SEBI CSCRF 2026: Building Your SOC From Compliance Mandate

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.

SEBI CSCF Compliance Checklist for BFSI

“In 2023, India’s BFSI sector experienced a 47% rise in cybersecurity incidents—many targeting gaps in governance, access control, and third-party vendors. SEBI’s CSCF is no longer optional—it’s essential.”
Cyber threats in the financial sector have evolved beyond data theft. Attackers now aim to disrupt critical systems, manipulate markets, and exploit vendor vulnerabilities. That’s why the Securities and Exchange Board of India (SEBI) introduced the Cyber Security and Cyber Resilience Framework (CSCF)—a blueprint for securing financial institutions from the inside out.
But let’s face it: implementation isn’t always straightforward. From evolving threat landscapes to legacy systems and regulatory ambiguity, BFSI organizations often find themselves overwhelmed. This blog cuts through the complexity with a clear, actionable checklist—designed to help your institution align with SEBI CSCF while strengthening overall cyber resilience.
Why SEBI CSCF Compliance Is Non-Negotiable
Failure to comply with SEBI’s CSCF guidelines can lead to:
  • Regulatory fines and legal liability
  • Disruption of banking or trading services
  • Loss of investor and customer trust
  • Higher risk of insider and third-party attacks
CSCF compliance is not just about ticking boxes—it’s about protecting the backbone of India\’s financial ecosystem.
The Ultimate SEBI CSCF Compliance Checklist for BFSI
1. Governance and Oversight
  • Appoint a Chief Information Security Officer (CISO) reporting to senior management
  • Form a Cybersecurity Steering Committee with cross-functional stakeholders
  • Define and approve a Cybersecurity Policy aligned with SEBI and international standards
  • Conduct quarterly board-level cybersecurity reviews and risk assessments
2. Risk Assessment and Cybersecurity Strategy
  • Perform risk assessments across IT and operational systems
  • Maintain a complete asset inventory and classify by risk
  • Conduct Business Impact Analysis (BIA) for mission-critical operations
  • Implement a cybersecurity strategy covering prevention, detection, response, and recovery
  • Test controls via regular vulnerability scans and risk mitigation reviews
3. Access Control and Identity Management
  • Enforce multi-factor authentication (MFA) for critical systems and privileged users
  • Apply role-based access control (RBAC) to minimize privilege creep
  • Log and monitor all privileged user activity
  • Conduct periodic access reviews and immediately revoke unused credentials
  • Introduce Zero Trust Architecture (ZTA) principles
4. Data Protection and Encryption
  • Encrypt sensitive data at rest and in transit using industry-standard cryptography
  • Implement Data Loss Prevention (DLP) mechanisms
  • Secure backups and disaster recovery systems against ransomware
  • Apply strict data retention policies
  • Continuously monitor data access patterns for anomalies
5. Network Security and Infrastructure Protection
  • Use network segmentation to isolate critical systems
  • Deploy firewalls, IDS, IPS, and endpoint protection tools
  • Apply regular patching and secure configurations
  • Conduct penetration testing to identify vulnerabilities
  • Analyze network and endpoint logs to detect suspicious activity
6. Secure Application Development (DevSecOps)
  • Embed security in the Software Development Lifecycle (SDLC)
  • Follow secure coding practices and address OWASP Top 10 risks
  • Automate testing with SAST, DAST, and SCA tools
  • Update third-party libraries and dependencies
  • Ensure applications enforce secure authentication before deployment
7. Incident Response and Cyber Resilience
  • Develop a formal Incident Response Plan (IRP) with clear escalation steps
  • Deploy 24/7 monitoring via a SIEM platform
  • Conduct cyber drills and breach simulations regularly
  • Require vendors to have incident reporting clauses
  • Maintain offline, immutable backups for ransomware recovery
8. Third-Party Risk Management
  • Perform due diligence and security assessments before vendor onboarding
  • Set minimum cybersecurity standards in vendor SLAs
  • Include audit rights and breach reporting clauses in contracts
  • Monitor third-party access continuously
  • Require compliance with SEBI CSCF and independent audits
9. Cyber Resilience & Business Continuity Planning
  • Maintain a Business Continuity Plan (BCP) and Disaster Recovery Plan (DRP)
  • Define and validate RTO/RPO objectives
  • Test recovery mechanisms to ensure data integrity
  • Use redundant infrastructure for mission-critical systems
  • Simulate real-world disruptions and review response efficacy
10. Employee Awareness and Cybersecurity Training
  • Conduct mandatory cybersecurity training for all employees
  • Simulate phishing attacks to measure awareness
  • Foster a security-first culture with easy reporting mechanisms
  • Enforce strong password policies and credential hygiene
  • Provide guidelines for remote work and hybrid environments
Going Beyond Compliance: Building Real Cyber Resilience – Meeting SEBI’s baseline is important. But leading institutions go further.
Best Practices That Move You Ahead of the Curve:
  • Automate security controls to reduce manual error
  • Use AI-based threat intelligence for real-time detection
  • Apply behavioral analytics to uncover insider threats
  • Enforce a Zero Trust access model organization-wide
  • Participate in cross-sector threat intelligence sharing
Final Thoughts
SEBI CSCF compliance is not just a regulatory checkbox—it’s a blueprint for sustainable security. As threats evolve, your defenses must too.
By using this checklist and embedding resilience into every layer—people, process, and technology—your BFSI institution can not only meet SEBI’s expectations but lead the charge in India’s secure financial future.

