Fermyon Wasm Functions on Akamai Now Generally Available, Scales to 75 Million RPS
AkamaiAkamai(US:AKAM) Globenewswire·2025-11-12 14:00

Core Insights - Fermyon Technologies has announced the general availability of Fermyon Wasm Functions, a serverless WebAssembly solution developed in partnership with Akamai Technologies, offering 99.9% reliability and the ability to handle up to 75 million requests per second [1][3][7] Company Overview - Fermyon is positioned as a leader in cloud-native WebAssembly Function as a Service (FaaS), enabling developers to create serverless applications more efficiently [12] - Akamai is recognized for its cybersecurity and cloud computing solutions, providing a robust platform for businesses to operate securely online [11] Product Features - Fermyon Wasm Functions combine low-latency edge-serverless performance with the scalability of cloud-serverless solutions, utilizing WebAssembly for speed, portability, and security [2][3] - The platform allows customers to control where their code runs while maintaining a consistent developer experience, supporting various workloads from latency-sensitive tasks to secure on-premises data access [3][6] Partnership Impact - The partnership between Fermyon and Akamai enhances performance and portability across computing environments, addressing customer demands for a serverless platform within Akamai's distributed network [5][6] - This collaboration signifies a pivotal moment for serverless WebAssembly, with Fermyon's technology already handling critical workloads on the internet [7] Market Position - Fermyon's Wasm Functions are being deployed globally by major consumer brands, showcasing the reliability and scalability that Akamai's customers require [3][5] - The ability to minimize vendor lock-in while improving performance and maintaining consistent experiences is a significant advantage in the current market landscape [5] Events and Showcases - Fermyon and Akamai will present their technologies at WasmCon and KubeCon North America, highlighting their innovations in serverless computing [8]