Cloud Attack Emulation

Enable Threat Detection & Response for GenAI Workloads

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How It Works

The First & Most Comprehensive Cloud Attack Emulation Platform

1. Select Attacks

Select attacks based on a criteria e.g. MITRE ATT&CK 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.

Benefits

Attack Your Clouds Before Hackers Do

Automated Cloud Attack Emulation

Effortlessly test cloud security with over 30 cloud attack emulation actions and scenarios based on the MITRE ATT&CK framework and Security Chaos Engineering approach with automatic rollback.

Uncover Cloud Security Blindspots

Continuously evaluate the effectiveness of implemented cloud security measures and identify security blindspots and false positives before attackers can exploit them.

Prepare for Real World Cloud Attacks

Enhance cloud security postures and team readiness through proactive cloud security testing to refine incident response strategy.

Benefits

Make Your Cloud Secure and Compliant

Easily Remediate Cloud Security Vulnerabilities

Reduce cloud security incidents due to misconfigurations and compliance violations with clear, step-by-step instructions, along with command-line and Terraform commands

Continuously Monitor Cloud Security Compliance

Achieve and maintain compliance with cloud security standards and regulatory requirements faster in one platform, such as ISO 27001, SOC 2, and CIS Benchmarks.

Unified Multi-Cloud Security Visibility

Take inventory of cloud infrastructures across cloud providers and automatically detect unwanted changes in cloud resources in one platform.

Benefits

Kubernetes Security Made Simple

Security Compliance Made Easy

Automatically detect and remediate security vulnerabilities in the Kubernetes clusters to achieve security compliance with a click.

Protect Everything in The Kubernetes Cluster

Ensure all components of Kubernetes clusters are secure, including the images and deployed containers.

Unified Kubernetes Security Monitoring

Monitor available resources and configurations in various Kubernetes environments in one platform.

Benefits

Seamlessly Ensure Secure and Safe GenAI Infrastructure

GenAI Red Teaming

Easily run AI Red teaming exercises to detect security risks and violations of AI safety measures

Ensure GenAI Cyber Hygiene

Continuously monitor and detect misconfigured GenAI cloud resources. Implement countermeasures immediately using the provided recommendations

GenAI Asset Inventory

Have a grip of the GenAI cloud resources, keep track of changes and act swiftly when prompted about malicious resource drifts.

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.

Why Cloud Attack Emulation

Enhance Security and Cyber Resilience for Cloud-Native Infrastructures

Secure GenAI Workloads

Bolster security of GenAI workloads in the cloud, identify blindspots, and close them before attackers take advantage

Supercharge SOC Efficiency

Proactively train the Security and Operational Center (SOC) teams for possible cloud attacks to adopt threat-informed defense strategy with MITRE ATT&CK framework