SEBI Introduces New CSCR Framework for REs

The Securities and Exchange Board of India (SEBI) has released a comprehensive circular detailing the new Cybersecurity and Cyber Resilience Framework (CSCRF) for SEBI Regulated Entities (REs). This framework will replace the existing SEBI cybersecurity circulars, guidelines, and advisories.
Objective and Key Features of CSCRF   
The primary goal of the CSCRF is to address the evolving landscape of cyber threats, align with industry standards, facilitate efficient audits, and ensure compliance by SEBI-regulated entities. The framework establishes standardized reporting formats for REs, enabling streamlined compliance and oversight, SEBI stated.
The CSCRF is based on international standards and incorporates five key cyber resiliency goals: anticipate, withstand, contain, recover, and evolve. These goals are adapted from the Cyber Crisis Management Plan (CCMP) developed by the Indian Computer Emergency Response Team (CERT-In), aiming to combat cyber-attacks and cyber terrorism. The framework outlines a structured approach to implementing various cybersecurity and cyber resilience measures to enhance understanding and compliance.
Classification and Graded Approach   
The CSCRF follows a graded approach, classifying REs into five categories based on their operations and thresholds, such as the number of clients, trading volumes, and assets under management. The categories are:
1. Market Infrastructure Institutions (MIIs)
2. Qualified REs
3. Mid-size REs
4. Small-size REs
5. Self-certification REs
This classification ensures that even smaller entities are equipped with adequate cybersecurity measures to achieve resilience against cyber incidents and attacks.
Cyber Capability Index for Enhanced Monitoring   
To further bolster cybersecurity efforts, the CSCRF introduces the Cyber Capability Index (CCI) for MIIs and Qualified REs. This index will enable these entities to monitor and assess their cybersecurity progress and resilience on a periodic basis, fostering a culture of continuous improvement in their cybersecurity posture.
SEBI’s new framework aims to provide a robust methodology for entities to counteract cyber threats, aligning them with global best practices and ensuring a resilient financial market ecosystem in India.
Read the full document here :  https://www.sebi.gov.in/legal/circulars/aug-2024/cybersecurity-and-cyber-resilience-framework-cscrf-for-sebi-regulated-entities-res-_85964.html

Cyber Security Firms As Certification Bodies

Year after year, several organizations report millions of dollars of loss. Recent surveys suggest that increasing vulnerabilities like data breaches, ransomware attacks are one of the leading reasons for such loss. Apart from monetary loss, the loss of reputation caused by such cyber threats is a deadlier blow for organizations to recover from.

