BY BUSINESS OBJECTIVE
ASSESS & VALIDATE — FIND WEAKNESSES
Digisecuritas logo

AWS & AZURE SECURITY GCP COMPLIANCE

One Security View
Across AWS and Azure

AWS and Azure organise services differently, but leadership still needs one clear view of access, exposure, data protection and unresolved risk. Digisecuritas independently assesses both environments and translates platform-specific findings into accountable security action.

Independent, technology-agnostic assessment for AWS, Azure and dual-cloud environments.

INDEPENDENT CLOUD VALIDATION

What is an AWS and Azure security assessment?

An AWS and Azure security assessment is an independent review of the security configurations, access controls and customer responsibilities within defined cloud environments. It identifies material gaps, explains their business context and provides a prioritised remediation roadmap.

The assessment can cover one platform or provide a consistent view across both. Scope is shaped around the organisation's workloads, cloud services, architecture and applicable requirements.

"Platform-specific findings only become useful when they are translated into accountable business action."

Assessment outcomes

Clearer responsibility

Identify which controls belong to the cloud provider, the customer or both parties.

Comparable findings

Translate AWS and Azure observations into a common risk and control structure.

Prioritised action

Separate material exposure from low-context platform recommendations.

Stronger evidence

Organise findings and supporting records for leadership, risk and compliance teams.

COMMON CLOUD CONTROL MODEL

Different Platforms. One Control Model.

AWS and Azure use different service names and management structures. Digisecuritas assesses both against common security outcomes so that risks can be compared and governed consistently.

Common security objective

AWS assessment focus

Azure assessment focus

Identity and privileged access

Limit human and service access according to approved responsibilities.

AWS

IAM users, roles, policies, root-account protection, access keys and privileged activity.

Azure

Microsoft Entra ID, role-based access control, privileged roles, service principals and conditional access where in scope.

Network security

Control external exposure and communication between cloud resources.

AWS

VPC design, security groups, network access controls, routing and public endpoints.

Azure

Virtual networks, network security groups, routing, private access and public endpoints.

Data protection

Restrict data access and apply suitable encryption and key controls.

AWS

Storage permissions, encryption settings, key management and public-access controls.

Azure

Storage access, encryption settings, Key Vault use and public-access controls.

Workload protection

Maintain secure configuration and visibility across cloud workloads.

AWS

Compute, containers, serverless services and relevant workload-protection capabilities.

Azure

Virtual machines, containers, application services and relevant Defender for Cloud capabilities.

Logging and detection

Record relevant activity and make security events available for investigation.

AWS

CloudTrail, CloudWatch, configuration records and available security findings.

Azure

Azure activity logs, diagnostic settings, monitoring and available security findings.

Governance and compliance

Apply approved policies, track exceptions and retain suitable evidence.

AWS

Account structure, organisational controls, configuration rules and control evidence.

Azure

Management groups, subscriptions, Azure Policy and control evidence.

These examples are not an exhaustive platform checklist. Final coverage depends on the services and licensed capabilities included in scope.

Cloud Providers Secure the Platform. Customers Still Own Critical Decisions.

AWS Responsibility

AWS describes security and compliance as a shared responsibility. AWS manages the underlying cloud infrastructure, while customer responsibilities vary according to the services selected and how they are configured.

Azure Responsibility

Microsoft's responsibility also changes according to the service model. Customers continue to own their data, identities and configurations, while responsibility for other technology layers varies across IaaS, PaaS and SaaS.

Common customer responsibilities may include

Data classification and access
User and privileged identities
Configuration settings
Application security
Network controls within customer-managed scope
Logging and monitoring choices
Incident readiness
Compliance obligations
Risk acceptance

The assessment documents the applicable responsibility boundary for the services included in scope. Do not use one generic matrix for every AWS or Azure service.

ASSESSMENT SCOPE

What the Assessment Examines

Account and subscription governance

Review AWS account or Azure subscription structure, ownership, administrative boundaries and central security controls.

Identity and access

Assess privileged access, service identities, role assignment, authentication settings and unnecessary permissions.

Network and public exposure

Review cloud network boundaries, internet-facing resources, remote administration and approved communication paths.

Data, keys and secrets

Assess storage permissions, encryption settings, customer-controlled keys, secrets and access to sensitive information.

Workloads and platform services

Review supported compute, container, serverless, database and application-service configurations.

Logging, resilience and response

Assess available activity records, diagnostic settings, security findings, backup controls and incident-response dependencies.

The exact assessment areas depend on the cloud services, architecture and requirements included in the engagement.

FRAMEWORK ALIGNMENT

Connect Cloud Findings With Applicable Requirements

A provider's compliance certification does not automatically make the customer's workload compliant. Digisecuritas maps customer-controlled findings to the requirements and evidence relevant to the organisation.

