Safety and Security Policy Development

How to write security policies 🛡️ Writing security policies doesn’t have to be painful. Use this step-by-step framework to create clear, auditable, and enforceable policies your whole organisation can follow. 1️⃣ Start with Purpose & Scope State why the policy exists and who it applies to. Example: “This Password Policy establishes minimum requirements for authentication for all employees, contractors, and third-party systems.” 2️⃣ Identify Stakeholders & Owners List policy owner, approver, and implementers (e.g., Policy Owner: CISO; Approver: CEO; Implementer: IT Ops). Make accountability visible. 3️⃣ Perform a Quick Risk Check Document the key risks the policy addresses (data theft, downtime, compliance fines). Tie policy intent to those risks so it’s defensible during audits. 4️⃣ Map to Standards & Requirements Reference applicable frameworks (ISO 27001, NIST, SOC 2, GDPR) — this helps auditors and aligns controls with industry expectations. 5️⃣ Choose a Consistent Structure Use headings most readers will scan: Purpose, Scope, Definitions, Policy Statements, Roles & Responsibilities, Exceptions, Enforcement, Review & Versioning. 6️⃣ Write Clear, Actionable Statements Use plain language and unambiguous verbs: must/shall for requirements, should for recommendations, may for optional items. Example: “All user passwords must be at least 12 characters.” 7️⃣ Include Roles & Responsibilities Be specific: who configures systems, who monitors compliance, who approves exceptions, who trains staff. 8️⃣ Define Exceptions & Approval Process State how exceptions are requested, who approves them, and that they must be time-bound and documented. 9️⃣ Set Enforcement & Consequences Explain what happens if the policy is violated (remediation steps, disciplinary path, access revocation). This makes the policy actionable. 🔟 Communicate & Train Announce the policy, summarize key actions for each team, and require acknowledgement where appropriate (e.g., annual sign-off). 1️⃣1️⃣ Version Control & Review Cadence Add version number, author, date. Review at least annually or after major changes (systems, threat landscape, regs). 1️⃣2️⃣ Measure & Improve Pick simple KPIs: % staff acknowledged, # of exceptions, audit findings, time to remediate vulnerabilities. Use these to iterate. #InfoSec #SecurityPolicy #Cybersecurity #GRC #ISO27001 #RiskManagement

🤖🔐 AI security is no longer just a technical control problem — it needs policy, governance, and accountability I just reviewed an AI Security Policy Template aligned to ISO 42001, and it highlights something many organizations still overlook: If AI is being used inside the business, then AI security cannot remain informal. It needs to be documented, governed, monitored, and enforced. What makes this policy template valuable is that it treats AI security as a full operating model, not just a list of controls. It covers key areas such as: ✅ governance and AI risk management ✅ compliance with laws and standards ✅ data protection and privacy ✅ model development, training, deployment, and monitoring ✅ RBAC, MFA, JIT access, and API security ✅ logging, incident response, and AI-specific forensics ✅ ethical AI, fairness, transparency, and human oversight ✅ third-party/vendor controls ✅ training, awareness, compliance, and enforcement A few parts stood out to me: 🔹 Governance is explicitly defined The policy calls for an AI Governance Committee with representation from IT, Security, Legal, Ethics, and business units. That is important, because AI risk is never only a technical issue. 🔹 Privacy is built into the structure Data minimization, consent, encryption at rest with AES-256, secure transmission with TLS 1.3, retention rules, deletion procedures, and privacy impact assessments are all included. 🔹 Model security is treated as lifecycle security Not just deployment. The template covers secure coding, trusted datasets, bias mitigation, protected training environments, controlled deployment pipelines, audit logging, drift detection, retraining, and rollback procedures. 🔹 Access control is taken seriously RBAC, least privilege, MFA, JIT access, and API protections like authentication, authorization, rate limiting, and gateway-based controls are all part of the baseline. 🔹 Responsible AI is not separated from security Ethical guidelines, fairness checks, explainability, human oversight, and vendor risk management are all integrated into the same policy framework. That is exactly the right direction. 💡 My biggest takeaway: If your organization is deploying AI systems but does not clearly define: • who owns AI security • how risk is assessed • how models are monitored • how data is protected • how incidents are handled • how fairness and oversight are enforced …then you may have AI in production, but not a real AI security program. The strongest AI programs will not just be innovative. They will be governed, auditable, resilient, and accountable. Governance, privacy, model monitoring, or ethical oversight? 👇 #AISecurity #AIGovernance #ISO42001 #ResponsibleAI #CyberSecurity #AICompliance #RiskManagement #DataPrivacy #ModelSecurity #LLMSecurity #SecurityArchitecture #AIPolicy #AITrust #EthicalAI #InfoSec #GovernanceRiskCompliance #ArtificialIntelligence

