Reducing origin egress without caching: Request collapsing magic
Platform engineers face the challenge of high origin egress costs and latency when traffic floods uncacheable endpoints like APIs or live data feeds. Join Vadim Getmanshchuk, Technology Strategist at Fastly, to discover request collapsing, a technique that reduces egress fees and strain without caching.
Managing costs and performance while maintaining reliable services is a constant challenge for platform engineers. One significant pain point is origin egress: cloud provider fees that increase as user requests, such as API calls or live data streams, flood backend systems.
Request collapsing offers a solution. This technique deduplicates traffic at the edge, reducing the need for storage while improving efficiency. By merging multiple identical requests into one at the edge, it reduces egress by up to 99% and stabilizes latency. Beyond cost reduction, request collapsing improves resilience by alleviating strain on origin systems during traffic spikes, such as viral content or seasonal surges.
In this talk, attendees will learn how to apply request collapsing to their platforms, reducing both operational costs and complexity without relying on caching. This proven approach can lead to more efficient, resilient, and cost-effective developer workflows.
Request collapsing offers a solution. This technique deduplicates traffic at the edge, reducing the need for storage while improving efficiency. By merging multiple identical requests into one at the edge, it reduces egress by up to 99% and stabilizes latency. Beyond cost reduction, request collapsing improves resilience by alleviating strain on origin systems during traffic spikes, such as viral content or seasonal surges.
In this talk, attendees will learn how to apply request collapsing to their platforms, reducing both operational costs and complexity without relying on caching. This proven approach can lead to more efficient, resilient, and cost-effective developer workflows.
Reducing origin egress without caching: Request collapsing magic
Platform engineers face the challenge of high origin egress costs and latency when traffic floods uncacheable endpoints like APIs or live data feeds. Join Vadim Getmanshchuk, Technology Strategist at Fastly, to discover request collapsing, a technique that reduces egress fees and strain without caching.
Presented by
Panelist
Panelist
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Moderator
Vadim Getmanshchuk
Technology Strategist, Fastly
Managing costs and performance while maintaining reliable services is a constant challenge for platform engineers. One significant pain point is origin egress: cloud provider fees that increase as user requests, such as API calls or live data streams, flood backend systems.
Request collapsing offers a solution. This technique deduplicates traffic at the edge, reducing the need for storage while improving efficiency. By merging multiple identical requests into one at the edge, it reduces egress by up to 99% and stabilizes latency. Beyond cost reduction, request collapsing improves resilience by alleviating strain on origin systems during traffic spikes, such as viral content or seasonal surges.
In this talk, attendees will learn how to apply request collapsing to their platforms, reducing both operational costs and complexity without relying on caching. This proven approach can lead to more efficient, resilient, and cost-effective developer workflows.
Request collapsing offers a solution. This technique deduplicates traffic at the edge, reducing the need for storage while improving efficiency. By merging multiple identical requests into one at the edge, it reduces egress by up to 99% and stabilizes latency. Beyond cost reduction, request collapsing improves resilience by alleviating strain on origin systems during traffic spikes, such as viral content or seasonal surges.
In this talk, attendees will learn how to apply request collapsing to their platforms, reducing both operational costs and complexity without relying on caching. This proven approach can lead to more efficient, resilient, and cost-effective developer workflows.
Reducing origin egress without caching: Request collapsing magic
Platform engineers face the challenge of high origin egress costs and latency when traffic floods uncacheable endpoints like APIs or live data feeds. Join Vadim Getmanshchuk, Technology Strategist at Fastly, to discover request collapsing, a technique that reduces egress fees and strain without caching.
Presented by
Managing costs and performance while maintaining reliable services is a constant challenge for platform engineers. One significant pain point is origin egress: cloud provider fees that increase as user requests, such as API calls or live data streams, flood backend systems.
Request collapsing offers a solution. This technique deduplicates traffic at the edge, reducing the need for storage while improving efficiency. By merging multiple identical requests into one at the edge, it reduces egress by up to 99% and stabilizes latency. Beyond cost reduction, request collapsing improves resilience by alleviating strain on origin systems during traffic spikes, such as viral content or seasonal surges.
In this talk, attendees will learn how to apply request collapsing to their platforms, reducing both operational costs and complexity without relying on caching. This proven approach can lead to more efficient, resilient, and cost-effective developer workflows.
Request collapsing offers a solution. This technique deduplicates traffic at the edge, reducing the need for storage while improving efficiency. By merging multiple identical requests into one at the edge, it reduces egress by up to 99% and stabilizes latency. Beyond cost reduction, request collapsing improves resilience by alleviating strain on origin systems during traffic spikes, such as viral content or seasonal surges.
In this talk, attendees will learn how to apply request collapsing to their platforms, reducing both operational costs and complexity without relying on caching. This proven approach can lead to more efficient, resilient, and cost-effective developer workflows.
Reducing origin egress without caching: Request collapsing magic
Platform engineers face the challenge of high origin egress costs and latency when traffic floods uncacheable endpoints like APIs or live data feeds. Join Vadim Getmanshchuk, Technology Strategist at Fastly, to discover request collapsing, a technique that reduces egress fees and strain without caching.
Presented by
Panelist
Panelist
Panelist
Host
Vadim Getmanshchuk
Technology Strategist, Fastly
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