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Tutorial
GitHub Logo

The Complete Guide to Peer-to-Peer Data Replication in Harper

Discover how HarperDB's peer-to-peer data replication powers globally distributed, low-latency systems with no single point of failure. Learn to configure clusters, secure them with mTLS, and scale seamlessly using real-world examples and practical guides.
Tutorial
Discover how HarperDB's peer-to-peer data replication powers globally distributed, low-latency systems with no single point of failure. Learn to configure clusters, secure them with mTLS, and scale seamlessly using real-world examples and practical guides.
Person with closely cropped hair and trimmed beard wearing an olive green henley shirt, smiling and slightly angled outdoors amid greenery and rocks.
David Cockerill
Platform Software Engineer
Tutorial

The Complete Guide to Peer-to-Peer Data Replication in Harper

Discover how HarperDB's peer-to-peer data replication powers globally distributed, low-latency systems with no single point of failure. Learn to configure clusters, secure them with mTLS, and scale seamlessly using real-world examples and practical guides.
David Cockerill
Jun 2025
David Cockerill
Jun 2025
Jun 2025
David Cockerill
Jun 2025
David Cockerill
Jun 2025
Tutorial

The Complete Guide to Peer-to-Peer Data Replication in Harper

Discover how HarperDB's peer-to-peer data replication powers globally distributed, low-latency systems with no single point of failure. Learn to configure clusters, secure them with mTLS, and scale seamlessly using real-world examples and practical guides.
David Cockerill
Tutorial

The Complete Guide to Peer-to-Peer Data Replication in Harper

Discover how HarperDB's peer-to-peer data replication powers globally distributed, low-latency systems with no single point of failure. Learn to configure clusters, secure them with mTLS, and scale seamlessly using real-world examples and practical guides.
David Cockerill
David Cockerill
Jun 2025
Tutorial
Tutorial
GitHub Logo

Trials and Tribulations of Self‑Hosting Next.js

Discover what it really takes to self-host Next.js beyond just running next start. Learn how Harper reimagined the entire Next.js lifecycle. Develop, Build, Deploy, and Run, to support clustered, bare-metal environments with hot reload, rolling deploys, multi-zone support, and more.
Tutorial
Discover what it really takes to self-host Next.js beyond just running next start. Learn how Harper reimagined the entire Next.js lifecycle. Develop, Build, Deploy, and Run, to support clustered, bare-metal environments with hot reload, rolling deploys, multi-zone support, and more.
Person with shoulder‑length curly brown hair and light beard wearing a gray long‑sleeve shirt, smiling outdoors with trees and greenery in the background.
Ethan Arrowood
Senior Software Engineer
Tutorial

Trials and Tribulations of Self‑Hosting Next.js

Discover what it really takes to self-host Next.js beyond just running next start. Learn how Harper reimagined the entire Next.js lifecycle. Develop, Build, Deploy, and Run, to support clustered, bare-metal environments with hot reload, rolling deploys, multi-zone support, and more.
Ethan Arrowood
Jun 2025
Ethan Arrowood
Jun 2025
Jun 2025
Ethan Arrowood
Jun 2025
Ethan Arrowood
Jun 2025
Tutorial

Trials and Tribulations of Self‑Hosting Next.js

Discover what it really takes to self-host Next.js beyond just running next start. Learn how Harper reimagined the entire Next.js lifecycle. Develop, Build, Deploy, and Run, to support clustered, bare-metal environments with hot reload, rolling deploys, multi-zone support, and more.
Ethan Arrowood
Tutorial

Trials and Tribulations of Self‑Hosting Next.js

Discover what it really takes to self-host Next.js beyond just running next start. Learn how Harper reimagined the entire Next.js lifecycle. Develop, Build, Deploy, and Run, to support clustered, bare-metal environments with hot reload, rolling deploys, multi-zone support, and more.
Ethan Arrowood
Ethan Arrowood
Jun 2025
Tutorial
Blog
GitHub Logo