Your board just approved a $2 million security budget. New EDR. SIEM upgrade. Threat intelligence platform. Zero Trust architecture. But here's what nobody's asking: Does your policy framework actually support what you're about to build? I've watched organizations invest millions in security technology while their policy foundation—the bedrock on which everything else depends quietly crumbles beneath them. Here's the reality most security leaders don't want to acknowledge: Your policies were written for a world that no longer exists. Think about when your current policy library was created. For most organizations, it was before cloud adoption transformed their infrastructure. Before remote work became permanent. Before AI was introduced, entirely new categories of data risk were introduced. Your business has fundamentally changed. Your threat landscape has evolved beyond recognition. Your regulatory environment has expanded dramatically. Your policies? Still written for 2019. This creates a gap that's invisible until it becomes catastrophic. You're implementing a Zero Trust architecture, but your access control policies assume a castle-and-moat network. You're adopting AI tools, but your data governance policies don't address algorithmic decision-making. You're protecting a remote workforce, but your acceptable use policies were written for office workers. The technology keeps advancing. The business keeps evolving. The policies stay frozen in time. Your policies aren't just documentation that sits in a SharePoint folder. They're the constitutional foundation of your entire security program. Everything you want to enforce must first exist in policy. Every control you implement derives its authority from documented standards. Every audit, every regulatory exam, every legal proceeding will ask: What did your policies require? If that foundation is weak, outdated, or disconnected from your current reality, everything built on top of it is structurally unsound - no matter how impressive your technology stack looks. The policies don't match the reality. This is a leadership issue, not a compliance issue. The strength of your policy framework reflects the seriousness of your security commitment. Before your next security investment, ask: Does our policy framework provide the foundation for this investment to be meaningful? Can we enforce what we're about to implement? Do our documented standards reflect the security program we're trying to build? If you can't answer yes with confidence, you're building on sand. The most strategic security investment many organizations could make isn't another tool. It's about ensuring the policy foundation is strong enough to support everything else you're trying to achieve. Start there. Cyverity

ISO/IEC 27090 is soon to be published. After reviewing the final draft, one thing stands out: AI is not just introducing new risks. It is forcing organisations to define entirely new policy domains. Here are the key high-level AI security policies emerging from the standard: 🔹 AI Governance Establish ownership, maintain an inventory of AI systems (AIBOM), and manage risk across the lifecycle. 🔹 Data Usage & Minimisation Define what data can be used in AI, minimise data exposure, control retention, and apply privacy-preserving techniques. 🔹 Zero Trust for AI Adopt “never trust, always verify” for both users and AI systems, with strict identity and least privilege controls. 🔹 AI Lifecycle Security Apply secure engineering practices from development to deployment, including model continuous input/output validation and testing. 🔹 Model Behaviour & Safety Controls Set guardrails to manage unwanted behaviour, prevent overreliance, and limit excessive autonomy. 🔹 Human Oversight Define when human review is required to maintain accountability and avoid “out-of-the-loop” risk. 🔹 Supply Chain & Model Provenance Track where models and data come from, and manage risks across increasingly complex AI supply chains. 🔹 Monitoring & Validation Log, monitor, and continuously validate AI behaviour to detect drift, anomalies, and attacks. 🔹 Threat Modelling & Red Teaming Actively test AI systems against adversarial scenarios such as prompt injection and data poisoning. 🔹 AI-Specific Threat Protection Recognise that AI introduces new attack surfaces and requires controls beyond traditional cybersecurity. The shift is clear: 👉 We are no longer just securing systems 👉 We are securing data flows, model behaviour, and decision-making itself Organisations must translate this into clear, enforceable policies aligned to their AI architecture, to scale safely. Curious how others are aligning to emerging standards like ISO 27090.

Enhancing Cybersecurity: A Comprehensive Security Matrix A layered approach to security is essential. The following framework breaks down cybersecurity into six interconnected domains, each with practical components to strengthen defenses and response capabilities: Information Security: Access Rights & Permissions Matrix Data Breach Notification Log Data Classification Register Data Loss Prevention (DLP) Incident Log Document Retention & Disposal Tracker Encryption Key Management Sheet Network Security: DDoS Attack Mitigation Plan Tracker IP Whitelist-Blacklist Tracker Network Access Control Log Network Device Inventory Network Security Risk Mitigation Report Security Event Correlation Tracker Cloud Security: Cloud Access Control Matrix Cloud Asset Inventory Tracker Cloud Backup & Recovery Testing Tracker Cloud Incident Response Log Cloud Security Configuration Baseline Application Security: Application Data Encryption Checklist Application Risk Assessment Matrix Application Threat Modeling Authentication & Authorization Control Sheet Modeling Patch & Update Tracker Security Management: Acceptable Use of Assets Password Policy Backup and Recovery Compliance Management Disposal and Destruction Policy Information Classification Policy Incident Management: Incident Management Guide Incident Management Policy Incident Management Process Internal Incident Report Major Incident Report Template Structure Damage Incident Report Problem Management: KE Record Template Major Problem Report Template Problem Management Process Problem Record Template This structured approach creates clear accountability, improves visibility, and accelerates incident response across technology ecosystems. It’s about turning security into an organized, repeatable, and measurable practice that protects assets while enabling innovation.

