Netsil delivers observability and monitoring platform for Kubernetes and Docker-based microservices applications.
Netsil’s flagship product Application Operations Center (AOC) enables DevOps teams to gain complete visibility into all their services and dependencies, with absolutely no code changes required. As a result, DevOps teams are able to reduce downtime, ensure safer deployments and meet their service level objectives (SLOs).
The Netsil Application Operations Center (AOC) is the industry’s first product that automatically maps the entire application. The AOC topology map discovers all internal and external services and captures dependencies among services. It monitors all the golden signals for service health leveraging high resolution, real-time metrics from the entire stack.
The rise of cloud technologies and microservices has enabled enterprises to cut down the time it takes to delight users with their applications and services. The demand for new applications is hitting remarkable scale as entire industries get revolutionized with new use-cases.
However, delivering modern applications and services in a reliable, secure and performant way remains a monumental challenge especially when using modern abstractions such as Kubernetes and Docker containers. Distributed applications are seen as a network of interconnected services where the complexity has shifted to the interplay between various services. They also tend to be polyglot (written using many languages and frameworks) which adds to the chaos and operational challenges.
Netsil is addressing these challenges by providing unprecedented and out-of-the-box visibility into modern distributed applications. We are committed to making the lives of DevOps and SRE teams drastically easier by speeding up their workflows for incidence response, deploy management, capacity planning, service-level objective management and distributed application performance management.
Netsil originated as a collaboration between researchers and industry practitioners. We are a multidisciplinary team with extensive research and operational experience in web-scale applications, network stream processing, declarative languages and large scale data analytics.