A recent Mendix research report, based on surveys of over 1,200 IT professionals and 800 developers across six countries, reveals that the pandemic has accelerated low‑code adoption, with 77% of enterprises using it, driving faster development, lower costs, and greater IT diversity.
This article examines how IKEA Sweden’s retail sales team, together with partner Capgemini and Microsoft, leveraged low‑code development on Power Platform and Dynamics 365 to replace manual Excel processes, streamline B2B sales, improve customer support, and achieve measurable efficiency and revenue gains.
This article explores the evolution of low‑code building systems, detailing how component abstraction, NPM integration, bundless packaging, tree‑shaking, and version governance enable scalable, efficient frontend development while reducing reliance on specialized front‑end engineers.
This article introduces the rising low‑code/no‑code trend and provides a curated list of fifteen open‑source platforms—such as Saltcorn, Joget DX, Digdag, and Metabase—detailing their key features, licensing, deployment options, and typical use cases for rapid application development.
This article introduces and compares seventeen open‑source low‑code and no‑code platforms, explaining their key features, typical use cases, licensing, and where to find them, helping developers and enterprises choose the right tool for rapid application creation.
This article examines how a securities firm leveraged a low‑code development platform to build a visual operations‑on‑duty management system, detailing the background, requirements, implementation, benefits, deployment challenges, and future plans for an integrated operations development platform.
This article introduces the rising low-code/no-code trend, explains its visual‑drag‑and‑drop approach versus traditional coding, and provides concise overviews of 18 open‑source platforms—including Saltcorn, Joget DX, Digdag, StackStorm, CUBA Platform, Skyve, and more—highlighting their key features, licensing, and deployment options.
Low‑code and no‑code platforms are gaining momentum, and this article curates 18 open‑source solutions, detailing their key features, licensing, supported languages, deployment options, and providing official repository or website links for developers and enterprises seeking rapid application development.
The article surveys the most significant software‑architecture trends of 2020—including micro frontends, AsyncAPI, data mesh, policy‑as‑code, serverless, low‑code platforms, GraphQL, and ethical considerations—highlighting their adoption status, challenges, and the viewpoints of leading industry experts.
This article explores the evolution of the Vision low‑code platform, introduces the Gems visual‑building engine, and explains how a modular architecture of renderer, editor, and material libraries addresses both business and technical challenges while controlling software complexity.
This article provides a thorough examination of low‑code and no‑code technologies, clarifies their differences, outlines six criteria for evaluating professional low‑code platforms, assesses domestic offerings, debunks myths about their capabilities, and explains where low‑code excels and where it falls short.
The article presents a comprehensive overview of JD's Lego low‑code visual building platform, detailing its business motivations, architectural design, core front‑end technologies, template creation workflow, debugging tools, unified build and release process, and future development directions.
This comprehensive article explains low-code development, its historical roots, core capabilities such as aPaaS, MADP and BPM, market growth forecasts from Forrester and Gartner, vendor evaluation criteria, strategic adoption guidelines, and practical development steps for digital transformation initiatives.
This article explores the concept of abstraction leaks in software design, especially within front‑end development and low‑code platforms, explains why they occur, illustrates common symptoms, and offers practical strategies for developers to manage, redesign, or mitigate such leaks.
Serverless has evolved from pure FaaS to a comprehensive stack that combines functions, databases, storage and low‑code platforms, enabling developers to become full‑stack engineers, empowering non‑technical staff to build applications quickly, and fostering an integrated ecosystem with seamless WeChat and third‑party extensions.
This article reviews ten popular low-code development platforms, detailing their key features, advantages, and deployment options, helping developers and businesses choose the right tool for rapid application creation across web, mobile, and cloud environments.
The talk outlines low‑code’s evolution and booming market, explains how visual, schema‑driven platforms like Poseidon Builder let developers of any skill rapidly create and maintain middle‑office web pages with minimal code, dramatically cut development time, and aim toward future auto‑code generation.
The Activity Open Platform, evolved from the Activity Self-Service Platform, provides a company‑wide component sharing and co‑creation environment with standardized processes, cross‑team collaboration, and high scalability, delivering Pro‑code, Low‑code, and No‑code capabilities that have already boosted development efficiency by 40% across multiple departments.
The article reviews the healthy Node.js ecosystem, highlights the rise of serverless, compares popular and emerging frameworks, and shares practical projects like SSR tools, low‑code orchestration, and browser‑based ESM to illustrate where Node.js development is heading.
The article explores how low‑code platforms can complement traditional algorithm development, enhance collaboration between business users and engineers, and accelerate big‑data and AI initiatives by improving data cleaning, modular design, and feedback loops, while highlighting the trade‑offs of abstraction and flexibility.