Holiday Traffic Tsunami: 7 Strategies for Surviving the Surge

This article is a holiday readiness guide for developers, offering practical tips to handle peak traffic and ensure fast, reliable shopping experiences. It highlights how Harper’s backend platform can optimize caching, search, personalization, and checkout while reducing infrastructure complexity and cost.
Blog
This article is a holiday readiness guide for developers, offering practical tips to handle peak traffic and ensure fast, reliable shopping experiences. It highlights how Harper’s backend platform can optimize caching, search, personalization, and checkout while reducing infrastructure complexity and cost.
Person with short dark hair and moustache, wearing a colorful plaid shirt, smiling outdoors in a forested mountain landscape.
Aleks Haugom
Senior Manager of GTM & Marketing
Blog

Holiday Traffic Tsunami: 7 Strategies for Surviving the Surge

This article is a holiday readiness guide for developers, offering practical tips to handle peak traffic and ensure fast, reliable shopping experiences. It highlights how Harper’s backend platform can optimize caching, search, personalization, and checkout while reducing infrastructure complexity and cost.
Aleks Haugom
Jun 2025
Aleks Haugom
Jun 2025
Jun 2025
Aleks Haugom
Jun 2025
Aleks Haugom
Jun 2025
Blog

Holiday Traffic Tsunami: 7 Strategies for Surviving the Surge

This article is a holiday readiness guide for developers, offering practical tips to handle peak traffic and ensure fast, reliable shopping experiences. It highlights how Harper’s backend platform can optimize caching, search, personalization, and checkout while reducing infrastructure complexity and cost.
Aleks Haugom
Blog

Holiday Traffic Tsunami: 7 Strategies for Surviving the Surge

This article is a holiday readiness guide for developers, offering practical tips to handle peak traffic and ensure fast, reliable shopping experiences. It highlights how Harper’s backend platform can optimize caching, search, personalization, and checkout while reducing infrastructure complexity and cost.
Aleks Haugom
Aleks Haugom
Jun 2025
Blog
Solution
GitHub Logo

GraphQL

Harper revolutionizes GraphQL performance by fusing database, cache, application logic, and messaging into a single edge-native runtime—eliminating CDN cache misses, reducing backend strain, and slashing latency. With features like whole and partial query caching, real-time data freshness via CDC, and an incremental adoption path, Harper enables fast, scalable, and simplified GraphQL delivery without major rewrites.
GraphQL
Solution
Harper revolutionizes GraphQL performance by fusing database, cache, application logic, and messaging into a single edge-native runtime—eliminating CDN cache misses, reducing backend strain, and slashing latency. With features like whole and partial query caching, real-time data freshness via CDC, and an incremental adoption path, Harper enables fast, scalable, and simplified GraphQL delivery without major rewrites.
Colorful geometric illustration of a dog's head resembling folded paper art in shades of teal and pink.
Harper
Solution

GraphQL

Harper revolutionizes GraphQL performance by fusing database, cache, application logic, and messaging into a single edge-native runtime—eliminating CDN cache misses, reducing backend strain, and slashing latency. With features like whole and partial query caching, real-time data freshness via CDC, and an incremental adoption path, Harper enables fast, scalable, and simplified GraphQL delivery without major rewrites.
Harper
Jun 2025
Harper
Jun 2025
Jun 2025
Harper
Jun 2025
Harper
Jun 2025
Solution

GraphQL

Harper revolutionizes GraphQL performance by fusing database, cache, application logic, and messaging into a single edge-native runtime—eliminating CDN cache misses, reducing backend strain, and slashing latency. With features like whole and partial query caching, real-time data freshness via CDC, and an incremental adoption path, Harper enables fast, scalable, and simplified GraphQL delivery without major rewrites.
Harper
Solution

GraphQL

Harper revolutionizes GraphQL performance by fusing database, cache, application logic, and messaging into a single edge-native runtime—eliminating CDN cache misses, reducing backend strain, and slashing latency. With features like whole and partial query caching, real-time data freshness via CDC, and an incremental adoption path, Harper enables fast, scalable, and simplified GraphQL delivery without major rewrites.
Harper
Harper
Jun 2025
Solution
News
GitHub Logo

