Security For GenAI
Enable security and safety for GenAI cloud workloads
How It Works
3 Simple Steps to Secure GenAI Workloads
1. Select Attacks
Select attacks based on some criteria e.g. MITRE ATLAS techniques or Threat Actor like Scattered Spider.
2. Execute Attacks
Document your attack objectives and hit the "Start Attack" button. The attacks run via API against the cloud infrastructure.
3. Analyze Attack Report
Analyze the attack report, use it to harden your system based on the provided remediation steps & Sigma rules.
Built on Cloud-Native Foundations
Modular attack primitives that compose into realistic multi-step campaigns. Not retrofitted pentesting tools - purpose-built for cloud environments.
Attack Actions
Atomic security tests emulating specific threat actor techniques. Each action targets real cloud services, maps to MITRE ATT&CK, and tags known adversaries using the technique.
Attack Scenarios
Multi-step attack chains that emulate realistic campaigns. Managed scenarios based on CTI reports, or build custom scenarios tailored to your threat model.
Attack Builder
Visual workflow builder for creating custom attacks without code. Drag, drop, and configure multi-step scenarios specific to your infrastructure. Currently in beta.
Attack as Code
Define attacks as code, version control your chaos experiments, and integrate validation directly into CI/CD pipelines. Pairs with Detection-as-Code workflows.
AI-Powered Analysis
Automatically generate executive summaries, get contextual attack recommendations, and accelerate remediation with intelligent insights from your attack results.
Multi-Cloud Coverage
200+ pre-built scenarios across AWS, Azure, and Kubernetes. Attack cloud-native threats, validate multi-cloud security, and map to MITRE ATT&CK and ATLAS frameworks.
Benefits
Attack Your Clouds Before Hackers Do
Benefits
Make Your Cloud Secure and Compliant
Benefits
Kubernetes Security Made Simple
Benefits
Seamlessly Ensure Secure and Safe GenAI Infrastructure
Cloud Immunity Use Cases
This is the original use case for cloud immunity, to make running security chaos engineering (SCE) experiments easy and straightforward. Users may define the objective of the experiment to be conducted (hypothesis); this gives a precise expectation that would define the focus of observation. The hypothesis and observation can be documented in the applications and retrieved anytime as users continue improving the security and resiliency of their infrastructure. The experiments mentioned about are implemented as attack actions and attack scenarios. Attack actions are single attacks with a single attack target, e.g., “Make an S3 bucket public”. Conversely, attack scenarios consist of two or more actions designed to present more realistic attacks, e.g., S3 Ransomware attack scenario.
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This is the original use case for cloud immunity, to make running security chaos engineering (SCE) experiments easy and straightforward. Users may define the objective of the experiment to be conducted (hypothesis); this gives a precise expectation that would define the focus of observation. The hypothesis and observation can be documented in the applications and retrieved anytime as users continue improving the security and resiliency of their infrastructure. The experiments mentioned about are implemented as attack actions and attack scenarios. Attack actions are single attacks with a single attack target, e.g., “Make an S3 bucket public”. Conversely, attack scenarios consist of two or more actions designed to present more realistic attacks, e.g., S3 Ransomware attack scenario.
Read More
We Support Your Favorite Clouds
Mitigant Cloud Security Posture Management proactively ensures security and compliance for cloud infrastructures with complete security visibility in one platform
We support several Kubernetes flavors
Mitigant KSPM provides crystal clear visibility of your Kubernetes environments and enables continuous security and compliance.
Safe Yet Realistic Attack Execution
Intelligent attack routing balances realism with safety. No need to choose between testing production or testing irrelevant lab environments.
Inline Attacks
Target your actual production resources. Test real S3 buckets, running EC2 instances, deployed Lambda functions. If your CSPM flags a misconfiguration, inline attacks prove whether it's actually exploitable or just noise.
Tests actual security posture, not sanitized labs
Validates real configurations and policies
Reconnaissance and read-heavy operations
Safe for discovery and enumeration techniques
Provisioned Attacks
Automatically spin up temporary infrastructure for potentially disruptive attacks. The platform creates isolated resources, executes attacks, collects telemetry, and cleans up automatically
Zero risk to production systems
Dynamic snapshot and automatic recovery
Data exfiltration and destructive techniques
Safe testing of high-risk attack scenarios
The Mitigant Advantage
Supercharge Cloud Security Operations with these unique features
Plug-and-Play Attacks
No attack scripts to maintain. All attacks are plug-and-play, like Lego bricks.
Automated & Realistic
Target environment is enumerated on the fly, vulnerable targets are selected & attacked.
Evidence Collection
Attack telemetry is automatically collected for further security analysis.
Gen AI Attacks
Attacks against GenAI systems, e.g. data are included. This allows innovative use cases, e.g., AI-Red teaming.
Comprehensive Reporting
Detailed reports with the related MITRE ATT&CK & MITRE ATLAS Tactics, Techniques and remediation steps.
Cyber Threat Intelligence
Corresponding threat actors are shown due to the integration of CTI.
Attack Path Analysis
The attack paths are visualized to provide clear situational awareness.
Attack-as-Code
Agile security operations: automated, repeatable, consistent, and versioned. Empowered by GitOps.
Agentless & Safe
No agents, onboarding and attacks are orchestrated via APIs. Target environments are automatically clean up afterwards.
Permission Models for Every Risk Profile
From quick setup to enterprise-grade control. Choose the permission model that matches your risk tolerance, compliance requirements, and security maturity.
Admin Role
CloudFormation Template
Comprehensive permissions for full attack coverage
Read + Write operations enabled
Aligned with Assumed Breach methodology
Quick 5-minute setup
Best For
Teams with dedicated testing environments for training security teams and building comprehensive detection rules
Non-Admin Role
CloudFormation Template
Limited permissions for basic attack validation
Read-heavy operations with minimal write
Reduced blast radius by design
Quick 5-minute setup
Best For
Organizations starting with attack emulation, wanting minimal blast radius and reconnaissance-focused validation
Bring Your Own Role
Custom IAM Role
Full control over blast radius and permissions
Custom trust policies and external ID security
Test what-if scenarios with org-specific roles
Revocable anytime
Requires manual configuration and advanced IAM knowledge
Best For
Security-conscious organizations with strict compliance, governance requirements, or custom permission boundaries
Advanced Features
Go beyond one-time testing. Schedule recurring attacks, orchestrate complex campaigns, validate remediation, and automate security validation across your entire cloud estate.
Attack Orchestration
Chain multiple attack scenarios across different cloud accounts and services. Simulate sophisticated adversaries who move laterally between AWS, Azure, and Kubernetes environments.
Attack Rerun
Prove remediation actually works. After fixing vulnerabilities, rerun the exact same attack against the same resources. Get empirical evidence that your security improvements are effective.
Attack API
Integrate attack emulation into any workflow via REST API. Trigger attacks from your deployment pipelines, SOAR platforms, or custom security automation.
Attack Scheduling
Automate security validation with scheduled attack campaigns. Run critical validations weekly, monthly, or after every deployment. Continuous threat exposure management built into your workflow.
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