ISO 27001 Certification: The Complete Implementation Guide for Tech Companies (2026)

Enterprise deals are dying in your pipeline right now because your company can't produce an ISO 27001 certificate.

Your sales team gets to the security questionnaire stage. The procurement team at a Fortune 500 company, a European financial institution, or a government contractor asks one question: "Are you ISO 27001 certified?" You say no. The deal stalls. Sometimes it dies entirely.

This is not a hypothetical. 78% of startups report losing enterprise deals directly due to missing security certifications. ISO 27001 is the single most recognized information security standard on the planet — accepted in 160+ countries, required by procurement teams across Europe, Asia, the Middle East, and increasingly, US enterprise buyers who have global operations.

This guide gives you everything you need to understand ISO 27001, plan your implementation, avoid the most expensive mistakes, and achieve certification in 12 weeks. Whether you're a CTO planning your roadmap, a CISO building your compliance program, or a founder who just lost a deal to a competitor with a certificate on their wall, this is the guide you need.

What Is ISO 27001?

ISO/IEC 27001 is the international standard for Information Security Management Systems (ISMS). Published by the International Organization for Standardization (ISO) and the International Electrotechnical Commission (IEC), it defines the requirements an organization must meet to establish, implement, maintain, and continually improve a systematic approach to managing sensitive company and customer information.

The current version is ISO/IEC 27001:2022, which replaced the 2013 edition. The 2022 revision reorganized Annex A from 114 controls in 14 domains to 93 controls in 4 themes: Organizational, People, Physical, and Technological. Organizations certified to the 2013 standard had until October 2025 to transition — meaning any certificate issued now must be against the 2022 version.

What ISO 27001 Is Not

ISO 27001 is not a checklist. It is a management system standard, meaning it requires you to:

Define the scope of your ISMS
Identify and assess information security risks
Select and implement controls appropriate to your risk profile
Continually monitor, measure, audit, and improve

You are not simply implementing 93 controls. You are building a repeatable, auditable system for managing information security risk. That distinction matters — it is why organizations that treat ISO 27001 as a checkbox exercise fail their audits.

ISO 27001 vs ISO 27002: What's the Difference?

This question creates genuine confusion, even among experienced security practitioners. Here is the precise answer:

	ISO 27001	ISO 27002
Type	Requirements standard	Guidance standard
Certifiable?	Yes — organizations get certified to this	No — organizations cannot be certified to ISO 27002
Purpose	Defines what your ISMS must do	Provides implementation guidance for the Annex A controls
Audience	Management, auditors, procurement teams	Security practitioners implementing controls
Relationship	References Annex A controls	Expands on how to implement each Annex A control

Think of it this way: ISO 27001 is the law, ISO 27002 is the legal commentary. When a customer asks "are you ISO 27001 certified?" they mean the certification. When your security engineer asks "how do I implement access control policy?", they consult ISO 27002.

For implementation purposes, you need both. ISO 27001 tells you what must be in place. ISO 27002 tells your team how to implement it.

The ISO 27001:2022 Control Structure

The 2022 revision reorganized Annex A into four themes containing 93 controls. This replaced the 14-domain structure from the 2013 version. Understanding this structure is critical for scoping your implementation.

Theme 1: Organizational Controls (37 controls)

These govern policies, procedures, and organizational practices:

5.1 Policies for information security
5.2 Information security roles and responsibilities
5.3 Segregation of duties
5.4 Management responsibilities
5.5 Contact with authorities
5.6 Contact with special interest groups
5.7 Threat intelligence (new in 2022)
5.8 Information security in project management
5.9 Inventory of information and other associated assets
5.10 Acceptable use of information and other associated assets
5.11 Return of assets
5.12 Classification of information
5.13 Labeling of information
5.14 Information transfer
5.15 Access control
5.16 Identity management
5.17 Authentication information
5.18 Access rights
5.19 Information security in supplier relationships
5.20 Addressing information security within supplier agreements
5.21 Managing information security in the ICT supply chain (new in 2022)
5.22 Monitoring, review and change management of supplier services
5.23 Information security for use of cloud services (new in 2022)
5.24 Information security incident management planning and preparation
5.25 Assessment and decision on information security events
5.26 Response to information security incidents
5.27 Learning from information security incidents
5.28 Collection of evidence
5.29 Information security during disruption
5.30 ICT readiness for business continuity (new in 2022)
5.31 Legal, statutory, regulatory and contractual requirements
5.32 Intellectual property rights
5.33 Protection of records
5.34 Privacy and protection of PII
5.35 Independent review of information security
5.36 Compliance with policies, rules, and standards for information security
5.37 Documented operating procedures

