Service

Cloud Security Assessment

Assessment of AWS, Azure and GCP environments — identity and access, storage exposure, network configuration, secrets, containers and the privilege-escalation paths that connect them.

The problem

Why this assessment matters

Cloud environments accumulate permissions, public resources and dormant services quickly. A single over-privileged role, a public bucket or a long-lived credential can chain into broader compromise — often without triggering an obvious alert.

Scope

What We Test

Typical coverage for this assessment, tailored to your system during scoping.

  • IAM
  • Storage
  • Network configuration
  • Secrets
  • Containers
  • Serverless
  • Logging
  • Monitoring
  • Misconfiguration
  • Privilege escalation paths
Methodology

How the Assessment Runs

A consistent six-stage process — every stage produces something you can use.

  1. Discover

    Inventory accounts, projects, subscriptions, resources, identities and trust relationships across the environment.

  2. Assess

    Review IAM policies and roles, storage and network exposure, secrets handling, logging coverage, container and serverless configuration.

  3. Validate

    Where safe and authorized, demonstrate the practical impact of a misconfiguration — for example, what an over-privileged role can actually reach.

  4. Report

    Present findings as attack paths with blast radius, not as isolated checklist items, plus prioritized remediation.

  5. Remediate

    Support least-privilege rollouts, network tightening and detective-control improvements.

  6. Retest

    Re-verify remediated paths and confirm new guardrails hold.

Example outcomes

Typical Findings

Realistic issue classes commonly discovered during this type of assessment. Your results depend on your system — we do not imply guaranteed findings.

  • Over-privileged roles and privilege-escalation paths
  • Publicly accessible storage or databases
  • Long-lived credentials and secrets in code or CI
  • Missing encryption or weak key management
  • Overly permissive network exposure
  • Gaps in logging, monitoring and alerting
  • Insecure container registry or serverless configuration
  • Cross-account trust relationships that widen blast radius
What you receive

Deliverables

Everything needed to understand, prioritize and fix what we find.

  1. Resource and identity inventory
  2. Attack-path analysis with blast-radius context
  3. Misconfiguration findings with evidence and platform references
  4. Prioritized remediation roadmap
  5. Retest verification of corrected configurations
Attack surface

Where Cloud Security Fits in Your Attack Surface

The shared, data-driven attack-surface map — Cloud Security is emphasised automatically. Select any node to see its assessment path, related systems and security objective.

Interactive 3D map of the security attack surface — Web, API, Mobile, Thick Client, Cloud, Internal, External, AI and Blockchain. Select a node to explore a service.

Interactive 3D map of the security attack surface. Select a node to see the service description, assessment path and related systems. A static list of all services is provided below.
  1. Discover
  2. Map
  3. Assess
  4. Validate
  5. Correlate
  6. Risk
  7. Evidence
  8. Remediate
  9. Retest
  • Assessment / attack path
  • Application / API
  • Identity / security core
  • Defensive
  • Critical risk
Fit

Who Needs This

Organizations running production workloads on AWS, Azure or GCP

Teams facing SOC 2, ISO 27001 or customer security questionnaires

Companies that have grown quickly and inherited legacy permissions

Any business that stores customer data in cloud storage or databases

Questions

Frequently Asked Questions

Which cloud providers do you support?

AWS, Azure and GCP. If you run a multi-cloud or hybrid estate we scope the assessment across environments and prioritize by exposure.

Do you need read-only access?

A read-only role covering configuration and IAM data is usually sufficient for the core assessment. Any action that changes state requires separate explicit approval and is avoided by default.

Is this a compliance audit?

No. We assess real risk and exploitability. We can map findings to common frameworks where useful, but the goal is finding what an attacker could actually use, not passing a checklist.

Ready to test your application?

Start a scoping conversation about cloud security for your systems.