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Everything you need to know about service meshes, including mTLS, zero trust, eBPF, sidecars, and more.
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If you're building modern cloud software on Kubernetes, you've probably heard of the term "zero trust." This security model has risen to the forefront of security best practices because it addresses some of the new challenges of cloud native software.
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An engineer's guide to cutting through the marketing hype, from your engineering friends at team Linkerd
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From the creators of Linkerd, Buoyant Cloud is a full management solution for Linkerd. Connect your existing open source Linkerd deployment to Buoyant Cloud, and let it do the hard work of operating, monitoring, and managing Linkerd for you.
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The World's Most Boring Service Mesh. 10x simpler. 10x faster. 100% open source. Linkerd adds security, observability, and reliability to Kubernetes applications without the complexity
READ MORE >In this latest edition of This Week in Enterprise Tech, Lou Maresca chats with Buoyant CEO William Morgan about the current state and future of service mesh.
In this video, Linkerd maintainer and Buoyant software engineer Alex Leong explains how the Linkerd control plane works. The Linkerd control plane is a set of services that run in a dedicated Kubernetes namespace (linkerd by default).
In this video, Buoyant CTO Oliver Gould explains how mTLS works in Linkerd. Mutual TLS, or mTLS, is a hot topic in the Kubernetes world, especially for anyone tasked with getting “encryption in transit” for their applications.
In this video, Buoyant CTO Oliver Gould explains how Linkerd's multi-cluster extension transparently enables cross-cluster communication. Linkerd connects Kubernetes services across cluster boundaries in a way that is secure, fully transparent to the application, and independent of network topology.
Kasper Nissen, Lead Platform Architect at Lunar, will share how Lunar built a scalable, multi-cloud bank with cloud native tech, allowing for rapid product iteration while simplifying compliance with strict regulatory requirements.
In this talk, Kevin and Doug will trace a packet through its journey between a meshed client and server. They'll explore how the path of a packet changes after installing a service mesh, the additional hops it introduces, and which networking changes ensure the application's behavior isn't affected.