Theme 2: People Controls (8 controls)

6.1 Screening
6.2 Terms and conditions of employment
6.3 Information security awareness, education and training
6.4 Disciplinary process
6.5 Responsibilities after termination or change of employment
6.6 Confidentiality or non-disclosure agreements
6.7 Remote working
6.8 Information security event reporting

Theme 3: Physical Controls (14 controls)

7.1 Physical security perimeters
7.2 Physical entry
7.3 Securing offices, rooms and facilities
7.4 Physical security monitoring (new in 2022)
7.5 Protecting against physical and environmental threats
7.6 Working in secure areas
7.7 Clear desk and clear screen
7.8 Equipment siting and protection
7.9 Security of assets off-premises
7.10 Storage media
7.11 Supporting utilities
7.12 Cabling security
7.13 Equipment maintenance
7.14 Secure disposal or re-use of equipment

Theme 4: Technological Controls (34 controls)

8.1 User endpoint devices
8.2 Privileged access rights
8.3 Information access restriction
8.4 Access to source code
8.5 Secure authentication
8.6 Capacity management
8.7 Protection against malware
8.8 Management of technical vulnerabilities
8.9 Configuration management (new in 2022)
8.10 Information deletion (new in 2022)
8.11 Data masking (new in 2022)
8.12 Data leakage prevention (new in 2022)
8.13 Information backup
8.14 Redundancy of information processing facilities
8.15 Logging
8.16 Monitoring activities (new in 2022)
8.17 Clock synchronization
8.18 Use of privileged utility programs
8.19 Installation of software on operational systems
8.20 Networks security
8.21 Security of network services
8.22 Segregation of networks
8.23 Web filtering (new in 2022)
8.24 Use of cryptography
8.25 Secure development life cycle
8.26 Application security requirements
8.27 Secure system architecture and engineering principles (new in 2022)
8.28 Secure coding (new in 2022)
8.29 Security testing in development and acceptance
8.30 Outsourced development
8.31 Separation of development, test and production environments
8.32 Change management
8.33 Test information
8.34 Protection of information systems during audit testing

The Mandatory Clauses: What Every ISMS Must Have

Annex A controls can be excluded from scope if your Statement of Applicability justifies it. The mandatory clauses (4 through 10) cannot be excluded. Every certified organization must conform to all of them.

Clause 4: Context of the Organization

You must understand your organization's internal and external context, identify interested parties (regulators, customers, employees, suppliers), and define the ISMS scope. For a cloud-native SaaS company, this typically means documenting:

Applicable legal and regulatory requirements (GDPR, CCPA, industry-specific regulations)
Customer contractual obligations
The specific systems, data flows, and locations included in the ISMS scope

Clause 5: Leadership

Top management must demonstrate commitment to the ISMS — not just delegate it. This means establishing an information security policy signed by the CEO or CTO, assigning ISMS ownership, and integrating security into strategic planning.

Clause 6: Planning

The risk assessment methodology must be documented and applied. You must:

Identify information security risks associated with the ISMS scope
Assess the likelihood and impact of each risk
Determine acceptable risk levels
Select Annex A controls to treat risks that exceed your risk appetite
Produce a risk treatment plan

Clause 7: Support

This covers resources (people, tools, budget), competence (qualifications of personnel with security responsibilities), awareness (all staff understand the ISMS and their role), and documentation (all required documents are controlled and maintained).

Clause 8: Operation

The risk assessment must be performed and the risk treatment plan executed. Security procedures must be documented and operational. Changes must be controlled.

Clause 9: Performance Evaluation

You must measure ISMS performance. This includes internal audits (at planned intervals, conducted by qualified auditors who are not auditing their own work) and management reviews (where leadership evaluates ISMS effectiveness and makes improvement decisions).

Clause 10: Improvement

Nonconformities must be identified, root-cause analyzed, and corrective actions taken. The ISMS must demonstrate continual improvement.

