Cloud Penetration Testing

Close every misconfiguration and exposed service in your cloud before an attacker finds it.

What It Is

Cloud Penetration Testing (“cloud VAPT”) emulates real-world attacks against your public, private or hybrid cloud estate - AWS, and Azure. It combines configuration review, privilege-escalation attempts, API abuse, and live exploitation to uncover the exact paths an adversary could use to breach workloads, steal data, pivot into on-prem networks, or rack up fraudulent compute bills.

Why proactive testing matters

  • - 80 % of breaches now involve cloud assets such as misconfigured storage buckets or exposed APIs.

  • - Average cloud breach costs have surged past USD 4 million and can trigger regulatory fines.

  • - Organisations that adopt continuous cloud testing slash incident costs by ≈ 27 % and avoid headline-grabbing data exposures.

Network Security

Why Choose Trace for Network Security?

  • Scoping & Planning

    Align on business goals, compliance drivers, and change-freeze windows to define a precise test scope.

  • Vulnerability Assessment

    Leverage CSP-native APIs and leading tools to inventory services and flag misconfigurations across IAM, storage, networking and container orchestration.

  • Remediation & Re-testing

    Once fixes are applied, we validate them to confirm every vulnerability is fully resolved.

  • Risk Analysis & Reporting

    Prioritise findings by severity; deliver clear, actionable reports for cloud engineers and leadership.

  • Penetration Testing

    Safely exploit flaws (over-privileged roles, instance metadata abuse, SSRF, public bucket access, vulnerable serverless functions) to gauge real business impact - without disrupting production workloads.

Testing Modes We Offer

  • Black-Box
        External perspective with no credentials; reveals publicly exposed misconfigurations and attackable surfaces.

  • White-Box
        With 40+ Global OEM Partnerships, we are bringing you future-proof solutions matched to your exact needs

  • Grey-Box
        Limited credentials simulate a compromised developer or SaaS token, exposing insider-level attack paths.

  • All testing aligns to CIS Benchmarks, NIST SP-800-144/190, CSA CCM v4 and PTES guidelines.

What We Test For

  • Identity & Access Misconfigurations (over-privileged IAM roles, weak policies, stale keys)

  • Storage Exposures & Leaks

  • Network Segmentation Gaps

  • Serverless & Container Risks

  • API & Metadata Abuse

  • Logging & Monitoring Weaknesses (disabled CloudTrail/Activity Logs, missing Defender alerts)

  • Encryption & Key-Management Flaws (unencrypted volumes, hard-coded secrets, poor KMS usage)

  • CI/CD Pipeline Vulnerabilities

What You Receive

  • Executive Risk Reports
        concise, C-suite-ready snapshot.

  • Detailed Vulnerability Matrix
        CVSS / CSPM scores, exploit paths & annotated screenshots.

  • Remediation Playbook
       step-by-step fixes with Terraform/CLI examples.

  • Free Retest
       we verify every fix at no extra cost.

Benefits for Your Business

  • Prevent data leaks, cryptomining abuse & costly downtime.

  • Meet & prove compliance (ISO 27001, PCI-DSS, GDPR, RBI, SEBI, SOC 2).

  • Reduce outage risk & remediation spend through prioritised fixes.

  • Enhance customer trust with third-party validation and hardening evidence.

  • Optimise cloud spend by eliminating unused services and insecure defaults.

FAQS

Frequently Asked Questions

Find answers to your questions
about our Cloud Penetration Testing and approach.

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How often should we conduct a Cloud Pen-Test?

At least annually and after major architecture changes, new regions, or large IaC deployments.

Will testing impact live workloads?

Network security ensures the No. We employ read-only API calls and low-impact exploit chains with immediate rollback procedures.

How is this different from a CSPM scan?

CSPM highlights misconfigs; a pen-test actively chains them to demonstrate real-world breach impact across accounts and regions.

How long does an engagement take?

Most projects complete within 5–12 business days, depending on cloud size and complexity.