The AWS Cybersecurity Reference Architecture Work Package provides organisations with a complete, structured, and Zero Trust‑aligned blueprint for securing their Amazon Web Services (AWS) environment. This work package translates AWS best practices, cloud‑native security services, and proven architectural patterns into a practical, actionable model that strengthens security posture, reduces risk, and accelerates secure cloud adoption.
Designed for organisations at any stage of their AWS journey, this work package delivers the governance, clarity, and technical direction needed to operate securely in one of the world’s most powerful and complex cloud platforms.
To equip organisations with a comprehensive AWS security architecture that protects identity, data, applications, networks, and workloads — while enabling secure digital transformation, operational resilience, and regulatory compliance.
This work package ensures AWS environments are:
Secure by design
Governed with clarity
Aligned with Zero Trust principles
Compliant with industry and regulatory standards
Ready for modern cloud‑based threats
By the end of the engagement, the organisation will have:
A tailored AWS Cybersecurity Reference Architecture
A clear understanding of current security gaps and risks
A secure identity and access model using IAM, SSO, and AWS Organizations
Hardened cloud infrastructure aligned with Zero Trust
A data protection and governance framework using AWS‑native controls
A secure application and API architecture
A monitoring and detection strategy using GuardDuty, Security Hub, and CloudTrail
A prioritised roadmap for cloud security uplift
Review of current AWS environment
Identity and access governance assessment (IAM, SSO, roles, policies)
Data protection and classification review
Cloud posture and configuration analysis
Threat exposure and risk mapping
Outputs: Assessment Report, Gap Analysis, Risk Register
A full end‑to‑end architecture covering:
Identity & Access Security (IAM, SSO, Organizations, SCPs)
Network Security (VPC design, segmentation, private subnets, WAF)
Data Security (KMS, encryption, S3 policies, DLP, governance)
Application & API Security (API Gateway, Lambda, ECS/EKS, AppSync)
Workload Protection (EC2, containers, serverless security patterns)
Threat Detection & Monitoring (GuardDuty, Security Hub, CloudTrail, Config)
Governance & Compliance (Control Tower, SCPs, tagging standards, baselines)
Outputs: AWS Cybersecurity Reference Architecture, Architecture Diagrams, Control Framework
Zero Trust alignment
Cloud governance model using AWS Organizations
Security roles and responsibilities
Policy and standards definition
Secure DevOps and CI/CD guardrails (CodePipeline, CodeBuild, CodeDeploy)
Outputs: Governance Framework, Secure Operating Model, Policy Set
Prioritised control recommendations
Sequenced implementation roadmap
Resource and capability planning
Integration with existing security tooling
Outputs: AWS Security Roadmap, Implementation Plan
Executive briefings
Technical deep‑dives
Secure AWS usage guidance
Architecture walkthroughs
Outputs: Training Materials, Architecture Handbook, Best Practice Guides
AWS Cybersecurity Reference Architecture
Architecture diagrams and design artefacts
Identity & access governance model
Data protection and governance framework
Secure network and workload architecture
Monitoring and detection strategy
Governance and policy framework
AWS Security Roadmap
Executive summary
Stronger, measurable AWS security posture
Reduced cloud misconfiguration risk
Faster, safer cloud adoption and migration
Clear alignment with Zero Trust and AWS best practice
Improved governance, compliance, and audit readiness
Increased confidence for leadership, regulators, and partners
AWS environments grow rapidly — and so do the risks. Without a clear architecture, organisations face identity sprawl, data exposure, inconsistent controls, and operational complexity. This work package provides the structure, clarity, and strategic direction needed to secure AWS at scale.
It transforms cloud security from reactive firefighting into a strategic, architecture‑led capability.