The Statement of Applicability (SoA)

The SoA is possibly the most important document in your entire ISO 27001 program. It is a formal declaration of which of the 93 Annex A controls are applicable to your organization, which are excluded, and why.

For every control, the SoA must document:

Applicable or not applicable — with justification for exclusions
Implementation status — implemented, partially implemented, planned
Justification for inclusion — legal requirement, contractual obligation, risk treatment, best practice

Your certification body auditor will use your SoA as the primary reference document during the Stage 2 audit. If a control is listed as implemented in the SoA but the auditor finds no evidence, you have a nonconformity. If you exclude a control that the auditor believes should apply to your organization, you must justify the exclusion convincingly.

Common legitimate exclusions for cloud-native SaaS companies: Physical controls related to data centers (7.1, 7.11, 7.12, 7.13, 7.14) can often be scoped out if you operate entirely in cloud infrastructure. You must document that physical security is the cloud provider's responsibility and covered by their own certifications (AWS ISO 27001, Google Cloud ISO 27001, Azure ISO 27001).

ISO 27001 Implementation Roadmap: 12 Weeks to Certification

This is an aggressive but achievable timeline for a tech company with 10-200 employees that has existing security practices in place. Greenfield organizations with no prior security program should budget 16-20 weeks.

Weeks 1–2: Foundation and Scoping

Deliverables:

Executive sponsor identified and ISMS owner assigned
ISMS scope document drafted and approved
Context and interested parties analysis completed
Gap assessment against ISO 27001:2022 completed
Project plan with resource assignments finalized

Common mistake: Scoping too broadly in week 1. A narrower scope (specific product lines, specific data types) is easier to certify and can always be expanded in subsequent cycles. Starting with your production environment and core customer data is the right default scope.

Weeks 3–4: Risk Assessment and Treatment

Deliverables:

Risk assessment methodology documented
Asset inventory completed (information assets, systems, data flows)
Risk register populated with likelihood/impact ratings
Risk treatment plan drafted
Statement of Applicability (SoA) first draft completed

Tool recommendation: Use a structured risk register in spreadsheet or GRC platform format. Each risk entry should map to specific assets, threats, vulnerabilities, existing controls, residual risk rating, and treatment decision.

Weeks 5–8: Control Implementation

This is the heaviest phase. Your engineering team implements technical controls while your security/compliance team builds policy documentation.

Technical controls to implement:

Identity and Access Management: IAM least privilege, MFA enforcement across all systems, SSO integration (Okta, Azure AD, Google Workspace)
Logging and Monitoring: Centralized log aggregation, security event alerting, CloudTrail/Cloud Audit Logs enabled for all API activity
Vulnerability Management: Automated scanning (Snyk, AWS Inspector, Google Container Analysis), patch management process documented
Encryption: All data at rest encrypted (AES-256), all data in transit encrypted (TLS 1.2 minimum, TLS 1.3 preferred), key management procedures documented
Network Security: VPC segmentation, security groups/firewall rules documented and reviewed, intrusion detection enabled
Backup and Recovery: Automated backups tested and documented, RTO/RPO defined and validated
Secure Development: SAST/DAST integrated into CI/CD pipeline, secret scanning enabled (GitHub Advanced Security, GitLeaks), security code review process

Policy documents to produce:

Information Security Policy
Access Control Policy
Acceptable Use Policy
Incident Response Policy and Procedure
Business Continuity and Disaster Recovery Plan
Risk Assessment Methodology
Vendor/Supplier Management Policy
Change Management Procedure
Asset Management Policy
Data Classification Policy

Weeks 9–10: Internal Audit and Management Review

Deliverables:

Internal audit conducted against all mandatory clauses and applicable Annex A controls
Nonconformities and observations documented
Corrective actions completed for any major nonconformities
Management review meeting held and minutes documented
SoA updated to reflect implementation status

Critical note: The internal auditor must be independent of the areas being audited. If you have only one security person, you need to bring in an external resource for the internal audit. Your certification body will check for auditor independence.

Week 11: Stage 1 Audit (Document Review)

Your certification body conducts a desk review of your documentation. They assess:

ISMS scope and context documentation
Risk assessment methodology and risk register
Statement of Applicability
Core policies and procedures
Evidence of management review and internal audit

Stage 1 typically results in observations or minor areas to address before Stage 2. You should expect 2-4 weeks between Stage 1 and Stage 2 to resolve any findings.

