With the massive adoption of microservices, operators and developers face far more complexity in their applications today. Service meshes can help you manage this problem by providing a unified control plane to secure, manage, and monitor your entire network. This practical guide shows you how the Linkerd service mesh enables cloud-native developers-including platform and site reliability engineers-to solve the thorny issue of running distributed applications in Kubernetes.
Jason Morgan and Flynn draw on their years of experience at Buoyant-the creators of Linkerd-to demonstrate how this service mesh can help ensure that your applications are secure, observable, and reliable. You'll understand why Linkerd, the original service mesh, can still claim the lowest time to value of any mesh option available today.
Learn how Linkerd works and which tasks it can help you accomplish
Install and configure Linkerd in an imperative and declarative manner
Secure interservice traffic and set up secure multicluster links
Launch a zero trust authorization strategy in Kubernetes clusters
Organize services in Linkerd to override error codes, set custom retries, and create timeouts
Use Linkerd to manage progressive delivery and pair this service mesh with the ingress of your choice
Sprache
Verlagsort
Zielgruppe
Produkt-Hinweis
Broschur/Paperback
Klebebindung
Maße
Höhe: 233 mm
Breite: 178 mm
Dicke: 14 mm
Gewicht
ISBN-13
978-1-0981-4231-5 (9781098142315)
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Schweitzer Klassifikation
Jason Morgan is a DevOps practitioner who has helped many organizations on their cloud native journeys. Jason helps teams adopt cloud native ways of working so they can deliver for their customers and learn how to go fast forever. Jason has given talks, written a number of articles, and contributes to the CNCF. Flynn is a technology evangelist at Buoyant, working on educating people about Linkerd, Kubernetes, and the fundamentals of secure, reliable cloud-native development in general. Flynn is also the original author of the Emissary-ingress API gateway. His career in computing spans nearly forty years and runs the gamut from bringup on bare metal to distributed applications, with a common thread of communications and security throughout.
