Identity & Access
Review excessive privileges, role relationships, service identities, federation and access paths.
Cloud Security Assessment
Secure the cloud behind your business.
Assess and harden AWS, Microsoft Azure, Google Cloud and Kubernetes environments against excessive privileges, exposed resources, insecure network paths, weak logging, secrets exposure and configuration drift.
AWSAzureGoogle CloudKubernetes
External surfacePublic endpoints
IdentityAccess path
WorkloadCompute & containers
Data resourceStorage & secrets
Risk priorityValidated finding
Assessment path mapped
Identity → workload → data
Cloud environments in scope
AWS
Microsoft Azure
Google Cloud
Kubernetes
Beyond configuration
Cloud security is an architecture problem.
A secure cloud environment depends on how identity, networking, workloads, data, secrets and monitoring interact. Our assessment looks across those layers rather than treating configuration checks in isolation.
Exposed Resources
Identify publicly reachable storage, services, management interfaces and unintentionally exposed resources.
Network Paths
Examine segmentation, security groups, routes, ingress, egress and trust relationships between cloud components.
Logging & Monitoring
Assess audit trails, centralized visibility, alerting coverage and the ability to investigate security-relevant activity.
Secrets & Encryption
Review secret handling, key management, encryption controls and opportunities for unintended data exposure.
Configuration Drift
Identify deviations from intended security configurations and controls across cloud resources and environments.
Identity
Roles, policies & trust
Reviewed
Network
Segmentation & connectivity
Reviewed
Workloads
Compute, containers & services
Reviewed
Data
Storage, databases & secrets
Reviewed
Defense in depth
Connect the controls across your cloud.
Cloud weaknesses rarely exist in isolation. A permissive identity policy can become more serious when paired with an exposed workload, weak network segmentation or missing monitoring.
Identity-to-resource privilege relationships
Internet exposure and internal trust paths
Workload, container and service configuration
Logging, monitoring and investigation readiness
Assessment coverage
Examine the cloud from identity to infrastructure.
The assessment can be tailored to your environment, architecture and objectives, with focus across the security domains that matter to your cloud deployment.
IAM & Privilege
Examine roles, permissions, trust relationships, service accounts, federation and excessive access.
Network Security
Review network boundaries, segmentation, routes, ingress, egress and security controls between services.
Workload Security
Assess compute instances, containers, orchestration and service configurations for avoidable exposure.
Data Protection
Review storage exposure, data access paths, encryption, retention considerations and sensitive information handling.
Secrets & Keys
Examine secret storage, key usage, access controls and opportunities for credentials or sensitive material exposure.
Logging & Detection
Assess audit logging, visibility, monitoring and the availability of useful evidence for security investigation.
Configuration Posture
Identify insecure defaults, configuration gaps and deviations from intended security controls.
Cloud Services
Review the security posture of services and dependencies that form the broader cloud architecture.
Governance & Compliance
Map relevant security observations to organizational requirements and applicable control objectives.
Assessment methodology
From cloud discovery to validated remediation.
A structured assessment helps separate isolated configuration findings from risks created by the way cloud components interact.
01 · Discover
Scope & Inventory
Understand accounts, subscriptions, projects, regions, workloads and critical services.
02 · Map
Architecture Review
Trace trust boundaries, data flows, identities and network relationships.
03 · Assess
Security Controls
Examine configurations, access controls, exposure and security-relevant settings.
04 · Validate
Risk Verification
Validate meaningful findings and understand their practical impact and attack paths.
05 · Report
Risk Reporting
Document evidence, affected resources, risk context and practical remediation.
06 · Retest
Remediation Validation
Revisit addressed findings where required and verify the intended security improvement.
Actionable reporting
Findings should explain what to fix — and why it matters.
Cloud assessments are more useful when technical observations are connected to affected resources, exposure, privilege relationships and remediation priorities.
Clear technical evidence
Risk context and affected resources
Prioritized remediation guidance
Example assessment view
Findings workflow
Publicly reachable storage resource
Exposure · Access control · Data protection
Excessive workload permissions
IAM · Privilege boundary · Service identity
Incomplete centralized audit visibility
Logging · Monitoring · Investigation
Configuration baseline deviation
Posture · Hardening · Drift
What you receive
A security view your technical and business teams can use.
Executive Summary
A concise view of the cloud security posture, significant observations and remediation themes.
Technical Findings
Detailed findings with affected resources, technical evidence, risk context and observations.
Risk Classification
Findings organized to help teams understand urgency, exposure and remediation priorities.
Remediation Guidance
Practical recommendations aligned with the affected cloud controls and architecture.
Retest Validation
Validation of addressed findings where a follow-up review is included in the engagement.
Evidence & Documentation
Supporting observations and documentation that help teams track security improvements.
Common questions
Questions about cloud security assessments.
Understand the assessment scope, how cloud-specific testing works and what to expect from findings and remediation guidance.
The service can cover AWS, Microsoft Azure, Google Cloud and Kubernetes environments, with the scope tailored to the architecture and objectives of the engagement.
Configuration is one part of the assessment. The review can also consider identity, network relationships, resource exposure, workloads, data protection, logging and interactions between security controls.
Yes. Kubernetes can be considered as part of the workload and container security scope, including relevant cluster, identity, networking and workload security controls.
Findings are documented with evidence, affected resources, risk context and remediation guidance. Where included in scope, addressed findings can subsequently be retested.
Yes. Scope can be defined around the cloud accounts, subscriptions, projects, workloads, services, architecture and security objectives relevant to the engagement.
Secure your cloud architecture
Know where your cloud is exposed before attackers do.
Bring visibility to identity, network, workloads, data and configuration risks across your cloud environment.
Request Cloud Assessment