Harper Joins the OpenJS Foundation as a Silver Member

Harper joins the OpenJS Foundation as a Silver Member, bringing its Node.js-powered composable application platform to the JavaScript community. With a focus on performance, open-source collaboration, and developer experience, Harper strengthens its commitment to advancing modern, distributed applications.
Announcement
News
Harper joins the OpenJS Foundation as a Silver Member, bringing its Node.js-powered composable application platform to the JavaScript community. With a focus on performance, open-source collaboration, and developer experience, Harper strengthens its commitment to advancing modern, distributed applications.
Colorful geometric illustration of a dog's head resembling folded paper art in shades of teal and pink.
Harper
News

Harper Joins the OpenJS Foundation as a Silver Member

Harper joins the OpenJS Foundation as a Silver Member, bringing its Node.js-powered composable application platform to the JavaScript community. With a focus on performance, open-source collaboration, and developer experience, Harper strengthens its commitment to advancing modern, distributed applications.
Harper
Jun 2025
Harper
Jun 2025
Jun 2025
Harper
Jun 2025
Harper
Jun 2025
News

Harper Joins the OpenJS Foundation as a Silver Member

Harper joins the OpenJS Foundation as a Silver Member, bringing its Node.js-powered composable application platform to the JavaScript community. With a focus on performance, open-source collaboration, and developer experience, Harper strengthens its commitment to advancing modern, distributed applications.
Harper
News

Harper Joins the OpenJS Foundation as a Silver Member

Harper joins the OpenJS Foundation as a Silver Member, bringing its Node.js-powered composable application platform to the JavaScript community. With a focus on performance, open-source collaboration, and developer experience, Harper strengthens its commitment to advancing modern, distributed applications.
Harper
Harper
Jun 2025
News
Comparison
GitHub Logo

Harper vs. Botify

Harper is a high-performance backend platform that enhances both user and bot experiences with native pre-rendering, low-latency delivery, and resilient infrastructure. Unlike Botify, which focuses solely on SEO analytics and bot optimization, Harper empowers developers to improve Core Web Vitals and uptime directly at the infrastructure layer.
Comparison
Harper is a high-performance backend platform that enhances both user and bot experiences with native pre-rendering, low-latency delivery, and resilient infrastructure. Unlike Botify, which focuses solely on SEO analytics and bot optimization, Harper empowers developers to improve Core Web Vitals and uptime directly at the infrastructure layer.
Colorful geometric illustration of a dog's head resembling folded paper art in shades of teal and pink.
Harper
Comparison

Harper vs. Botify

Harper is a high-performance backend platform that enhances both user and bot experiences with native pre-rendering, low-latency delivery, and resilient infrastructure. Unlike Botify, which focuses solely on SEO analytics and bot optimization, Harper empowers developers to improve Core Web Vitals and uptime directly at the infrastructure layer.
Harper
Jun 2025
Harper
Jun 2025
Jun 2025
Harper
Jun 2025
Harper
Jun 2025
Comparison

Harper vs. Botify

Harper is a high-performance backend platform that enhances both user and bot experiences with native pre-rendering, low-latency delivery, and resilient infrastructure. Unlike Botify, which focuses solely on SEO analytics and bot optimization, Harper empowers developers to improve Core Web Vitals and uptime directly at the infrastructure layer.
Harper
Comparison

Harper vs. Botify

Harper is a high-performance backend platform that enhances both user and bot experiences with native pre-rendering, low-latency delivery, and resilient infrastructure. Unlike Botify, which focuses solely on SEO analytics and bot optimization, Harper empowers developers to improve Core Web Vitals and uptime directly at the infrastructure layer.
Harper
Harper
Jun 2025
Comparison
Solution
GitHub Logo

Prerender for Bots

Harper Pre-render transforms modern websites into ultra-fast, SEO-friendly experiences by generating and caching HTML ahead of time. It eliminates the drawbacks of client-side rendering, ensuring instant page loads for users and fully indexable content for search engines—at scale and with minimal backend strain.
Solution
Harper Pre-render transforms modern websites into ultra-fast, SEO-friendly experiences by generating and caching HTML ahead of time. It eliminates the drawbacks of client-side rendering, ensuring instant page loads for users and fully indexable content for search engines—at scale and with minimal backend strain.
Colorful geometric illustration of a dog's head resembling folded paper art in shades of teal and pink.
Harper
Solution