A recent Creatio‑sponsored survey of 1,000 IT leaders reveals that despite the surge of low‑code/no‑code platforms, IT departments remain essential, with experience gaps and limited automation hindering broader adoption and faster development.
The article examines the controversy around low‑code platforms, argues they are not a harmful industry toxin, and explains how technological progress—from steam power to AI—has driven the evolution from ERP to middle platforms and finally to low‑code as a key enabler of agile enterprise transformation.
This article explains how to build a low‑code platform for admin applications by defining a domain‑specific language (DSL) that organizes Vue components, routes, and state transfers, and provides SDK examples and design considerations for extensibility and compatibility.
The Amap Lowcode platform combines a visual JSON‑based builder, serverless functions, and AI‑driven design‑to‑code tools to let both developers and product staff rapidly create, deploy, and iterate recommendation cards across native and H5 clients, leveraging the existing gateway for stable, low‑cost delivery.
The article analyses the shortcomings of current cloud development platforms—missing closed‑loop feedback, fragmented tooling, and poor developer experience—while proposing a low‑code‑driven, DSL‑based approach to achieve true R&D tool integration and feedback‑centric design.
This article surveys the rapidly growing no-code and low-code ecosystem, explaining the concepts, distinguishing between no-code and low-code, and presenting a curated list of 145 startups across categories such as website builders, mobile app creators, internal tools, workflow automation, data platforms, finance, payments, commerce, analytics, and form builders.
The article critically examines low-code platforms, arguing that while they can speed up simple app development, overreliance turns them into efficiency and innovation poisons that burden support teams, stifle creativity, and may even downgrade developers' skills.
JD.com’s AIDCTwins platform leverages low‑code modeling, IoT sensing and cross‑platform 3D visualization to create a digital twin of its massive data‑center infrastructure, dramatically cutting labor costs, enabling real‑time updates, and boosting intelligent, green operation across thousands of servers and racks.
China’s low‑code market, valued at CNY 1.9 billion in 2020 and projected to hit a hundred‑billion by 2024, is booming as enterprises like iQIYI adopt visual development platforms that abstract reusable components, accelerate activity page creation, and address integration, modularity, and business‑driven platform design challenges.
Low‑code and no‑code development are evolving from simple UI assembly tools into AI‑driven human‑machine collaborative programming, reshaping software engineering by reducing development and usage costs, integrating with DevOps and cloud native architectures, and promising a future where anyone can create software through intelligent, context‑aware automation.
The article explains how low‑code platforms improve R&D efficiency by offering visual coding, drag‑and‑drop model design, streamlined UI creation, integrated workflow tools, and DevOps capabilities, while comparing lightweight and heavyweight solutions and discussing their suitable scenarios and limitations.
This article walks you through setting up the Erupt Java annotation‑based framework, configuring Maven dependencies and datasource, launching a ready‑made admin UI, customizing pages with @Erupt annotations, and extending functionality via data proxies, all without writing front‑end code.
The article introduces Uncode, a conceptual cloud‑native IDE that treats the entire software lifecycle as code, explains its DSL‑driven architecture, file‑based storage, blockchain‑style traceability, and the technical stack choices, while providing concrete code examples and design patterns.
This post curates a selection of frontend development articles on accessible components, gesture‑driven design, CSS performance tricks, obscure CSS properties, SVG filters, WebAssembly video frame extraction, Notion editor architecture, low‑code/no‑code tools, and front‑end engineering low‑code systems.
This article examines how visual logic orchestration can turn a low‑code platform into a no‑code solution, detailing node abstraction, automatic layout, code‑schema conversion, debugging support, and the broader impact on front‑end efficiency and product development.
This article explores the evolution from no‑code to low‑code and finally pro‑code development, examines leading cloud platforms such as SaaS, PaaS, and IaaS, compares major low‑code solutions, and proposes an enterprise‑grade hpaPaaS architecture that balances standardization with flexibility for complex business needs.
This weekly roundup covers Google’s GKE Autopilot managed Kubernetes service, Microsoft’s upcoming low‑code Power Fx language, a new quantum assembly language from Sandia, JD Cloud’s Jinggang virtualization platform, Google‑Intel cloud‑native 5G collaboration, Nvidia’s Jarvis AI framework, a knowledge‑infused BERT model, and a region‑based facial action unit detection method.
Tesla’s CTO Vijayan led a 25‑person team to create the company’s proprietary ERP, Warp, in just four months—starting with the low‑code platform Mendix, then rewriting it in C# on .NET for private‑cloud deployment—offering insights into rapid ERP development, low‑code choices, and architecture trade‑offs.
