Product Listings
AWS Fault Injection Simulator is a software designed to assist organizations in improving the resilience and performance of their applications hosted on AWS by enabling controlled chaos engineering experiments. The software allows users to simulate real-world failures such as server outages, network latency, and application errors in a safe and systematic manner. It provides features for designing, executing, and monitoring experiments to observe how workloads respond under stress, helping identify weaknesses and improve recovery strategies. By leveraging targeted and repeatable fault injection scenarios, the software addresses the business problem of identifying potential points of failure before they impact operations, thereby supporting ongoing system reliability and availability improvements.
Gremlin uses Fault Injection to safely simulate failures on the infrastructure, platform, and application level. Using Gremlin, you can recreate incidents to highlight the biggest reliability risks to focus your efforts. Gremlin also helps you align your organization around reliability standards, actionable insights, and measurable improvements. It gives you control of your reliability program with automated testing, reliability dashboards, and forward-facing metrics. Gremlin works in any environment and comes enterprise-ready out of the box.
Steadybit is a software designed to facilitate reliability engineering by enabling organizations to simulate and analyze system failures within distributed architectures. The software allows users to run automated chaos experiments on cloud-native platforms and infrastructure, helping teams identify weaknesses and validate the resiliency of applications and services. It features integration capabilities with existing CI/CD pipelines and observability tools, supports customization of failure scenarios, and provides reporting functions for analyzing impact and recovery strategies. By assisting teams in uncovering hidden vulnerabilities, Steadybit addresses the business problem of ensuring uptime and reliability in complex and dynamic system environments.
Harness Chaos Engineering is a software designed to facilitate resilience testing by simulating system failures and unpredictable conditions in distributed environments. The software allows organizations to execute controlled experiments that expose weaknesses and vulnerabilities in infrastructure, microservices, and applications. Through features such as automated workflows, fault injection, monitoring, and reporting, the software helps teams proactively identify and address stability issues before they affect end users. Harness Chaos Engineering integrates with various platforms and technology stacks, providing insight into system behavior under stress and supporting continuous improvement in reliability, availability, and performance. The software is intended to streamline the practice of chaos engineering, making it accessible within software development and operations processes to enhance overall system robustness.
NetHavoc is a software designed for chaos engineering and infrastructure resilience testing. It enables organizations to simulate failures in IT environments, focusing on identifying vulnerabilities within distributed systems, containers, cloud-native applications, and microservices architectures. The software introduces controlled disruptions such as network latency, resource exhaustion, and service outages to assess system robustness and fault tolerance. By providing root cause analysis and impact reports, NetHavoc supports businesses in improving incident response strategies and ensuring continuous service reliability. The software facilitates automated experimentation in production or pre-production environments to validate recovery mechanisms and maintains support for diverse technology stacks.
Qinfinite is a software developed to facilitate artificial intelligence driven automation in business processes. The software integrates with enterprise systems to automate repetitive tasks, orchestrate workflows, and provide end-to-end visibility across operations. Qinfinite uses machine learning and process mining capabilities to enable process optimization and enhance operational efficiency. The software supports seamless integration with existing digital infrastructures and addresses business challenges related to process bottlenecks, resource allocation, and data-driven decision-making. Qinfinite is designed to streamline processes, reduce manual intervention, and improve scalability within organizations by leveraging cloud based and edge computing features.
Qyrus is a software designed for test automation across web, mobile, and API platforms. It provides features for creating, executing, and managing test cases, enabling users to streamline the validation of applications in different environments. The software supports scriptless test creation, parallel test execution, and integration with continuous integration and continuous delivery pipelines. Qyrus focuses on reducing manual intervention in the testing process by offering reusable components, automated reporting, and analytics to enhance visibility into testing activities. This software addresses business needs related to accelerating application development cycles, minimizing errors, and improving the consistency and reliability of software releases through automation.
Speedscale is a software that automates the process of testing Kubernetes applications by simulating traffic and reproducing production conditions. The software captures and replays real API calls, enabling users to assess reliability, scalability, and performance under different scenarios. Speedscale provides features for mocking environment dependencies, generating test data, and detecting issues such as bottlenecks or failures before deployment. It assists teams in validating changes, optimizing resource usage, and predicting application behavior, addressing business challenges related to rapid delivery, quality assurance, and operational stability in cloud-native environments.
Verica is a software designed to enhance the reliability and safety of complex systems through continuous verification and chaos engineering practices. The software allows organizations to proactively identify weaknesses and potential failure points within distributed environments by running controlled experiments. Verica provides features for automated analysis, real-time monitoring, and system modeling, helping teams understand how their systems respond to unexpected conditions. By simulating faults and reviewing system responses, the software supports risk assessment and assists technical teams in improving system robustness, reducing downtime, and maintaining consistent performance. Verica is used to address challenges related to system resilience and operational stability in modern infrastructure.
WireMock is a software designed to simulate HTTP-based APIs, allowing developers and testers to create mock services for testing and development purposes. The software enables the emulation of complex behavior by capturing and simulating requests and responses, supporting features such as service virtualization, request matching, response templating, and record-replay functionality. WireMock helps address the challenge of testing applications against APIs that may be incomplete, unavailable, or costly to access by creating a controllable environment for automated and manual testing workflows. Its compatibility with various development tools and platforms allows for flexible integration with continuous integration and delivery pipelines, facilitating thorough validation of software components that depend on external APIs.