Prerender for Bots

Harper Pre-render transforms modern websites into ultra-fast, SEO-friendly experiences by generating and caching HTML ahead of time. It eliminates the drawbacks of client-side rendering, ensuring instant page loads for users and fully indexable content for search engines—at scale and with minimal backend strain.
Harper
Jun 2025
Harper
Jun 2025
Jun 2025
Harper
Jun 2025
Harper
Jun 2025
Solution

Prerender for Bots

Harper Pre-render transforms modern websites into ultra-fast, SEO-friendly experiences by generating and caching HTML ahead of time. It eliminates the drawbacks of client-side rendering, ensuring instant page loads for users and fully indexable content for search engines—at scale and with minimal backend strain.
Harper
Solution

Prerender for Bots

Harper Pre-render transforms modern websites into ultra-fast, SEO-friendly experiences by generating and caching HTML ahead of time. It eliminates the drawbacks of client-side rendering, ensuring instant page loads for users and fully indexable content for search engines—at scale and with minimal backend strain.
Harper
Harper
Jun 2025
Solution
Tutorial
GitHub Logo

Resource Hints Explained | Preload, Preconnect, and Early Hints

Discover how resource hints like preload, preconnect, and Early Hints can dramatically boost web performance. Learn how each hint impacts key metrics like LCP and TTFB, with practical examples and implementation strategies to speed up page load and enhance user experience.
Tutorial
Discover how resource hints like preload, preconnect, and Early Hints can dramatically boost web performance. Learn how each hint impacts key metrics like LCP and TTFB, with practical examples and implementation strategies to speed up page load and enhance user experience.
Person with medium‑length dark hair and a strand falling over their forehead, wearing a cream and navy collared shirt with contrasting sleeves, smiling outdoors with blurred greenery behind.
Joseph Yoo
Forward Deployed Engineer
Tutorial

Resource Hints Explained | Preload, Preconnect, and Early Hints

Discover how resource hints like preload, preconnect, and Early Hints can dramatically boost web performance. Learn how each hint impacts key metrics like LCP and TTFB, with practical examples and implementation strategies to speed up page load and enhance user experience.
Joseph Yoo
Jun 2025
Joseph Yoo
Jun 2025
Jun 2025
Joseph Yoo
Jun 2025
Joseph Yoo
Jun 2025
Tutorial

Resource Hints Explained | Preload, Preconnect, and Early Hints

Discover how resource hints like preload, preconnect, and Early Hints can dramatically boost web performance. Learn how each hint impacts key metrics like LCP and TTFB, with practical examples and implementation strategies to speed up page load and enhance user experience.
Joseph Yoo
Tutorial

Resource Hints Explained | Preload, Preconnect, and Early Hints

Discover how resource hints like preload, preconnect, and Early Hints can dramatically boost web performance. Learn how each hint impacts key metrics like LCP and TTFB, with practical examples and implementation strategies to speed up page load and enhance user experience.
Joseph Yoo
Joseph Yoo
Jun 2025
Tutorial
Blog
GitHub Logo

Microliths — The “Goldilocks” Architecture Between Monoliths and Microservices

Microliths are an emerging software architecture that combine the simplicity and performance of monoliths with the modularity and scalability of microservices, offering vertically integrated units where application logic, database, cache, and APIs coexist in a single deployable runtime. This approach enables ultra-low-latency, secure, and composable systems with significantly less code and operational overhead, making it ideal for modern, data-intensive applications.
Blog
Microliths are an emerging software architecture that combine the simplicity and performance of monoliths with the modularity and scalability of microservices, offering vertically integrated units where application logic, database, cache, and APIs coexist in a single deployable runtime. This approach enables ultra-low-latency, secure, and composable systems with significantly less code and operational overhead, making it ideal for modern, data-intensive applications.
Person with short dark hair and moustache, wearing a colorful plaid shirt, smiling outdoors in a forested mountain landscape.
Aleks Haugom
Senior Manager of GTM & Marketing
Blog

