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This article outlines ByteDance's exploration of WebAssembly in serverless FaaS, highlighting a conference talk that covers the technology's benefits, runtime architecture, edge integration, and future micro‑service orchestration, while offering attendees practical insights and engineering details.
This article explains the concept of Function-as-a-Service (FaaS), its rise and suitable scenarios, then details Ant Group's serverless architecture, performance‑tuning techniques, security isolation mechanisms, developer experience, and future outlook integrating AI to create a new programming paradigm.
The article describes Punica, a cloud‑native, function‑as‑a‑service platform that unifies content‑understanding inference services through a one‑stop portal and unattended operations, improving deployment speed, resource utilization, and reducing manual effort for AI model serving.
This comprehensive guide explains Serverless computing—from its CNCF definition and evolution through MVC, SOA, and microservices to modern cloud-native platforms—detailing its core FaaS and BaaS primitives, ecosystem tools, typical applications, challenges like vendor lock‑in and cold starts, and future market trends.
This article describes the background, design decisions, architecture, core concepts (Serverless, BFF, FAAS), implementation details, performance results, and future plans of the internally built Seras platform that enables front‑end teams to write cloud functions without managing servers, improving code reuse, traceability, and deployment speed.
Alibaba's Big‑Taobao team describes how shifting data‑assembly logic to front‑end Function‑as‑a‑Service transformed engineers into business partners, cut integration costs, boosted development speed, and required careful cost‑benefit analysis, incremental migration, traffic safety measures, and a low‑code orchestration platform to ensure stable, scalable adoption.
This article introduces EasyFunction, JD's serverless FaaS platform built on iPaaS, detailing its background, applicable scenarios such as BFF, data processing, SSR and admin panels, the business benefits, core product features, and several real‑world deployment cases.
This article explains how Baidu Live R&D introduced a lightweight server‑side rendering (SSR) solution that integrates into existing client‑side rendering (CSR) projects by adding a JavaScript compute function, detailing the architectural components, goals, implementation steps, development experience, risk mitigation, and future outlook.
Baidu’s new Live SSR approach adds a JavaScript computation function to the CSR directory, enabling seamless server‑side rendering without altering modules or pages, while leveraging end‑cloud collaboration, FaaS universal solutions, and component‑level reuse to boost SEO, user experience, scalability, and development efficiency.
The article describes how JD's iPaaS team leveraged the low‑code DripWorks platform to design, build, and deploy a robust, real‑time configurable CMS for the CCTV 2022 Spring Festival Gala in just two days, overcoming tight deadlines, massive form complexity, and limited development resources.
The article explains how a content middle platform adopted serverless architecture—combining FaaS and BaaS—to build a cost‑effective, highly scalable image‑production service, illustrating self‑contained functions, synchronous pipelines, event‑driven processing, and workflow orchestration that reduce maintenance, accelerate deployment, and simplify operations.
This article explores how PHP applications can adopt serverless architectures, detailing the benefits of Function-as-a-Service, migration strategies, code examples, and operational considerations such as scaling, persistence, and cost efficiency for enterprises, developers, and learners.
The team built a lightweight AI‑FAAS platform that migrates C++ ad‑algorithm services to a Java‑centric, cloud‑native environment, encapsulates core operators as DolphinSQL plugins, and defines real‑time feature pipelines via standardized SQL, cutting service creation from weeks to days, enabling rapid iteration, high operator reuse, and near‑instant feature delivery.
Baidu’s search content platform transitioned to a serverless, FaaS‑based architecture with intelligent scheduling and automated control, cutting resource waste by 87%, boosting automatic recovery to 96.7%, and delivering roughly tenfold productivity gains across development, deployment, and maintenance while simplifying scalability and high‑availability concerns.
The 2021 review of Serverless architecture examines its rapid growth across industry reports, academic publications, vendor innovations, and open‑source community activities, highlighting key performance, tooling, event‑driven integrations, and the expanding role of Serverless as a dominant cloud computing paradigm.
This article provides a comprehensive overview of Platform as a Service (PaaS) and serverless computing, explaining their concepts, advantages, popular products, and how they differ in scalability, pricing, control, architecture, and vendor lock‑in for modern software development.
The article summarizes a Serverless roundtable at ServerlessDays China 2021, where experts from AWS, Alibaba Cloud, ByteDance, and Tencent Cloud discuss Serverless definitions, market adoption gaps, standardization needs, large‑scale implementations, cold‑start challenges, multi‑cloud strategies, and future directions for the technology.
At ServerlessDays China 2021, leaders from AWS, Alibaba Cloud, ByteDance and Tencent Cloud examined serverless concepts, showcased cost‑saving implementations, discussed cold‑start optimizations, identified adoption hurdles such as tooling and lock‑in, and forecasted a future where serverless becomes a ubiquitous, hyper‑unified compute model integrating cloud, edge and storage.
This article explains the motivations behind Serverless, defines its core concepts such as FaaS and BaaS, outlines key characteristics like one‑step deployment, auto‑scaling and event‑driven execution, discusses suitable use cases, current challenges, and introduces Knative as a cloud‑native implementation.
The article describes how the Tongtian Tower activity platform adopted a serverless Function-as-a-Service (FaaS) architecture to improve development flexibility, reduce integration costs, enable local function execution, and support rapid iteration across multiple channels, while outlining its core components, features, SDK design, and future directions.