A prime solution to these losses is opting for a Cybersecurity firm that uses their expertise like vulnerability analysis, audits to identify threats, penetration testing to protect businesses from such vulnerabilities. They also develop new technologies to guard the digital assets of organizations posed to such cyber risks. Apart from being a third-party company that provides solutions to cyber risks, can a decision to work with a cyber security firm give any value additions to the organization? Yes, it does.

Why should you look out for a cyber security firm if you want to get the ISO 27001 and the ISO 27701 certification?

Read through to find out…

Cyber security firms as  Certification bodies:

Professional expertise:  When opting for a cyber security firm as a certification body, the major advantage is the high level of expertise offered by the professionals in the team. The auditors from such an organization have a deep understanding of cyber security principles. This level of knowledge is offered exclusively for the sole purpose of making the organization compliant with the standards prescribed in the specified certification.

Advantages for various stakeholders:  The advantages of choosing a cyber security firm as a certification body do not end with the value additions provided for the chosen organization. There are several advantages to the various stakeholders of the organization. Cyber security firms not only create an impact on the data security and protection aspects but also create a wholesome impact on aspects like Risk management, governance, do and business continuity. When an organization is ISO 27701 certified by a cyber security firm, it is evident that the organization’s management has implemented all the best practices in cyber security as follow-up assessments are usually a part of the certification process.

Stay in-the-zone:  Cyber security firms offering certification services have years of experience in areas of Quality risk, Information system management, Cyber risk governance, etc. They are constantly in-the-zone and can provide updates on these aspects as and when required in the audit and certification process.

Significance of the ISO 27001 & ISO 27701 certifications

Impact on the business outcome:  International standards like the ISO 27001 and the ISO 27701 aid in improving the relationship with clients. It can even act as a tool to retain existing clients by providing opportunities to implement best practices within the organization. It provides an edge over others when compared with competitors by improving the quality of services provided.

Data breach:  Research suggest that the cost of a data breach increases 5%-6% every year. The burden of bearing the cost for a data breach can be destructive to a company’s growth. Getting ISO certified can save you from being burdened

As the accepted global benchmark for the effective management of information assets, ISO 27001 enables organizations to avoid the potentially devastating financial losses caused by data breaches. It also ensures that necessary controls are in place to protect the organization from potential threats. It is designed in a way that mandatory regulatory requirements are met for the GDPR, NIST CSF, etc.

Organization’s goodwill:  Cyber-attacks not only cause monetary loss but also cause the reputation of the organization. As the threat levels increase day by day, the risk of losing your organization’s reputation overnight is also increasing. Being ISO certified can prevent this loss.

Improvements on the internal front:  Allocation of responsibilities and a clear definition of hierarchy is crucial during the growth phase of an organization. A poorly defined hierarchy for the management of information assets can bring internal conflict and confusion. A standard like the ISO 27001 or the ISO 27701 increases productivity in the internal management of a company by clearly setting the objectives and responsibilities of risk management.

Adhering to the requirements of ISO prescribed standards also implies that the organization has effective security measures and gradually decreases the frequency of internal audits.

QRC as a certification body

QRC is a cyber security firm that offers ISO 27001 and ISO 27701 certifications as a part of its services. We are a team of passionate cybersecurity professionals providing multiple Quality, Risk, & Compliance services. We have completed over 2000 assessments with 250 clients in 25 countries with the help of our 200 man-years of experience. We truly believe in the transformative power of Quality, Risk, and Compliance Solutions. We strive to elevate customer satisfaction, engage and inspire people all around the world and increase their ability to secure business.