🛡️ Security Policies Don’t Kill Innovation—Your Lack of Them Kills Your Business In 2023, a SaaS startup lost a $5M client deal after failing SOC 2 compliance. Their “flexible” policy allowed devs to skip encryption for “speed.” The buyer’s audit found 14 critical gaps. Lesson: Policies aren’t bureaucracy—they’re your sales pitch. —————— 📜 Why Policies = Survival HIPAA fines average $1.5M per violation. A single unencrypted patient record in AWS S3 can bankrupt you. 81% of enterprises now require vendors to prove NIST compliance before signing contracts (Deloitte 2024). GDPR’s “right to audit” clause means your Slack DMs aren’t as private as you think. —————— 💡 Innovate Within Guardrails Critics claim policies limit creativity. Tell that to: Stripe: Their security policy mandates FIDO2 keys for all engineers. Devs built a seamless onboarding tool that cut setup time by 70%. NASA: JPL’s strict access controls didn’t stop them from coding Mars rovers. Truth: Hackers don’t care about your “innovation.” They exploit weak passwords and misconfigured buckets. —————— 🔧 Actionable Policy Hacks 1️⃣ Write Policies Devs Actually Read Ditch 50-page PDFs. Use Notion templates with embedded checklists and GIFs. Reward teams for finding policy loopholes (yes, really). 2️⃣ Automate Compliance Tools like Vanta auto-generate audit reports. AWS Config rules enforce encryption, logging, and access controls. 3️⃣ Test Like the Enemy Run quarterly “Policy Stress Tests”: Hire ethical hackers to breach your own rules. Fix failures publicly. Shopify shares post-mortems company-wide. —————— 💥 When Policies Backfire A fintech forced 30-character passwords + 90-day rotations. Result: 62% of employees reused passwords across tools. Fix: Swap complexity for phishing-resistant MFA (WebAuthn, passkeys). Would you rather lose a week writing policies or a year recovering from a breach? #CyberSecurity #Compliance #InfoSec #TechLeadership #GDPR

When I hear "Management doesn't support safety," I know exactly what's missing.   After 25+ years in safety, I've seen this pattern hundreds of times. Safety managers feeling frustrated, unsupported, and carrying the entire weight of safety on their shoulders.   Here's what I've learned: Management will never truly support safety until they understand accountability.   Most executives think safety is the safety manager's job. Period.   But here's the reality check they need: Safety ownership belongs to line management. Always has, always will.   The safety manager? You're the subject matter expert who helps them succeed.   When management lacks this accountability framework, here's what happens:   → Policies get ignored → Training becomes a checkbox → Consequences are inconsistent → Safety feels like an uphill battle   The 5-Step Accountability Framework that changes everything:   1. Commitment:   Every executive must fully support policies. Not head-nodding. Real buy-in. Keep adjusting until everyone genuinely agrees.   2. Training:   Everyone affected gets proper training. Then verify understanding through observations and coaching. No assumptions, quizzes, or signed acknowledgement statements.   3. Consequences:   Clear, progressive discipline for non-compliance. What will happen when they don't follow the policy? No consequences = no policy.   4. Authority:   The person enforcing consequences and ensuring compliance with the policy must be in the employee's line of power (chain of command.) That's not safety and that's not HR.   5. Consistency   Consequences happen every single time. No action = action. If you don't enforce the consequences, you don't have a policy. This is based on the behavior and NOT the results or the severity of the results. Consistency means doing it whether an accident happened or not.   This framework shifts everything.   Management sees their role clearly. They stop dumping safety responsibilities on you and start owning their piece.   You become what you're supposed to be: the expert advisor helping them build accountability into their daily operations.   Your next step: Schedule time with your management team. Walk them through these 5 steps using one policy that's consistently ignored.   Show them where the gaps are. Help them understand their role.   You got this! 💪   Love this? ♻️ Repost this to your network and follow Brye Sargent, CSP for more.   Want more proven strategies to gain management support? Subscribe to The Safety Leadership Newsletter: https://lnkd.in/e6Q-5axb 

Following up on my recent post about dedicating a few days to policy writing, I wanted to share some practical guidance I’ve developed over the years for writing effective cybersecurity policies. These aren’t just compliance documents—they’re foundational tools that align operations, support audit readiness, and reduce risk when done right. In this article, I break down tips that have helped me and my clients craft policies that are both strategic and usable, including: • How to structure a policy based on its subject • Why getting the right job titles matters • How to account for tools like CMDBs, LMSs, and ticketing systems • Why mapping to frameworks like HIPAA, PCI DSS, NIST, SOC 2, and GDPR makes policies audit-ready • And a few lessons learned from the field If you're responsible for writing, revising, or approving cybersecurity policies, I hope you’ll find these insights useful. [Insert link to the article or attach image if sharing as a document] How do you approach policy development in your organization? Would love to hear your take.