Week 12 and Beyond: Stage 2 Audit (Certification Audit)

The Stage 2 audit involves on-site (or remote) interviews with your team and evidence sampling. The auditor will:

Interview your CEO/CTO about security commitment and resources
Interview your engineering team about specific technical controls
Sample evidence — pull random logs, check IAM configurations, review incident records
Test the ISMS against all applicable requirements

If no major nonconformities are found, you receive your ISO 27001:2022 certificate within 2-4 weeks of the audit completion.

Selecting a Certification Body

Your certification body (CB) must be accredited by a recognized national accreditation body — UKAS (UK), DAkkS (Germany), ANAB (US), JAB (Japan), or equivalent. Using an unaccredited CB produces a certificate that many enterprise procurement teams will reject.

Accredited CBs to evaluate:

BSI Group (UK-based, globally recognized)
Bureau Veritas
DNV
Intertek
LRQA
TÜV Rheinland / TÜV SÜD
A-LIGN (US-focused, also does SOC 2)
Coalfire (US-focused)

Questions to ask when selecting a CB:

What is your auditor's specific experience with SaaS/cloud-native companies?
Can audits be conducted remotely (relevant for distributed teams)?
What is the turnaround time from Stage 2 audit completion to certificate issuance?
What is included in the quote (Stage 1, Stage 2, certificate, surveillance visits)?
Are your audit reports accepted by [specific customer's procurement team]?

Price range: Expect $15,000–$40,000 for Stage 1 + Stage 2 audits for a company of 20-100 employees, depending on scope complexity and CB selection. Annual surveillance audits cost approximately 1/3 of the initial audit cost.

Surveillance Audits and Recertification

ISO 27001 certificates are valid for 3 years, but they require ongoing surveillance audits to remain valid:

Year 1 (approximately 12 months after certification): Surveillance Audit 1 — typically 1-2 days, covers a subset of clauses and controls
Year 2 (approximately 24 months after certification): Surveillance Audit 2 — similar scope to Year 1 audit
Year 3 (approximately 36 months after certification): Recertification Audit — full re-audit, similar scope to original Stage 2

If a surveillance audit finds major nonconformities that are not resolved within the correction window (typically 90 days), your certificate can be suspended or withdrawn.

Maintaining certification between audits requires:

Continuing to run the ISMS — conducting risk assessments, internal audits, and management reviews annually
Maintaining evidence of control operation (logs, training records, incident records, change records)
Updating the ISMS when significant changes occur (new products, new cloud regions, acquisitions, key personnel changes)

ISO 27001 for Cloud-First Companies: AWS, GCP, and Azure Control Mapping

Cloud-native companies face a specific challenge: many ISO 27001 controls implicitly assume on-premises infrastructure. Here is how to map key controls to your cloud environment.

Access Control (Controls 5.15, 5.16, 5.18, 8.2, 8.3, 8.5)

AWS: IAM roles and policies, AWS SSO/IAM Identity Center, AWS Organizations SCPs, CloudTrail for access logging, Secrets Manager for credential management

GCP: Cloud IAM, Workload Identity Federation, Cloud Identity, BeyondCorp Enterprise, Secret Manager, Cloud Audit Logs

Azure: Azure Active Directory, Azure RBAC, Privileged Identity Management (PIM), Azure Key Vault, Microsoft Entra Conditional Access

Implementation requirement: Document your access control matrix. Every system should have defined role definitions, minimum required permissions, access review schedule (quarterly is standard), and off-boarding procedure.

Cryptography (Control 8.24)

AWS: AWS KMS for key management, S3 server-side encryption (SSE-KMS or SSE-S3), RDS encryption, EBS encryption, ACM for certificate management, enforced TLS via ALB/CloudFront policies

GCP: Cloud KMS, Customer-Managed Encryption Keys (CMEK), default encryption for all GCS/BigQuery data, Certificate Manager

Azure: Azure Key Vault, Azure Disk Encryption, Storage Service Encryption, Azure TLS termination via Application Gateway

Logging and Monitoring (Controls 8.15, 8.16)

AWS: CloudTrail (API activity), CloudWatch Logs (application/system logs), AWS Security Hub (aggregated security findings), Amazon GuardDuty (threat detection), VPC Flow Logs

GCP: Cloud Audit Logs (Admin Activity, Data Access, System Event), Cloud Logging, Security Command Center, Cloud Armor

Azure: Azure Monitor, Azure Activity Log, Microsoft Defender for Cloud, Azure Sentinel (SIEM), NSG Flow Logs

Implementation requirement: Log retention period must be defined and enforced. ISO 27001 does not mandate a specific retention period, but 12 months minimum is the industry standard. Logs must be protected from tampering (immutable log storage in AWS CloudTrail Lake or S3 Object Lock, GCS Bucket Lock, Azure Immutable Blob Storage).