Possible reference sources

AWS Well-Architected Framework Security Pillar
Azure Well-Architected Framework Security Pillar
Microsoft cloud security benchmark
CIS AWS Foundations Benchmark
CIS Microsoft Azure Foundations Benchmark
NIST Cybersecurity Framework
ISO 27001
SOC 2 criteria
PCI DSS where payment data is in scope
HIPAA where applicable health information is in scope
GDPR and applicable privacy obligations

Mapping panel — finding record structure

Cloud finding

Affected resource

Business context

Reference requirement

Available evidence

Responsible owner

Recommended action

Important: Framework mapping supports readiness and remediation. It does not constitute certification or a formal compliance opinion unless that service is separately agreed and delivered by an appropriately authorised assessor.

ENGAGEMENT METHOD

A Focused Assessment With Clear Boundaries

01

Define scope

Confirm cloud platforms, accounts, subscriptions, workloads, regions, services and relevant compliance requirements.

02

Establish secure access

Agree read-only or least-privilege access methods, evidence requirements, confidentiality controls and engagement contacts.

03

Assess configurations

Review available cloud configuration, identity, network, data, workload and logging information within the approved scope.

04

Validate context

Discuss findings with cloud owners to understand business purpose, dependencies, compensating controls and false positives.

05

Report and guide remediation

Deliver prioritised findings, executive reporting and practical remediation guidance. Revalidation can be included where agreed.

Digisecuritas does not make unrestricted production changes during an assessment. Any implementation activity requires separate approval and defined access.

OUTPUTS

Outputs for Cloud Teams, Risk Owners and Leadership

Typical deliverables

Engagement scope and cloud inventory
AWS security findings
Azure security findings
Common cross-cloud control view
Identity and privileged-access observations
Public-exposure findings
Data-protection observations
Logging and monitoring gaps
Risk-prioritised remediation roadmap
Framework and compliance mapping
Evidence and ownership register
Approved exception observations
Technical findings report
Executive cloud risk summary
Revalidation results where included

What leadership sees

A concise view of the most material cloud risks, differences between AWS and Azure, accountable owners and decisions that require management attention.

Request an Assessment

INDEPENDENT ASSESSMENT

Independent Assessment Across Both Cloud Platforms

Digisecuritas provides a security view that is independent of the cloud provider and the teams that built the environment. Findings are assessed against business context rather than repeated directly from a native cloud dashboard.

Cybersecurity-only focus
Technology-agnostic assessment
Independent validation
AWS and Azure control perspective
Framework-aligned methodology
Risk-based prioritisation
Technical and executive reporting
Multi-region delivery capability

Related services

Cloud Security Management

Maintain cloud posture, finding ownership and remediation after the assessment.

Explore →

Cloud Security Audit

Review cloud controls through an independent point-in-time audit.

Explore →

Server Hardening

Strengthen operating-system configurations across cloud-hosted server workloads.

Explore →

Firewall and Network Security

Assess network boundaries, traffic controls and cloud firewall policy.

Explore →

Identity and Access Management

Improve identity governance and privileged access across cloud environments.

Explore →

FREQUENTLY ASKED QUESTIONS

AWS & Azure Security FAQs

It is an independent review of customer-controlled security configurations, access, exposure and evidence across defined AWS and Azure environments. The assessment identifies gaps and provides prioritised remediation guidance.

Yes. The engagement can cover AWS, Azure or both platforms. Scope should reflect the organisation's active environments and assessment objectives.

No. AWS Well-Architected guidance may inform parts of the assessment, but the Digisecuritas engagement can include additional framework, compliance and cross-cloud requirements.

No. Azure Well-Architected guidance may be used as a reference, but the assessment is tailored to the agreed security and compliance scope.

Shared responsibility means that the cloud provider secures defined parts of the cloud platform while the customer remains responsible for the services, configurations, identities, data and workloads within its control. The boundary changes with the service model.

Yes. Native findings can provide useful evidence, but they require context, validation and prioritisation. A provider recommendation should not automatically be treated as a confirmed business risk.

Not automatically. Configuration assessment and penetration testing are different services. Testing activities require explicit scope, provider-policy review and written authorisation.

Yes. Findings and evidence can be mapped to applicable requirements. The assessment does not itself award ISO certification or issue a SOC 2 report.

They can be considered where they apply to the scoped workloads and data. Formal compliance conclusions may require a separate engagement and appropriately authorised assessor.

Not always. Access requirements depend on the evidence and tools used. Read-only or least-privilege access should be preferred where practical.

The organisation receives prioritised findings and remediation guidance. Digisecuritas can support clarification, revalidation or ongoing Cloud Security Management through a separately agreed scope.

Reviewed by: Digisecuritas cloud security practice   |  Last reviewed: July 2025

CREATE ONE VIEW OF CLOUD RISK

See AWS and Azure Through the Same Security Lens

Get an independent view of your cloud controls, customer responsibilities and unresolved security gaps. Digisecuritas will help you turn platform-specific findings into a clear remediation roadmap.

Request an AWS & Azure Security AssessmentSpeak With a Cloud Security Advisor

Start with a focused discussion about your cloud platforms, workloads and compliance priorities.