Microliths — The “Goldilocks” Architecture Between Monoliths and Microservices

Microliths are an emerging software architecture that combine the simplicity and performance of monoliths with the modularity and scalability of microservices, offering vertically integrated units where application logic, database, cache, and APIs coexist in a single deployable runtime. This approach enables ultra-low-latency, secure, and composable systems with significantly less code and operational overhead, making it ideal for modern, data-intensive applications.
Aleks Haugom
Jun 2025
Aleks Haugom
Jun 2025
Jun 2025
Aleks Haugom
Jun 2025
Aleks Haugom
Jun 2025
Blog

Microliths — The “Goldilocks” Architecture Between Monoliths and Microservices

Microliths are an emerging software architecture that combine the simplicity and performance of monoliths with the modularity and scalability of microservices, offering vertically integrated units where application logic, database, cache, and APIs coexist in a single deployable runtime. This approach enables ultra-low-latency, secure, and composable systems with significantly less code and operational overhead, making it ideal for modern, data-intensive applications.
Aleks Haugom
Blog

Microliths — The “Goldilocks” Architecture Between Monoliths and Microservices

Microliths are an emerging software architecture that combine the simplicity and performance of monoliths with the modularity and scalability of microservices, offering vertically integrated units where application logic, database, cache, and APIs coexist in a single deployable runtime. This approach enables ultra-low-latency, secure, and composable systems with significantly less code and operational overhead, making it ideal for modern, data-intensive applications.
Aleks Haugom
Aleks Haugom
Jun 2025
Blog
Blog
GitHub Logo

Unlocking E-Commerce Revenue with AI-Personalized Product Pages

AI-driven personalization of e-commerce product pages boosts conversions by tailoring content to customer cohorts, reducing purchase friction, and enhancing SEO—while remaining cost-effective via open-source models and smart deployment.
Blog
AI-driven personalization of e-commerce product pages boosts conversions by tailoring content to customer cohorts, reducing purchase friction, and enhancing SEO—while remaining cost-effective via open-source models and smart deployment.
Person with short dark hair and moustache, wearing a colorful plaid shirt, smiling outdoors in a forested mountain landscape.
Aleks Haugom
Senior Manager of GTM & Marketing
Blog

Unlocking E-Commerce Revenue with AI-Personalized Product Pages

AI-driven personalization of e-commerce product pages boosts conversions by tailoring content to customer cohorts, reducing purchase friction, and enhancing SEO—while remaining cost-effective via open-source models and smart deployment.
Aleks Haugom
May 2025
Aleks Haugom
May 2025
May 2025
Aleks Haugom
May 2025
Aleks Haugom
May 2025
Blog

Unlocking E-Commerce Revenue with AI-Personalized Product Pages

AI-driven personalization of e-commerce product pages boosts conversions by tailoring content to customer cohorts, reducing purchase friction, and enhancing SEO—while remaining cost-effective via open-source models and smart deployment.
Aleks Haugom
Blog

Unlocking E-Commerce Revenue with AI-Personalized Product Pages

AI-driven personalization of e-commerce product pages boosts conversions by tailoring content to customer cohorts, reducing purchase friction, and enhancing SEO—while remaining cost-effective via open-source models and smart deployment.
Aleks Haugom
Aleks Haugom
May 2025
Blog
Blog
GitHub Logo

Why Choose Harper Over Redis for Caching

Redis is fast but adds operational complexity—requiring separate infrastructure, custom code, and ongoing maintenance. Harper eliminates this overhead with built-in, declarative caching, delivering performance, scalability, and simplicity in a single platform that handles both data and caching seamlessly.
Blog
Redis is fast but adds operational complexity—requiring separate infrastructure, custom code, and ongoing maintenance. Harper eliminates this overhead with built-in, declarative caching, delivering performance, scalability, and simplicity in a single platform that handles both data and caching seamlessly.
Person with short dark hair and moustache, wearing a colorful plaid shirt, smiling outdoors in a forested mountain landscape.
Aleks Haugom
Senior Manager of GTM & Marketing
Blog

