Buoyant, creator of the widely-used open source Linkerd service mesh, today announced the release of Linkerd 2.12, which introduces route-based authorization policies, support for the Kubernetes Gateway API, access logging, and much more.
SAN FRANCISCO, May 4, 2022 — Buoyant, creator of the widely-used open source Linkerd service mesh, today introduced “fully managed” Linkerd functionality to Buoyant Cloud, the company’s cloud-based service mesh management tool. This new feature set allows Linkerd adopters to treat the popular …
New update provides critical cross-cluster, zero-touch application failover for Kubernetes environments SAN FRANCISCO, March 9, 2022 — Buoyant, creator of the widely-used open source Linkerd service mesh and of the Buoyant Cloud managed Linkerd service, today announced the release of the new …
New releases enhance security and management of network traffic within and across Kubernetes clusters SAN FRANCISCO, Calif. – Sep 30, 2021 – Buoyant, the creators of the world’s lightest and fastest service mesh, Linkerd, today unveiled new security features in Linkerd and in Buoyant Cloud, its SaaS …
Beta Release of the managed service mesh SaaS is now available to all Linkerd adopters San Francisco, Calif. — June 30, 2021 — Buoyant, the creators of the world’s lightest and fastest service mesh, Linkerd, today announced the public beta release of Buoyant Cloud, the best way to run Linkerd in …
The maintainers of Linkerd, the world’s lightest and fastest service mesh, today announced the results of the latest benchmark analysis of service mesh performance. These tests, designed to measure mesh performance under real-world conditions, showed that Linkerd consumed an order of magnitude less …
Linkerd's counterpoint: The problem isn't sidecars, it's Envoy. There's another way to reduce critical vulnerabilities at Layer 7 and much of the resource overhead associated with sidecars, according to Linkerd creator and Buoyant CEO William Morgan: Don't use Envoy.
Service mesh has long been considered an essential staple in creating, deploying and managing Kubernetes environments. However, as the community becomes more aware of the threats and challenges associated with managing highly distributed containerized environments, security has emerged as the main benefit of what service mesh offers DevOps teams.
Service mesh vendors are moving to the Kubernetes Gateway API, replacing Ingress with a single API that can be shared for the management of Kubernetes nodes and clusters.
Buoyant’s recent State of Service Mesh report highlights key trends in the service mesh market. The number one takeaway: security remains the key adoption driver.
The key to improving IT infrastructure management is observability, a matter of growing concern for IT leaders as networks become more complex. When setting out on a digital transformation journey, organizations usually end up with complex infrastructures -- the opposite of the initial goal of these projects.
Buoyant released the latest version of the Linkerd service mesh platform to enhance its zero-trust security capabilities in Kubernetes environments. Linkerd was developed as an open-source network proxy designed to be deployed as a service mesh. A service mesh is a dedicated layer for managing, controlling, and monitoring service-to-service communication within an application.
Linkerd's counterpoint: The problem isn't sidecars, it's Envoy. There's another way to reduce critical vulnerabilities at Layer 7 and much of the resource overhead associated with sidecars, according to Linkerd creator and Buoyant CEO William Morgan: Don't use Envoy.
Service mesh has long been considered an essential staple in creating, deploying and managing Kubernetes environments. However, as the community becomes more aware of the threats and challenges associated with managing highly distributed containerized environments, security has emerged as the main benefit of what service mesh offers DevOps teams.
Service mesh vendors are moving to the Kubernetes Gateway API, replacing Ingress with a single API that can be shared for the management of Kubernetes nodes and clusters.
Buoyant’s recent State of Service Mesh report highlights key trends in the service mesh market. The number one takeaway: security remains the key adoption driver.
The key to improving IT infrastructure management is observability, a matter of growing concern for IT leaders as networks become more complex. When setting out on a digital transformation journey, organizations usually end up with complex infrastructures -- the opposite of the initial goal of these projects.
Buoyant released the latest version of the Linkerd service mesh platform to enhance its zero-trust security capabilities in Kubernetes environments. Linkerd was developed as an open-source network proxy designed to be deployed as a service mesh. A service mesh is a dedicated layer for managing, controlling, and monitoring service-to-service communication within an application.
Buoyant, creator of the widely-used open source Linkerd service mesh, today announced the release of Linkerd 2.12, which introduces route-based authorization policies, support for the Kubernetes Gateway API, access logging, and much more.
Buoyant today updated the open source Linkerd service mesh to add support for route-based authorization policies that enforce zero-trust policies within microsegmented Kubernetes environments. In addition, the company is adding support for the Kubernetes Gateway application programming interface (API) and access logging to produce Apache-style request logs.
The team at Linkerd, the service mesh for Kubernetes, today announced the release of Linkerd 2.12. With this, route-based policy is introduced to Linkerd, enabling users to define and enforce authorization policies based on HTTP routes in a zero-trust way.
eBPF is a powerful and flexible technology that has been around for over 30 years, but it’s now gaining popularity within the cloud-native computing ecosystem. eBPF can solve many problems for the service mesh. For instance, it can enhance the service mesh. With its increasing popularity, some have even started asking whether eBPF could replace the service mesh.
