Secure-by-Design Mandates (CISA / UK / EU)

Extracts and harmonizes the common Secure-by-Design and Secure-by-Default principles from CISA, UK, and EU sources, and translates them into clear, actionable conceptual building blocks that leadership and technical teams can share.

• Common Core Principles: A Unified Secure-by-Design Model

  Presents a synthesized model of core secure-by-design principles shared across CISA, UK, and EU guidance, providing a unified language for cross-functional teams.

  Key Objectives:

  • Identify the overlapping secure-by-design principles across US, UK, and EU frameworks.
  • Create a common vocabulary that leadership, engineering, and risk teams can use.
  • Highlight where regional emphasis differs and why that matters.

• Vulnerability Handling and Coordinated Disclosure

  Details secure-by-design expectations for vulnerability discovery, intake, handling, disclosure, and communication to customers and regulators.

  Includes Lab
  Key Objectives:

  • Describe the elements of a robust vulnerability disclosure and handling program.
  • Align vulnerability management practices with CISA, UK, and EU expectations.
  • Clarify leadership responsibilities for resourcing and supporting vulnerability management.

• Transparency, Documentation, and SBOM-like Expectations

  Explores transparency obligations and expectations, including documentation, Software Bills of Materials (SBOM), dependency management visibility, and security claims.

  Includes Lab
  Key Objectives:

  • Explain why regulators and buyers are demanding more transparency into software components and security practices.
  • Identify key transparency artifacts (e.g., SBOM, security whitepapers, architecture overviews) and their uses.
  • Recognize how to balance transparency with confidentiality and intellectual property concerns.

• Privacy and Data Protection by Design as a Cross-Cutting Concern

  Connects secure-by-design with privacy-by-design and data protection-by-design concepts, ensuring security efforts align with privacy, GDPR, and related obligations.

  Key Objectives:

  • Differentiate between security-by-design and privacy-by-design while highlighting their intersections.
  • Incorporate data protection considerations into secure product and platform design.
  • Recognize regulatory expectations around data minimization, access control, and user rights.

• Comparing and Contrasting Jurisdictional Emphases

  Highlights subtle but important differences in how CISA, UK, and EU articulate secure-by-design, helping teams avoid one-size-fits-all assumptions.

  Includes Lab
  Key Objectives:

  • Identify where regional frameworks place stronger or weaker emphasis on certain principles.
  • Anticipate how multinational customers might interpret these differences in procurement and audits.
  • Inform a harmonized internal standard that satisfies the strictest applicable expectations.

Bridges the gap between policy and implementation by mapping secure-by-design mandates to concrete governance structures, secure SDLC practices, and platform engineering patterns that SaaS and digital product teams can adopt.

• Governance: Policies, Secure SDLC, and Risk-Based Backlog Management

  Explains how to embed secure-by-design into governance frameworks, product management processes, and development lifecycles.

  Includes Lab
  Key Objectives:

  • Design a governance framework that embeds secure-by-design responsibilities and decision rights.
  • Integrate security into the software development lifecycle in a way aligned with regulatory expectations.
  • Use risk-based approaches to manage security work in product and platform backlogs.

• Engineering Practices: Threat Modeling, Secure Defaults, and Hardening

  Translates principles into engineering practices that can be implemented by product and platform teams to meet secure-by-design mandates.

  Includes Lab
  Key Objectives:

  • Apply threat modeling techniques to identify and mitigate risks early in design.
  • Design secure default configurations and hardening baselines for applications and platforms.
  • Align engineering trade-offs with policy-level secure-by-design expectations.

• Authn/Z, Logging, and Secure Update Mechanisms

  Focuses on key technical control areas that are frequently emphasized in secure-by-design guidelines due to their critical role in preventing and detecting attacks.

  Key Objectives:

  • Define secure authentication and authorization patterns appropriate for modern SaaS and platforms.
  • Design logging and monitoring approaches that support detection, investigation, and compliance.
  • Implement secure update and patching mechanisms aligning with lifecycle security expectations.

• Cloud and Platform Security: Shared Responsibility and Guardrails

  Addresses how secure-by-design applies to cloud-native and platform-based architectures, focusing on shared responsibility, infrastructure as code, and security guardrails.

  Includes Lab
  Key Objectives:

  • Clarify the shared responsibility model across major cloud service types and providers.
  • Design platform-level guardrails that enforce secure-by-default behaviors at scale.
  • Align platform engineering strategies with secure-by-design mandates.

• Operationalizing Secure-by-Design: Product Security Programs and AppSec Enablement

  Shows how product security and AppSec functions can operationalize secure-by-design through programs, tooling, and partnerships with development and platform teams.

  Includes Lab
  Key Objectives:

  • Design a product security program that scales secure-by-design practices across teams.
  • Select and integrate AppSec tooling in a way that supports developers rather than blocks them.
  • Measure and iterate on secure-by-design adoption across the product portfolio.

Equips vendor risk, leadership, and product teams to both demonstrate their own secure-by-design posture to customers and effectively evaluate third-party vendors and platforms under CISA/UK/EU expectations.

• Vendor Risk and Due Diligence Under Secure-by-Design Mandates

  Explains how secure-by-design expectations shape vendor risk management processes, due diligence questionnaires, and ongoing monitoring requirements.

  Includes Lab
  Key Objectives:

  • Describe how secure-by-design principles are reflected in modern vendor risk frameworks.
  • Design due diligence processes that evaluate secure-by-design posture in third parties.
  • Align internal vendor risk practices with external regulatory and customer expectations.

• Evidence and Attestations: Proving Your Secure-by-Design Posture

  Focuses on the evidence, attestations, and artifacts that organizations should produce to substantiate secure-by-design claims to customers, auditors, and regulators.

  Includes Lab
  Key Objectives:

  • Identify which artifacts best demonstrate secure-by-design practices and maturity.
  • Plan an evidence strategy that reuses existing certifications and assessments where possible.
  • Prepare leadership and sales teams to discuss secure-by-design with customers.

• Contractual Clauses and SLAs for Secure-by-Design

  Explores how contracts and SLAs can embed secure-by-design expectations and regulatory alignment into commercial relationships with customers and vendors.

  Key Objectives:

  • Identify key security and secure-by-design clauses to include in customer and vendor contracts.
  • Align SLAs for vulnerability remediation, incident response, and support with regulatory expectations.
  • Balance commercial considerations with security and legal risk in contract negotiations.

• Evaluating Third-Party SaaS and Platforms with CISA/UK/EU Lenses

  Provides a structured approach for assessing third-party SaaS and platform providers using secure-by-design expectations derived from multiple jurisdictions.

  Includes Lab
  Key Objectives:

  • Apply secure-by-design principles when assessing third-party platforms and SaaS solutions.
  • Identify red flags and positive indicators in vendor responses and documentation.
  • Prioritize remediation actions or compensating controls when vendor gaps are identified.

• Bringing It All Together: Roadmapping and Communication for Stakeholders

  Concludes the course by helping participants create a practical secure-by-design roadmap and communication plan tailored to leadership, engineering, and vendor risk stakeholders.

  Includes Lab
  Key Objectives:

  • Develop a realistic secure-by-design implementation roadmap for your organization or product line.
  • Craft stakeholder-specific messages that connect secure-by-design with business value and compliance.
  • Define next steps for maturing secure-by-design practices over the next 12–24 months.