Why Choose Harper Over Redis for Caching

Redis is fast but adds operational complexity—requiring separate infrastructure, custom code, and ongoing maintenance. Harper eliminates this overhead with built-in, declarative caching, delivering performance, scalability, and simplicity in a single platform that handles both data and caching seamlessly.
Aleks Haugom
May 2025
Aleks Haugom
May 2025
May 2025
Aleks Haugom
May 2025
Aleks Haugom
May 2025
Blog

Why Choose Harper Over Redis for Caching

Redis is fast but adds operational complexity—requiring separate infrastructure, custom code, and ongoing maintenance. Harper eliminates this overhead with built-in, declarative caching, delivering performance, scalability, and simplicity in a single platform that handles both data and caching seamlessly.
Aleks Haugom
Blog

Why Choose Harper Over Redis for Caching

Redis is fast but adds operational complexity—requiring separate infrastructure, custom code, and ongoing maintenance. Harper eliminates this overhead with built-in, declarative caching, delivering performance, scalability, and simplicity in a single platform that handles both data and caching seamlessly.
Aleks Haugom
Aleks Haugom
May 2025
Blog
Solution
GitHub Logo

Risk Query

On February 3, 2026, Microsoft will sunset support for Dynamics 365 Fraud Protection (DFP), prompting enterprises to evaluate new fraud prevention strategies. Akamai Account Protector (APR) continues to offer trusted device fingerprints and risk scores, but Azure Active Directory B2C (B2C) does not propagate APR’s risk score header downstream. Risk Query bridges this gap with a lightweight, distributed key-value service that enables APR to write and B2C to read, restoring fraud protection logic.
Solution
On February 3, 2026, Microsoft will sunset support for Dynamics 365 Fraud Protection (DFP), prompting enterprises to evaluate new fraud prevention strategies. Akamai Account Protector (APR) continues to offer trusted device fingerprints and risk scores, but Azure Active Directory B2C (B2C) does not propagate APR’s risk score header downstream. Risk Query bridges this gap with a lightweight, distributed key-value service that enables APR to write and B2C to read, restoring fraud protection logic.
Akamai
Solution

Risk Query

On February 3, 2026, Microsoft will sunset support for Dynamics 365 Fraud Protection (DFP), prompting enterprises to evaluate new fraud prevention strategies. Akamai Account Protector (APR) continues to offer trusted device fingerprints and risk scores, but Azure Active Directory B2C (B2C) does not propagate APR’s risk score header downstream. Risk Query bridges this gap with a lightweight, distributed key-value service that enables APR to write and B2C to read, restoring fraud protection logic.
Akamai
May 2025
Akamai
May 2025
May 2025
Akamai
May 2025
Akamai
May 2025
Solution

Risk Query

On February 3, 2026, Microsoft will sunset support for Dynamics 365 Fraud Protection (DFP), prompting enterprises to evaluate new fraud prevention strategies. Akamai Account Protector (APR) continues to offer trusted device fingerprints and risk scores, but Azure Active Directory B2C (B2C) does not propagate APR’s risk score header downstream. Risk Query bridges this gap with a lightweight, distributed key-value service that enables APR to write and B2C to read, restoring fraud protection logic.
Akamai
Solution

Risk Query

On February 3, 2026, Microsoft will sunset support for Dynamics 365 Fraud Protection (DFP), prompting enterprises to evaluate new fraud prevention strategies. Akamai Account Protector (APR) continues to offer trusted device fingerprints and risk scores, but Azure Active Directory B2C (B2C) does not propagate APR’s risk score header downstream. Risk Query bridges this gap with a lightweight, distributed key-value service that enables APR to write and B2C to read, restoring fraud protection logic.
Akamai
Akamai
May 2025
Solution
Solution
GitHub Logo

Distributed Query Delivery

Harper’s Distributed Query Delivery solution moves APIs and the data they rely on to the edge, creating a multi‑protocol query delivery layer near every user. Streaming changes from your origin sources to distributed Harper nodes resolves queries at the edge instead of fanning out across microservices. This dramatically cuts latency and cloud costs, providing measurable improvements in performance, reliability, and total cost of ownership.
Solution
Harper’s Distributed Query Delivery solution moves APIs and the data they rely on to the edge, creating a multi‑protocol query delivery layer near every user. Streaming changes from your origin sources to distributed Harper nodes resolves queries at the edge instead of fanning out across microservices. This dramatically cuts latency and cloud costs, providing measurable improvements in performance, reliability, and total cost of ownership.
Solution

