
Gremlin Chaos EngineeringGremlin
Gremlin enables every organization to conduct safe and secure Chaos Engineering experiments. Find reliability risks in any environment—before they impact users.
Vendor
Gremlin
Company Website


Product details
Gremlin Chaos Engineering is a core component of the Gremlin Reliability Platform, designed to help organizations proactively test the resilience of their systems. By safely injecting faults and simulating real-world failure scenarios, Gremlin allows teams to uncover hidden reliability risks before they impact users. It empowers engineering and operations teams to build confidence in their infrastructure and improve system availability through controlled, secure chaos experiments.
Features
- Safe Fault Injection: Simulate CPU spikes, memory leaks, network latency, DNS failures, and more across cloud, on-prem, and hybrid environments.
- Failure Flags: Test the impact of feature flags and configuration changes on system behavior.
- Dependency Discovery: Automatically identify and map service dependencies to understand failure propagation.
- Detected Risks: Surface known reliability risks and prioritize them for remediation.
- GameDay Orchestration: Plan and execute collaborative chaos experiments to validate system resilience and team readiness.
- Gremlin Private Edition: Run chaos experiments in isolated or regulated environments with full control and compliance.
- Security & Compliance:
- SOC II certified
- Role-based access control (RBAC)
- Multi-factor authentication (MFA)
- Audit logging and secure execution
Benefits
- Proactive Reliability Testing: Identify weaknesses before they cause outages or degrade user experience.
- Improved Incident Response: Train teams and validate runbooks through real-world failure simulations.
- Increased System Resilience: Strengthen infrastructure by continuously validating its ability to withstand stress.
- Enterprise-Grade Security: Conduct experiments safely with built-in compliance and access controls.
- Cross-Platform Support: Compatible with Kubernetes, Docker, AWS, Azure, GCP, Linux, and Windows environments.
- Faster Innovation: Confidently deploy changes knowing systems have been tested under failure conditions.