Durable execution: The essential abstraction for reliable platforms
This session introduces durable execution: an approach to crash-proofing applications that enables platform engineers to build more reliable services faster, even in the face of inevitable failures.
Crashes, outages, and edge cases are unavoidable in production environments, but they don’t have to be disruptive. For many platform engineers, managing complexity is a necessary tradeoff for achieving reliability. But what if applications simply couldn’t fail?
This session introduces durable execution, an emerging abstraction that enables reliable, crash-proof execution at scale. By removing the need for engineers to constantly anticipate failure scenarios, durable execution simplifies development and accelerates delivery of resilient platform services.
The session will explain how durable execution works, highlight real-world applications used by millions, and explore why it is gaining rapid adoption among platform teams at leading technology organizations.
This session introduces durable execution, an emerging abstraction that enables reliable, crash-proof execution at scale. By removing the need for engineers to constantly anticipate failure scenarios, durable execution simplifies development and accelerates delivery of resilient platform services.
The session will explain how durable execution works, highlight real-world applications used by millions, and explore why it is gaining rapid adoption among platform teams at leading technology organizations.
Durable execution: The essential abstraction for reliable platforms
This session introduces durable execution: an approach to crash-proofing applications that enables platform engineers to build more reliable services faster, even in the face of inevitable failures.
Panelist

Panelist

Panelist

Moderator

Tom Wheeler
Principal Developer Advocate, Temporal
Crashes, outages, and edge cases are unavoidable in production environments, but they don’t have to be disruptive. For many platform engineers, managing complexity is a necessary tradeoff for achieving reliability. But what if applications simply couldn’t fail?
This session introduces durable execution, an emerging abstraction that enables reliable, crash-proof execution at scale. By removing the need for engineers to constantly anticipate failure scenarios, durable execution simplifies development and accelerates delivery of resilient platform services.
The session will explain how durable execution works, highlight real-world applications used by millions, and explore why it is gaining rapid adoption among platform teams at leading technology organizations.
This session introduces durable execution, an emerging abstraction that enables reliable, crash-proof execution at scale. By removing the need for engineers to constantly anticipate failure scenarios, durable execution simplifies development and accelerates delivery of resilient platform services.
The session will explain how durable execution works, highlight real-world applications used by millions, and explore why it is gaining rapid adoption among platform teams at leading technology organizations.
Durable execution: The essential abstraction for reliable platforms
This session introduces durable execution: an approach to crash-proofing applications that enables platform engineers to build more reliable services faster, even in the face of inevitable failures.
Crashes, outages, and edge cases are unavoidable in production environments, but they don’t have to be disruptive. For many platform engineers, managing complexity is a necessary tradeoff for achieving reliability. But what if applications simply couldn’t fail?
This session introduces durable execution, an emerging abstraction that enables reliable, crash-proof execution at scale. By removing the need for engineers to constantly anticipate failure scenarios, durable execution simplifies development and accelerates delivery of resilient platform services.
The session will explain how durable execution works, highlight real-world applications used by millions, and explore why it is gaining rapid adoption among platform teams at leading technology organizations.
This session introduces durable execution, an emerging abstraction that enables reliable, crash-proof execution at scale. By removing the need for engineers to constantly anticipate failure scenarios, durable execution simplifies development and accelerates delivery of resilient platform services.
The session will explain how durable execution works, highlight real-world applications used by millions, and explore why it is gaining rapid adoption among platform teams at leading technology organizations.
Durable execution: The essential abstraction for reliable platforms
This session introduces durable execution: an approach to crash-proofing applications that enables platform engineers to build more reliable services faster, even in the face of inevitable failures.
Panelist

Panelist

Panelist

Host

Tom Wheeler
Principal Developer Advocate, Temporal
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