Vulnerability Management (Control 8.8)

AWS: Amazon Inspector (automated vulnerability scanning for EC2, Lambda, ECR images), AWS Security Hub for centralized findings, Systems Manager Patch Manager for patching

GCP: Artifact Analysis (Container scanning), Security Command Center vulnerabilities dashboard, OS patch management via VM Manager

Azure: Microsoft Defender for Servers (vulnerability assessment powered by Qualys/Microsoft), Azure Security Center recommendations

Network Security (Controls 8.20, 8.21, 8.22)

AWS: VPC with public/private subnet segmentation, Security Groups (stateful, instance-level), NACLs (stateless, subnet-level), AWS WAF, AWS Shield

GCP: VPC Service Controls, Cloud Armor (WAF/DDoS protection), VPC firewall rules, Private Google Access, Cloud NAT

Azure: Azure Virtual Network, NSGs, Azure Firewall, Azure DDoS Protection, Azure Front Door with WAF

Common Failure Points in ISO 27001 Implementations

Based on patterns observed across hundreds of implementations, these are the most frequent reasons companies fail their Stage 2 audits or receive major nonconformities:

1. Risk assessment is a one-time document, not a living process The auditor asks when the risk assessment was last reviewed. You say "at the start of the project." That is a major nonconformity. Risk assessments must be reviewed at planned intervals and when significant changes occur.

2. Internal audit is conducted too late or not at all Companies scramble to complete an internal audit in the week before Stage 2. Auditors can tell. The internal audit must have sufficient lead time for corrective actions to be implemented.

3. SoA doesn't match reality Controls listed as "implemented" in the SoA have no evidence. Auditors sample evidence. They will find the gaps.

4. Management review meeting is ceremonial The management review exists in documentation but never results in decisions. The auditor asks management what improvements were approved. No one knows.

5. Third-party/supplier controls are ignored Control 5.19 (information security in supplier relationships) requires documented supplier assessments. Cloud providers have their own ISO 27001 certs, but you must still document your reliance on their controls and assess critical SaaS vendors (Salesforce, Slack, GitHub, etc.).

6. Training records are missing Security awareness training (6.3) must have records of completion. "We had a training session" without attendance records or quiz scores is not evidence.

7. The physical controls scope is wrong Cloud companies try to exclude all physical controls without proper justification. If your team has offices with servers, laptops, or secure meeting spaces, those physical controls apply to those locations.

8. Incident response has never been tested The incident response procedure exists. It has never been exercised. The auditor asks when the last tabletop exercise was conducted. The answer reveals that the procedure is theoretical, not operational.

How QuickTrust's Full-Loop Model Delivers ISO 27001

Most ISO 27001 consultants produce documentation. They write your policies, help you fill out your risk register, and leave you to implement the controls yourself. Your engineering team — already stretched thin building product — now has to configure CloudTrail, implement MFA enforcement, set up vulnerability scanning, and build a patch management process on top of their normal workload.

QuickTrust works differently. Our model pairs certified compliance experts with in-house Security and DevOps engineers who implement controls directly in your infrastructure.

What this means in practice:

Your gap assessment produces a prioritized control implementation backlog — not a 200-page report that sits on a shelf
Our engineers configure your AWS/GCP/Azure environment: IAM policies, CloudTrail, encryption settings, network segmentation, SIEM integration
Our security team writes your policies, populates your risk register, and builds your SoA — using real control evidence from your actual infrastructure
We conduct your internal audit and prepare you for Stage 2
We coordinate with your certification body and are available during the audit to answer technical questions

The result: audit-ready in 6–10 weeks, with a 100% audit pass rate across 100+ engagements.

Engineering time required from your team: approximately 2 hours per week for context-setting and approvals. We handle the rest.

