We begin by identifying exposed assets across cloud providers like AWS, Azure, and GCP. This includes mapping out storage buckets, APIs, compute instances, and permissions. The goal is to get a full view of the target’s cloud environment and its public-facing footprint before attempting deeper access.
Once access is gained, we move into exploiting weak configurations and excessive permissions. We analyze identity and access management roles, trust relationships, and attempt to escalate privileges to gain more control across services.
We implement stealth tactics to avoid detection by cloud monitoring tools. Persistence is achieved by planting access points that blend into the environment, such as hidden IAM roles or automated triggers. These techniques help us maintain long-term access without raising alarms.
After gaining control, we automate tasks such as data extraction, environment control, and lateral movement. This phase helps demonstrate the real impact of cloud misconfigurations or poor access controls by simulating a full takeover scenario.
When using the cloud, both the cloud provider and the user share responsibility. The provider takes care of the infrastructure, but you must secure your own systems, settings, and data. If something is left open or misconfigured, it could be an easy target for attackers.
Cloud security helps prevent data leaks, unauthorized access, and other cyberattacks. Without it, important information can be stolen, services can be taken offline, and the damage can be costly—both financially and to your reputation.
We offer cloud penetration testing to find weaknesses in your setup before attackers do. We test for common issues like open storage buckets, weak permissions, exposed APIs, and insecure configurations. Then we help you fix them.
Securing the cloud is important because just one mistake can give someone full access. That’s why taking cloud security seriously is no longer optional—it’s necessary.