Today, Redis is the de facto standard for caching in application services. It’s incredibly fast and easy to use, giving it a significant advantage in the market. However, as system complexity grows, Redis has several limitations that affect the reliability and availability of your system, especially under high load. In 2025, we are gradually moving away from Redis and rethinking the caching approach as a whole. In this talk, I will share my perspective on the problem and possible solutions. We will explore the challenges associated with Redis and look at alternative solutions for building more resilient and scalable systems.
Anton Moldovan
(DraftKings & NBomber LLC),
Daniil Mazepin
(Teya, Software Engineering Manager),
Dmytro Dziubenko
(Corefy, CTO),
Taras Kloba
(Microsoft, Senior Partner Solutions Architect, Data & Artificial Intelligence),
Kevin Goedecke
(CEO & Founder @ SlideSpeak),<p>In this talk, we will get acquainted with TechEmpower Web Framework Benchmarks, consider generalized (programming language-independent) approaches to optimizing a web application and its environment to achieve extreme loads, and most importantly, how some of these things can be applied in practice in your projects. </p>
Pavlo Mashlyakovskyi
(Software architect, InBase),
Igor Ivaniuk
(AWS, Principal Solutions Architect),<p>Прямі втрати від даунтайму в 1 хвилину = $5-$10 тисяч доларів. Репутація – безцінна. </p> <p>У рамках доповіди розглянемо архітектурні стратегії, що необхідні для розробки високонавантажених фінтех-рішень. Зосередимось на використанні черг і стрімінгу для ефективної роботи та керування великими обсягами даних у реальному часі та заради мінімізації затримок. </p> <p>Особливу увагу зосередимо на архітектурних патернах, використаних при проєктуванні фінтех-системи, мікросервісах і event-driven архітектурі, що забезпечують масштабованість, відмовостійкість та узгодженість усієї системи. </p>
Max Baginskiy
(Head of Engineering, Solidgate),
Olena Syrota
(Software architect at Star, lecturer at SET University),<p>Is Node.js suitable for highload applications? Yes! But what makes the regular Node.js application suitable for highload that will it survive 100k req/s for a reasonable price? In my talk we will go through potential bottlenecks, and how to find and fight them. What metrics can show us potential problems? How to decide, when and how we should scale our application? Also, I’ll show some interesting cases of debugging issues in real-world highload Node.js apps. </p>
Andrii Shumada
(WalkMe),