[→ See how QuickTrust compares to traditional ISO 27001 consultants on cost]

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Frequently Asked Questions

Q: How long does ISO 27001 certification take?

For a tech company with 10–100 employees that has existing security practices, expect 8–12 weeks from project kickoff to certificate. Companies starting from scratch with no prior security program should budget 16–20 weeks. QuickTrust's engineer-included implementation model has achieved certification in as few as 8 weeks.

Q: How much does ISO 27001 certification cost?

Total cost includes: gap assessment ($5K–$20K), implementation (varies widely — $30K–$150K+ for traditional consultants, significantly less with the QuickTrust model), certification body audit fees ($15K–$40K for Stage 1 + Stage 2), and annual surveillance audits ($5K–$15K/year). [→ See our detailed ISO 27001 cost breakdown]

Q: Do we need ISO 27001 if we already have SOC 2?

It depends on your customer base. SOC 2 is primarily recognized in the United States. If you are selling to European companies, government agencies, or global enterprises, ISO 27001 is often required or strongly preferred. Many companies pursue both. [→ See our ISO 27001 vs SOC 2 comparison]

Q: Is ISO 27001 certification required by law?

In most jurisdictions, ISO 27001 is not legally required. However, it is contractually required by many enterprise customers, government agencies, and supply chain participants. The UK NCSC, various EU government frameworks, and defense/aerospace supply chains mandate or strongly prefer ISO 27001 for vendors.

Q: What is the difference between ISO 27001:2013 and ISO 27001:2022?

The 2022 revision reorganized Annex A from 114 controls in 14 domains to 93 controls in 4 themes. 11 new controls were added (including threat intelligence, ICT readiness for business continuity, cloud service security, data masking, web filtering, secure coding, and configuration management). The mandatory clauses (4–10) were lightly revised but the fundamental structure is the same. As of October 2025, all certifications must be to the 2022 version.

Q: Can a startup get ISO 27001 certified?

Yes, and it is increasingly a competitive advantage for startups selling to enterprise customers. The ISMS scope can be defined narrowly to match the startup's actual operations, making implementation tractable even with a small team. QuickTrust specifically serves seed-to-Series C startups who need certification to unblock enterprise deals.

Q: What happens if we fail the ISO 27001 audit?

A failed audit typically produces major nonconformities that must be resolved within a defined remediation period (usually 90 days). The CB will conduct a follow-up assessment to verify the corrections. The process is corrective, not punitive — but a failed audit delays your certification and can cost additional audit fees. Proper preparation, including a rigorous internal audit, minimizes this risk significantly.

Q: How do we maintain ISO 27001 certification after we get it?

Ongoing maintenance requires: annual internal audits, annual management reviews, continuous risk assessment updates when significant changes occur, evidence collection for controls that operate continuously (training records, patch records, access review records, incident logs), and preparation for annual surveillance audits by your certification body.

Q: Does our cloud provider's ISO 27001 certification cover us?

No. Your cloud provider's ISO 27001 certification covers their infrastructure and operations. Your certification must cover your own ISMS — how you use the cloud, how you configure security controls, how you manage access, and how you govern your information security processes. You can reference the cloud provider's certification as evidence for shared responsibility controls, but it does not substitute for your own certification.

Conclusion

ISO 27001 is not a compliance checkbox. It is the global language of trust for information security — and increasingly, the cost of entry for enterprise markets worldwide.

The companies that treat ISO 27001 as a strategic asset — building a real, operational ISMS rather than paper-compliant documentation — unlock enterprise deals, satisfy security questionnaires on the first response, and build security practices that scale as they grow.

The companies that treat it as a box to tick produce documentation that collapses under audit scrutiny, creates a false sense of security, and has to be rebuilt from scratch when a real enterprise customer shows up with a detailed security questionnaire.

QuickTrust exists to put you in the first category. Our engineers implement the controls. Our security team builds the program. Our compliance experts guide you through the audit. You get the certificate — and the actual security posture to back it up.

Get Your ISO 27001 Gap Score in 48 Hours

Our security engineers will assess your current controls, cloud configuration, and documentation against ISO 27001:2022 — and deliver a prioritized gap report with implementation effort estimates.

No sales pitch. No 200-page report. A clear picture of where you stand and what it takes to get certified.

Start your ISO 27001 gap assessment →

Open-source platform: github.com/rahuliitk/quicktrust