Distributed Query Delivery

Harper’s Distributed Query Delivery solution moves APIs and the data they rely on to the edge, creating a multi‑protocol query delivery layer near every user. Streaming changes from your origin sources to distributed Harper nodes resolves queries at the edge instead of fanning out across microservices. This dramatically cuts latency and cloud costs, providing measurable improvements in performance, reliability, and total cost of ownership.
May 2025
May 2025
May 2025
May 2025
May 2025
Solution

Distributed Query Delivery

Harper’s Distributed Query Delivery solution moves APIs and the data they rely on to the edge, creating a multi‑protocol query delivery layer near every user. Streaming changes from your origin sources to distributed Harper nodes resolves queries at the edge instead of fanning out across microservices. This dramatically cuts latency and cloud costs, providing measurable improvements in performance, reliability, and total cost of ownership.
Solution

Distributed Query Delivery

Harper’s Distributed Query Delivery solution moves APIs and the data they rely on to the edge, creating a multi‑protocol query delivery layer near every user. Streaming changes from your origin sources to distributed Harper nodes resolves queries at the edge instead of fanning out across microservices. This dramatically cuts latency and cloud costs, providing measurable improvements in performance, reliability, and total cost of ownership.
May 2025
Solution
Tutorial
GitHub Logo

Overview of Redirector Component

Discover how the Harper Redirector component enables ultra-fast, scalable, and centralized URL redirection with 1ms lookups, no external cache or DB needed. Learn how to deploy, manage, and monitor millions of redirects using a simple CSV or API interface.
Tutorial
Discover how the Harper Redirector component enables ultra-fast, scalable, and centralized URL redirection with 1ms lookups, no external cache or DB needed. Learn how to deploy, manage, and monitor millions of redirects using a simple CSV or API interface.
Outdoor portrait of a middle-aged man with short grey hair and stubble, wearing a dark jacket and backpack, smiling with trees and buildings in the background.
Stephen Ludin
Chief Architect of Customer Delivery
Tutorial

Overview of Redirector Component

Discover how the Harper Redirector component enables ultra-fast, scalable, and centralized URL redirection with 1ms lookups, no external cache or DB needed. Learn how to deploy, manage, and monitor millions of redirects using a simple CSV or API interface.
Stephen Ludin
Apr 2025
Stephen Ludin
Apr 2025
Apr 2025
Stephen Ludin
Apr 2025
Stephen Ludin
Apr 2025
Tutorial

Overview of Redirector Component

Discover how the Harper Redirector component enables ultra-fast, scalable, and centralized URL redirection with 1ms lookups, no external cache or DB needed. Learn how to deploy, manage, and monitor millions of redirects using a simple CSV or API interface.
Stephen Ludin
Tutorial

Overview of Redirector Component

Discover how the Harper Redirector component enables ultra-fast, scalable, and centralized URL redirection with 1ms lookups, no external cache or DB needed. Learn how to deploy, manage, and monitor millions of redirects using a simple CSV or API interface.
Stephen Ludin
Stephen Ludin
Apr 2025
Tutorial
Blog
GitHub Logo

How One Retailer Served 2 Million Product Pages During a Major Outage

When a major U.S. retailer's origin system went down, Harper seamlessly stepped in as a resilience layer, serving 2 million product page requests from a pre-warmed cache with ultra-low latency (P95 ~2ms), ensuring most customers never noticed the outage. Designed for high availability, Harper’s architecture—featuring pre-rendered full-page HTML, a fused stack for low latency, and geographically distributed nodes—allowed the retailer to preserve 80% of traffic and revenue during the incident. This event highlights the critical role of robust infrastructure in maintaining user experience and business continuity during backend failures.
Blog
When a major U.S. retailer's origin system went down, Harper seamlessly stepped in as a resilience layer, serving 2 million product page requests from a pre-warmed cache with ultra-low latency (P95 ~2ms), ensuring most customers never noticed the outage. Designed for high availability, Harper’s architecture—featuring pre-rendered full-page HTML, a fused stack for low latency, and geographically distributed nodes—allowed the retailer to preserve 80% of traffic and revenue during the incident. This event highlights the critical role of robust infrastructure in maintaining user experience and business continuity during backend failures.
Person with short dark hair and moustache, wearing a colorful plaid shirt, smiling outdoors in a forested mountain landscape.
Aleks Haugom
Senior Manager of GTM & Marketing
Blog

