Hackviser scenarios are pre-defined, simulated attack scenarios that mimic real-world cyber threats. These scenarios are designed to test an organization's defenses, identify vulnerabilities, and provide actionable insights to improve their security posture. By using Hackviser scenarios, security teams can proactively assess their defenses, identify potential weaknesses, and make data-driven decisions to strengthen their security infrastructure.
| Risk | Description | Mitigation in Hackviser | |------|-------------|------------------------| | Link leakage | Sharing a link with an active token gives unauthorized access. | Short-lived tokens (1–4 hours), IP pinning (optional). | | Replay attacks | Capturing a link and reusing it after session ends. | Tokens include jti (unique ID) and are revoked on logout/timeout. | | Environment abuse | Using a scenario to attack other users or the platform. | Network isolation per user; rate limiting on spawned instances. | | Metadata exposure | The link might reveal internal IPs or API endpoints. | Use internal DNS for orchestration; never expose raw Docker socket. | hackviser scenarios link
token = "eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9..." decoded = jwt.decode(token, options="verify_signature": False) print(decoded) | Risk | Description | Mitigation in Hackviser
I had to simulate an attack against a [Target Type, e.g., corporate HR portal] to uncover how [specific flaw] could lead to a full system compromise. Key Lessons: | Tokens include jti (unique ID) and are
This is a real-world example of an offensive scenario on Hackviser. You are tasked with infiltrating a hacker's computer through a café Wi-Fi network to uncover evidence of their cyberattacks.