A brief on our methodology:

We follow a comprehensive methodology for the implementation and certification process:

Implementation Methodology

  • Developing a security policy as per the business requirement for information security.
  • Defining the scope of the ISMS, PIMS, and all aspects of people, processes, and technology are included.
  • Conducting a risk assessment.
  • Identification of risks post the risk assessment and undertaking adequate steps and changes in the management.
  • Selection of control objectives and end-to-end implementation in the organization.
  • Drawing up a statement of applicability.
  • Defining policies, procedures, MRM and awareness training, etc.

Certification Methodology

  • Preparation & Documentation
  • Stage 1 Audit
  • ISMS Implementation
  • Stage 2 Audit
  • Issuance of Certificate
  • ISMS Maintenance And Improvement
  • Annual Assessment

Additional benefits:

There are multiple value additions apart from our unique methodology, by choosing QRC to complete the ISO 27001 or ISO 27701 certification:

  • An increase in brand value, as a result, facilitates agreements with business partners where the processing of PII is mutually relevant.
  • An increase in internal competence as our processes encourage the internal management to prescribe a clearly defined set of roles and responsibilities.
  • Build a clear set of roles and responsibilities for PII controllers and PII processors holding responsibility and accountability for personal data processing.
  • Our methodology integrates easily with any certification recognized globally and supports one-stop some compliance with GDPR and other applicable privacy regulations.
  • Helps to strengthen relationships with existing customers and stakeholders, proving your seriousness of information privacy.
  • Minimize any risk of disruptions of crucial processes and financial losses in association with a breach.

Delivery attacks the increasing of payment fraud

Ongoing Corona Crisis have led to a spike in the number of fraudulent transactions and cybercriminals nowadays are sitting tight to exploit the new avenues. Reports spurred in showing the increasing curve of the fraud attacks and how even AI and ML technologies alone are proving ineffective against them. Ecommerce has been the major target, apart from the prevalent areas of cards and user accounts.

Pandemic has unfortunately led to increased “Delivery Attacks” that target the BOPIS segment, (Buy Online, Pickup In Store) as customers and merchants both try to accommodate with the needed social distancing norms. The prime vulnerability in the BOPIS segment is the end delivery point, since there have observed inconsistencies in verifying the information against who has purchased the commodities. Frauds as such are on the rise in regions that are still under lockdown. Mobile orders have seen as prime victims in the increasing rise of account takeover attacks

Fraudsters have been using multiple attack vectors to hamper the security overtime. While initial activities involved were meant for information gathering, actors have stepped up and started verifying the compromised credentials as valid. News accounts are made and kept dormant with the merchants and overtime create an illusion of being a longtime customer. They make them fall under the category of more relaxed fraud strategies, trying to build trust and credibility, which actually makes it difficult for the analysts to differentiate it from genuine accounts.

These observations spotlights the fact that how organized and sophisticated the fraud regines are and while the world is dealing with the pandemic, new actors are on the rise to make a quick buck even in these situations and considering the ongoing situations the fraud activities can only be expected to rise since the world and economy has shifted online for a major portion of their operations.

AI and ML in fraud mitigation.

Adaptation of AI based anti-fraud systems have increased, but it has also been observed that technology alone cannot be relied on against payment frauds. In times where the customer buying pattern changes rapidly, it is difficult to stick on one logic or strategy.

Let’s take a look at the travel industry, normally the last minute purchase of a one way ticket is flagged as high risk, but the COVID-19 showcased the surge in the purchase of tickets at that particular time even before restrictions took effect. The increasing activities of using Amazon vouchers and other gift cards which are cash redeemable.

These incidents have mirrored the need of a multi layered fighting approach which the technologies are clubbed with a rule-based strategy. Since AL and ML require established pattern recognition to detect fraudulent transactions, a rule based strategy enables the business to set the context and define parameters. Relying alone on the ‘black box’ of an AI / ML technology can be dangerous, we require an explanatory and context based approach or XAI the upcoming generation of AI models.