How One Retailer Served 2 Million Product Pages During a Major Outage

When a major U.S. retailer's origin system went down, Harper seamlessly stepped in as a resilience layer, serving 2 million product page requests from a pre-warmed cache with ultra-low latency (P95 ~2ms), ensuring most customers never noticed the outage. Designed for high availability, Harper’s architecture—featuring pre-rendered full-page HTML, a fused stack for low latency, and geographically distributed nodes—allowed the retailer to preserve 80% of traffic and revenue during the incident. This event highlights the critical role of robust infrastructure in maintaining user experience and business continuity during backend failures.
Aleks Haugom
Apr 2025
Aleks Haugom
Apr 2025
Apr 2025
Aleks Haugom
Apr 2025
Aleks Haugom
Apr 2025
Blog

How One Retailer Served 2 Million Product Pages During a Major Outage

When a major U.S. retailer's origin system went down, Harper seamlessly stepped in as a resilience layer, serving 2 million product page requests from a pre-warmed cache with ultra-low latency (P95 ~2ms), ensuring most customers never noticed the outage. Designed for high availability, Harper’s architecture—featuring pre-rendered full-page HTML, a fused stack for low latency, and geographically distributed nodes—allowed the retailer to preserve 80% of traffic and revenue during the incident. This event highlights the critical role of robust infrastructure in maintaining user experience and business continuity during backend failures.
Aleks Haugom
Blog

How One Retailer Served 2 Million Product Pages During a Major Outage

When a major U.S. retailer's origin system went down, Harper seamlessly stepped in as a resilience layer, serving 2 million product page requests from a pre-warmed cache with ultra-low latency (P95 ~2ms), ensuring most customers never noticed the outage. Designed for high availability, Harper’s architecture—featuring pre-rendered full-page HTML, a fused stack for low latency, and geographically distributed nodes—allowed the retailer to preserve 80% of traffic and revenue during the incident. This event highlights the critical role of robust infrastructure in maintaining user experience and business continuity during backend failures.
Aleks Haugom
Aleks Haugom
Apr 2025
Blog
Blog
GitHub Logo

Understanding Live Stream Token Sharing and How to Prevent It

Discover how token sharing threatens streaming revenue and performance. Learn what it is, why it’s hard to detect, and how leading content providers are stopping it with real-time, per-segment enforcement across CDNs.
Blog
Discover how token sharing threatens streaming revenue and performance. Learn what it is, why it’s hard to detect, and how leading content providers are stopping it with real-time, per-segment enforcement across CDNs.
Person with short dark hair and moustache, wearing a colorful plaid shirt, smiling outdoors in a forested mountain landscape.
Aleks Haugom
Senior Manager of GTM & Marketing
Blog

Understanding Live Stream Token Sharing and How to Prevent It

Discover how token sharing threatens streaming revenue and performance. Learn what it is, why it’s hard to detect, and how leading content providers are stopping it with real-time, per-segment enforcement across CDNs.
Aleks Haugom
Apr 2025
Aleks Haugom
Apr 2025
Apr 2025
Aleks Haugom
Apr 2025
Aleks Haugom
Apr 2025
Blog

Understanding Live Stream Token Sharing and How to Prevent It

Discover how token sharing threatens streaming revenue and performance. Learn what it is, why it’s hard to detect, and how leading content providers are stopping it with real-time, per-segment enforcement across CDNs.
Aleks Haugom
Blog

Understanding Live Stream Token Sharing and How to Prevent It

Discover how token sharing threatens streaming revenue and performance. Learn what it is, why it’s hard to detect, and how leading content providers are stopping it with real-time, per-segment enforcement across CDNs.
Aleks Haugom
Aleks Haugom
Apr 2025
Blog