Cloud Penetration Testing
Manual testing of your AWS, Azure or GCP environment for exploitable misconfiguration and privilege-escalation paths.
Nine engagement types across applications, APIs, AI systems, cloud, infrastructure and compliance. Every engagement is scoped in writing before it starts, run by a certified operator, and closed with a retest. Based in Dhaka, we are a penetration testing company in Bangladesh providing VAPT services across Bangladesh and worldwide.
Scope an engagement →Grey-box testing with credentials for every role you want covered. Business logic and access control get the same attention as the injection classes a scanner finds.
Android and iOS builds tested as a whole system: the compiled app, what it writes to the device, and the backend it talks to. Also offered as mobile app penetration testing in Bangladesh.
REST, GraphQL and service-to-service interfaces tested against their real behaviour, including endpoints the specification does not mention. Also offered as API penetration testing in Bangladesh.
Model-backed features tested as attack surface: the prompts, the tools the model can call, the data it retrieves, and the agents that chain them.
External or internal, or both. The goal is the path from one exposed service to the access that actually matters.
An objective-led exercise against your live environment. It measures detection and response as much as exploitability, so it suits teams that already run a SOC.
Breadth over depth. Useful when you need regular coverage of a large estate rather than deep exploitation of one application.
Six engagement types across your cloud provider, deployment pipeline and container platform, run by the same certified operators as every other engagement.
Manual testing of your AWS, Azure or GCP environment for exploitable misconfiguration and privilege-escalation paths.
A configuration review against your provider's security benchmark, covering IAM, storage, networking and logging.
Testing of the build and deployment pipeline itself — secrets handling, runner permissions and supply-chain exposure.
Image and runtime review covering base-image vulnerabilities, privilege escalation and container escape paths.
Cluster configuration review — RBAC, network policy, secrets and the control plane's exposed surface.
Service-to-service testing across your microservices architecture, including inter-service authentication and trust boundaries.
Five engagement types built around the evidence your auditor or assessor actually asks for, run by the same certified operators as every other engagement.
Testing scoped to Requirement 11.3, covering the cardholder data environment and any system connected to it.
A technical readiness check against Annex A controls ahead of certification or a surveillance audit.
Evidence-generating testing mapped to the Security and Availability trust service criteria your auditor will ask for.
Testing focused on systems that store, process or transmit ePHI, aligned to the HIPAA Security Rule.
A framework-agnostic review that flags the gaps between your current controls and the standard you are working towards.
It depends on what you are protecting and what you need to prove. Web, mobile and API pentests target a specific application and the roles inside it; a network and infrastructure pentest follows the path from an exposed service to meaningful access; a vulnerability assessment gives recurring breadth across a large estate; and a red team exercise measures whether your team detects and responds. Compliance readiness work is scoped around the evidence an auditor asks for.
A vulnerability assessment is breadth over depth: authenticated and unauthenticated scanning across an agreed inventory, with every finding verified by an operator before it reaches you, and a comparison against the previous cycle showing what was fixed, what regressed and what is still open. A penetration test goes deep on one target, with manual exploitation and chaining rather than scanner coverage. Many organisations run both.
Choose a red team exercise when you want to measure detection and response, not just exploitability. It is objective-led — reaching a system, a dataset or a level of access — with techniques mapped to MITRE ATT&CK, every action timestamped, and a detection gap analysis against what your tooling actually recorded. A penetration test is the better choice when the goal is finding and fixing weaknesses in a defined scope.
No. The deliverable matches the work. An application pentest returns findings rated with CVSS v3.1, each with reproduction steps and request and response evidence. A vulnerability assessment returns prioritised findings plus a cycle-on-cycle comparison. A red team exercise returns an attack narrative with ATT&CK mapping, a detection gap analysis and a purple team debrief. Every engagement is closed with a retest.
That depends on how often your systems change. A one-time pentest suits a release or a compliance milestone; a vulnerability assessment runs on a recurring schedule when you need regular coverage of a large estate; and PTaaS fits teams shipping frequently, testing each release rather than once a year. Whichever you choose, scope is agreed in writing before testing starts.
Not necessarily. Scope is agreed in writing before an engagement starts, so related surfaces can be covered together — a web application and the API behind it, for example. Cloud work spans six engagement types across the provider, pipeline and container platform, and compliance readiness covers five built around PCI DSS, ISO 27001 and SOC 2 evidence. For a continuously changing estate, PTaaS covers the surface across releases.
Scoping, testing and the retest all run from our Dhaka-based security team.