HarperDB, Inc.

Server-side rendering (SSR) can be resource intensive if web pages need to be re-rendered for every client request. HarperDB minimizes server load for SSR use cases while reducing latency by caching and serving pre-rendered pages if no updates have been made.  Follow along with Ethan Arrowood, Senior Software Engineer and educator, as he demonstrates this capability.

Are you a retailer struggling with slow page load times and low search engine rankings? By optimizing your website's Core Web Vitals, you can: - Increase search engine rankings - Improve user experience - Boost conversions How does it work? - Lightning-fast page load times help to increase conversion rate. - Early image hints can help list your products in the Google popular products section. - Faster page load times can help search engine crawlers crawl more pages per day. Don't miss out on potential revenue! Learn how HarperDB transforms online businesses. https://buff.ly/3UThGj0 #ecommerce #digitalmarketing #webdevelopment #performanceoptimization #SEO

Delivering the best web experience requires more than high-performance web frameworks; it requires high-performance architectures. Follow along with Ethan Arrowood as he demonstrates how easy it is to build and deploy Next.js applications within HarperDB. Takeaways 🎯 - Using HarperDB with Next.js enhances application performance. - Server-side rendering and caching with HarperDB delivers high-performance websites. - Live reloading provides a seamless user experience with nearly no developer effort. - HarperDB's integration with Next.js is straightforward and highly resource-efficient. #DeveloperExperience #Nextjs #WebDevelopment #HarperDB #ServerSideRendering #StaticPageGeneration

Sites that load in 1 second have a conversion rate 2.5x higher than sites that load in 5 seconds. For e-commerce, this translates to lost revenue and a diminished customer experience. A full page cache offers a powerful solution for peak traffic challenges. Storing static versions of web pages closer to users dramatically reduces page load times, improves user experience, and ensures stability during peak traffic. https://lnkd.in/gJKYNW59

We are very excited to host a technical workshop in Cambridge with Akamai Technologies! Register below to join us as we walk through the process of extending data to the edge to support use cases like Search Engine Optimization, real-time inventory and pricing, and more. 👉 https://lnkd.in/gfMxwtKP

Akamai Technologies teamed up our technology partner HarperDB, Inc. at TechTalk Summits in Denver for an evening discussion on delivering performant applications to edge. #akamai #techtalksummit #harperdb #edgeapplications

Suboptimal CDN utilization erodes profitability and hinders user experience. Traditional DNS load balancing methods, like round-robin and least-connected, fail to account for dynamic network conditions and cost optimization. See how HarperDB optimizes your CDN investment below:

TechTalk Summits, Akamai Technologies, & HarperDB will be hosting a whiskey tasting experience for executives in Denver on October 30th! Join us at Stranahan's for an interactive event, and hear from notable speakers on topics like optimizing cloud efficiency and cultivating a cyber resilience culture. Registration & details below: https://lnkd.in/ge4PxNDg

HarperDB 4.4 brings powerful and easy-to-use capabilities to data and applications. In this article, Kris Zyp showcases computed properties and how they can be leveraged to create custom indexes. Key Takeaways: ✅ Reduced Storage Footprint: Define virtual fields (computed properties) derived from existing data, minimizing storage needs. (Great for discount prices, shipping costs, and other frequently changing stats) ✅ Building Block for Advanced Indexing: Computed properties can be indexed for efficient search based on any criteria you define with Javascript. (Leverage this for use cases like full-text search and vector indexing) https://lnkd.in/gcpypNjf

🎉 New release: HarperDB 4.4 HarperDB 4.4 Plexus replication system delivers a 50% increase in replicated write performance compared to the previous system. This improvement is due to direct node connections and optimized TCP-level communication. https://lnkd.in/diUT9SQv