entity that owns the cardholder data.
Q3: We use a third-party payment processor. Do we still need to comply? 
Yes. Using a third-party processor reduces your scope but does not eliminate your PCI DSS obligations. You remain responsible for managing the third-party relationship, validating their compliance status, and ensuring that cardholder data is protected at every handoff point between your systems and theirs.
Implementation and Technical Questions
Q4: What is the customized approach and should we use it?
The customized approach is new in PCI DSS 4.0 and allows organizations to meet a requirement’s security objective through an alternative control that differs from the defined approach. It is not a shortcut — it requires a more rigorous validation process, including documented evidence that the alternative control meets the stated objective. Consider it when the defined approach does not fit your technology architecture, but be prepared for additional assessment effort.
Q5: How do targeted risk analyses differ from our annual risk assessment? 
Targeted risk analyses under Requirements 12.3.1 and 12.3.2 are specific to individual requirements where the standard allows flexibility in implementation frequency. For example, if you choose to review firewall rules quarterly instead of semi-annually, you need a targeted risk analysis justifying that frequency. This is separate from your organization-wide annual risk assessment.
Q6: What are the new multi-factor authentication requirements? 
Requirement 8.4.2 now requires MFA for all access into the cardholder data environment, not just remote access. This means administrators accessing the CDE from within the corporate network also need MFA. This is one of the most operationally impactful changes for organizations that previously only required MFA for VPN connections.
Q7: How should we handle the new password length requirements? 
Requirement 8.3.6 mandates a minimum 12-character password length where the system supports it. Audit every system in your CDE scope for maximum supported password lengths. Legacy systems that cannot support 12 characters require documented compensating controls or system upgrades.
Assessment and Compliance Process Questions
Q8: Can we use our existing compensating controls under 4.0.1? 
Existing compensating control worksheets need to be re-evaluated against the 4.0.1 requirements. The compensating control framework still exists, but the customized approach provides an additional option. Review each compensating control to determine whether it still addresses the risk, whether the customized approach might be more appropriate, and whether the underlying constraint that prevented meeting the original requirement still exists.
Q9: How long will our first 4.0.1 assessment take compared to previous assessments? 
Plan for 15-25% more time depending on your environment complexity. The expanded scope of requirements, new evidence expectations, and targeted risk analysis reviews all add to the assessment timeline. The first assessment under any new version is always longer because assessors and assessed entities are both calibrating to updated expectations.
Q10: What evidence should we be collecting now for our next assessment? 
Start collecting evidence of operational effectiveness, not just implementation. Assessors will want to see that controls are working over time, not just that they were configured correctly on the day of the assessment. This means retaining logs of security awareness training completion, records of periodic access reviews, vulnerability scan results showing remediation timelines, and documentation of change management processes.
Operational and Strategic Questions
Q11: How do we handle PCI DSS compliance across multiple business units? 
If multiple business units handle cardholder data, each must be included in the assessment scope. The most efficient approach is a centralized compliance program with standardized controls, but each business unit must be individually validated. Consider whether a single Report on Compliance covering all entities or separate assessments per entity better serves your organizational structure.
Q12: What is the relationship between PCI DSS and other compliance frameworks? 
PCI DSS 4.0.1 has significant overlap with ISO 27001, SOC 2, and regional regulations like DPDP and GDPR. An integrated compliance approach can reduce duplicate efforts, but each framework has unique requirements that cannot be satisfied through mapping alone. Use ISO/IEC TS 27103 as a bridging mechanism between frameworks.
Q13: How do we prepare our board for PCI DSS 4.0.1 changes? 
Focus on three messages: the mandatory nature of the new requirements, the potential financial and operational impact of non-compliance, and the resource investment needed for sustainable compliance. Boards respond to risk quantification — translate compliance gaps into business risk metrics.
Q14: Should we invest in automation for PCI DSS compliance? 
Absolutely. The continuous monitoring expectations in 4.0.1 make manual compliance processes unsustainable. Invest in automated vulnerability scanning, configuration monitoring, log analysis, and compliance evidence collection. The upfront cost is offset by reduced assessment time and lower risk of compliance gaps.
Q15: How often should we reassess our PCI DSS scope?
At minimum annually and whenever there is a significant change to your payment environment. Scope creep is one of the most common causes of compliance failures — systems that were added to the environment without proper segmentation or control implementation.
Need help navigating PCI DSS 4.0.1? QRC’s qualified security assessors can guide your compliance journey from gap analysis to certification.