This infographic illustrates a structured, multi-layered Cybersecurity Program Architecture, presented as a cohesive "cubic" ecosystem. It emphasizes that security is not just a technical deployment, but a managed business process involving governance, risk management, and operational support. The model is broken down into three primary horizontal tiers: 1. Top Layer: Governance & Leadership This is the "brain" of the program, where strategic decisions are made, and legal boundaries are set. • Steering Board: The executive body that provides oversight and aligns security with business goals. • Legal Obligation Registry: A catalog of the laws, regulations (like GDPR or HIPAA), and contracts the organization must follow. • Approved Control Registry: The specific set of security measures (controls) selected to mitigate risks. • Roles & Responsibilities: Clearly defining who is accountable for what, ensuring no gaps in oversight. 2. Middle Layer: Core Domain & Key Security Domains This is the engine room where active risk management and security operations take place. Core Domain - Risk Management: • Asset Identification: Knowing exactly what hardware, software, and data need protection. • Threat & Vulnerability Analysis: Identifying external threats and internal weaknesses. • Risk Assessment: Evaluating the likelihood and impact of potential security incidents. • Risk Treatment Plans: Deciding whether to avoid, transfer, mitigate, or accept specific risks. Key Security Domains: • Information Handling: Protocols for how data is classified, stored, and shared. • Business Communications: Ensuring secure messaging and information flow across the organization. • Training & Awareness: Educating the workforce to prevent human-error-based breaches. 3. Bottom Layer: Supporting Infrastructure This represents the foundation of the program—the "paperwork" and processes that ensure consistency and compliance. • Strategy Documents: High-level roadmaps for the program’s future. • Policy Framework: The high-level rules that mandate security behaviors. • Practices & Procedures: The step-by-step technical instructions for staff to follow. • Standards & Records: The benchmarks for performance and the evidence (logs/audits) that work was performed correctly. The Feedback Loop: Continuous Monitoring The left side of the diagram features a Continuous Improvement (CI) Cycle and Internal Audit (Peer Review). This indicates that the architecture is not static; it relies on constant testing and auditing to find flaws, which are then fed back into the "Steering Board" and "Risk Management" phases to refine the program over time. Key Takeaway: This architecture demonstrates a top-down approach to security, ensuring that every technical practice (bottom) is justified by a business risk (middle) and authorized by executive governance (top).

Policy and Procedure: Establishing Security Protocols With the IT infrastructure now more secure, Mr. CISO, turned his attention to establishing comprehensive security policies and procedures. He knew that having a well-defined framework was crucial for guiding the organization’s security efforts and ensuring consistent practices across all departments. Mr. CISO began by conducting a thorough review of the existing policies. He discovered that many were outdated, lacked clarity, and did not align with the current threat landscape. It was clear that a complete overhaul was necessary. The first step was to define the key areas that the policies needed to cover. This included access control, data protection, incident response, and compliance with industry regulations. Mr. CISO collaborated with various stakeholders, including IT, legal, and HR, to ensure that the policies were comprehensive and practical. Drafting the new policies was a collaborative effort. Mr. CISO organized workshops and feedback sessions to gather input from employees at all levels. He believed that involving staff in the process would not only result in more effective policies but also foster a sense of ownership and adherence. Once the policies were drafted, Mr. CISO focused on communication and training. He developed a detailed rollout plan that included training sessions, e-learning modules, and regular reminders. The goal was to ensure that every employee understood their responsibilities and the importance of adhering to the security protocols. To monitor compliance and effectiveness, Mr. CISO implemented regular audits and reviews. He established a metrics-driven approach to measure the adherence to policies and identify areas for improvement. Continuous improvement was a key component of his strategy, ensuring that the policies evolved with the changing threat landscape. Outcome: The new security policies and procedures provided a clear framework for the organization. Employees were better equipped to handle security-related tasks, and the company’s overall security posture improved significantly. Regular audits and continuous feedback loops ensured that the policies remained effective and relevant. Key Takeaway: Establishing comprehensive security policies and procedures requires a collaborative approach, clear communication, and continuous monitoring. Involving employees in the process fosters adherence and a stronger security culture. #MondayMrCISOJourney #CyberSecurity #CISO