All solutions
{ CLOUD_SECURITY_TESTING }
Validate risk across
AWS, Azure, and Google Cloud.
Safe exploitation. PoC evidence. Cloud attack paths.
Mind The Hack performs automated penetration testing across AWS, Azure, and Google Cloud environments to prove exploitable misconfigurations, identity risks, exposed services, and cloud attack paths.
{ CLOUD_SCOPE } 01 02 03 04 05 06
The cloud is not one perimeter. It is many.
Every account, identity, and service is a way in. Mind The Hack tests all three major clouds with a single offensive model, so multi-cloud stops being a blind spot and becomes one proven risk picture.
Cloud services
Compute, functions, databases, and managed services across every account and region.
IAM & identities
Roles, policies, keys, and trust relationships that decide who can reach what.
Exposed storage
Buckets, blobs, and volumes reachable in ways they were never meant to be.
Public endpoints
Internet-facing services, gateways, and APIs that widen the cloud perimeter.
Misconfigurations
Insecure defaults, permissive rules, and drift that quietly open the door.
Privilege paths
The chains that turn one identity into control of the whole environment.
IF IT IS DEPLOYED IN THE CLOUD, IT IS PART OF THE TEST.
{ DISCOVERY_TO_EXPLOITATION }
From cloud inventory to proven cloud risk.
A configuration scanner tells you what looks wrong. Mind The Hack proves what is actually exploitable by safely attempting it, so your team acts on confirmed cloud risk, not a wall of theoretical alerts.
- 01 Cloud asset discovered
- 02 Identity & config mapped
- 03 Weakness correlated
- 04 Safe exploitation attempted
- 05 PoC evidence captured
- 06 Exploitable cloud risk confirmed
{ POC_BASED_VALIDATION }
Every cloud risk comes with proof.
A confirmed cloud finding is a context-scored, MITRE-mapped, remediation-complete report backed by controlled proof-of-concept evidence. No real keys, secrets, or customer data ever leave the environment.
Privileged Cloud Access via Over-Permissioned Identity Role
Exploited 9.4 Contextual Risk
9.8 CVSS
A deployment identity was found with a policy far broader than its workload required. Controlled permission checks confirmed that the exposed identity could cross the administrative boundary and reach protected cloud resources. No protected content was retrieved.
Exploitation grants an attacker administrative control of the cloud account, including the ability to read protected data, alter security controls, and establish persistence across every region and service in scope.
Scope the identity to least privilege and remove standing administrative permissions. Rotate the exposed credential, enforce short-lived credentials, and add drift detection so over-permissioned roles cannot be reintroduced silently.
[+] Validation state: confirmed [i] Evidence artifact: permission evaluation [redacted] [i] Impact boundary: administrative cloud scope [i] Protected content access not performed [i] Technical reproduction detail withheld
NO THEORY. NO GUESSWORK. EVIDENCE FIRST.
{ CLOUD_RISK_SURFACES }
Most cloud risk starts with permission, exposure, or drift.
Cloud risk often emerges from over-permissioned identities, exposed services, insecure defaults, public data, and configuration drift. Mind The Hack validates which conditions can actually be used by an attacker.
Over-permissioned identities
Validated by exploitationRoles and service principals that can do far more than the workload needs.
Exposed storage
Validated by exploitationObject stores opened to the public internet or to over-broad identities.
Public endpoints
Validated by exploitationManagement planes and services reachable from anywhere on the internet.
Insecure defaults & drift
Validated by exploitationTemplates and manual changes that leave environments quietly open.
IN THE CLOUD, MISCONFIGURATION IS THE MOST COMMON WAY IN.
{ ENTRY_POINT_TO_PATH }
In the cloud, identity is the attack path.
One exposed credential rarely stops at one service. Mind The Hack follows it through assumed identities and excess permissions to the point of privileged cloud access, and shows the single step that severs the route.
- Public Endpoint internet-facing
- Exposed Credential leaked from workload
- Assumed Identity valid cloud role
- Break this step to close the path Over-Permissioned Role excess privilege
- Privileged Cloud Access high-privilege cloud role
ATTACKERS FOLLOW ACCESS, NOT ACCOUNT BOUNDARIES.
{ CLOUD_RISK_TO_DECISION }
Cloud findings become top actions.
Proven cloud risk feeds the Decision Engine, which ranks the one change that reduces organizational risk the most across every cloud you run.
TOP ACTION 01
Organizational risk
Remove standing administrative permissions from the deployment identity.
- Proven risk
- Privileged cloud access, exploited
- Affected assets
- Deployment identity and linked accounts
- Attack paths broken
- Administrative cloud routes
- Business criticality
- Critical
{ RETEST_CLOUD_RISK }
A cloud fix is not finished until exploitation fails.
Cloud changes drift, and a closed ticket can quietly reopen the exposure. Mind The Hack re-runs the exact exploitation after every fix and only lets the risk close when it can no longer be proven.
- Exploit confirmed
- Ticket raised
- Fix resolved
- Automated retest
Verified · Closed Regressed · Reopened
THE FIX HAS TO PROVE ITSELF.
{ CLOUD_REPORTING }
Reporting that maps to every cloud.
Every engagement produces a report that separates the executive story from the technical proof, scoped clearly across AWS, Azure, and Google Cloud.
- 01 Executive Summary
- 02 Cloud Scope (AWS · Azure · GCP)
- 03 Validated Findings
- 04 Affected Cloud Resources
- 05 PoC Evidence
- 06 Attack Path Context
- 07 Top Actions
- 08 Remediation Status
{ TEST_YOUR_CLOUD }
Find out what attackers
Find out what attackers
can really reach in your cloud.
Run Mind The Hack against your AWS, Azure, or Google Cloud environment to prove exploitable cloud risk, reveal cloud attack paths, and see what to fix first.
Guarded by hackers. Empowered by AI.