The article presents Entropy Simplify's AirWorks data intelligence platform, detailing its three‑layer architecture, cloud‑native multi‑source data ingestion system, low‑code ETL capabilities, technical features such as multi‑engine cooperation and data‑skew handling, and a financial asset‑management case study.
This article introduces the open‑source iMove tool, explains why front‑end development faces UI volatility, tangled logic and combined interfaces, and shows how iMove’s visual flow‑chart editor, low‑code node functions, online and local compilation, and automatic npm dependency parsing enable reusable, maintainable, language‑agnostic front‑end solutions.
From 2020 to 2021, Zhenkunxing built a visual‑editing service, a unified UI component library, standardized development, compilation and deployment pipelines, a front‑end portal, an online‑form system, an OKR tool, and a micro‑frontend BOSS platform, while planning a low‑code platform to boost efficiency and scalability.
This article reflects on the rapid rise of Functions‑as‑a‑Service and low‑code platforms, arguing that they are compressing developers' roles, lowering technical barriers, and forcing the industry to rethink skill sets, architecture, and business alignment.
The article reviews current front‑end trends, covering architecture governance, the rise of micro‑frontends, the resurgence of low‑code platforms, cross‑language innovations, and serverless options, while offering practical advice on tooling, standards, and strategic choices for teams of any size.
This article examines iQIYI's low-code Quqiao platform for data synchronization, detailing the software engineering background, business data flow, development challenges, research of existing solutions, platform architecture, key features, and future improvement directions.
This article details the design and implementation of iceluna, a low‑code PaaS platform for building middle‑office systems, covering its product background, architecture, core infrastructure, PaaS services, collaboration features, performance measurement, and future outlook.
In 2020 Qunar's front‑end team explored multi‑platform adaptation, low‑code marketing, UI automation, security enhancements, and framework upgrades, publishing a series of technical articles that detail their solutions, performance gains, and practical insights for developers across the organization.
In this interview, Tencent front‑end lead Li Qinglong explains how low‑code platforms boost development efficiency, outlines when they’re advantageous, shares the IMWeb team’s evolution since 2015, and predicts a growing role for low‑code in both tech firms and traditional industries.
The article explores Tencent's Nocalhost cloud‑native development tool and proposes a new "Water" code architecture that stores programs as language‑agnostic intermediate representations like AST, enabling real‑time, language‑independent development environments and finer‑grained permission control.
The Tencent IMWeb team’s 2020 analysis highlights seven key frontend trends—explosive TypeScript adoption, React’s dominance among major frameworks, the rise of WebAssembly, accelerating low‑code platforms, serverless full‑stack development, DevOps maturation, and booming WebRTC—while forecasting continued growth in these areas for 2021.
This article describes how Qunar built a Component Management System (CMS) that enables reusable, configurable marketing pages across app, H5 and mini‑programs, detailing the business needs, architectural decisions, multi‑end rendering, risk controls, operational workflow, and the resulting cost and experience benefits.
The 2020 front‑end landscape shifted from simple page rendering to full‑stack product development, highlighting seven major trends such as the explosive growth of TypeScript, the dominance of React, the emergence of WebAssembly, the rapid adoption of low‑code platforms, deeper serverless integration, DevOps maturation, and the expanding role of WebRTC, all of which reshaped how developers deliver business value.
This article recounts how Tesla's CTO led a 25‑person team to develop the "Warp" ERP in just four months, initially using the Mendix low‑code platform before rewriting it in C# on .NET and deploying it to a private cloud, highlighting the technical decisions behind the project.
This article examines the various types of low‑code platforms, their origins, key architectural and operational considerations, and explains why they empower professional developers rather than replace them, offering guidance on selecting the right solution for complex enterprise projects.
The eight‑dimension low‑code capability measurement model evaluates platforms across business scenario breadth, user‑group reach, technical completeness, material inclusiveness, product richness, production‑chain coverage, collaboration efficiency, and intelligence, providing a traceable framework to assess maturity and guide future evolution.
This article explains the definition, core capabilities, industry landscape, and strategic importance of low‑code platforms, showing how they boost development efficiency, lower costs, enable citizen developers, and complement professional programmers in the post‑pandemic digital transformation era.
This article surveys current macro‑technology trends, covering the democratization of programming through low‑code platforms, Rust’s expanding role in big‑data and machine‑learning, the rise of code‑centric visualization tools, the maturation of infrastructure‑as‑code practices, and how browsers have unintentionally become full‑featured application platforms.
Xianyu transformed its slow, manual data‑analysis workflow— plagued by BI bottlenecks, slow SQL, and cumbersome front‑end integration—into a three‑layer, serverless architecture that abstracts SQL into reusable atoms, automates data pipelines, and delivers smart, seconds‑level visual dashboards, slashing development effort from five days to half a day.
In this talk, senior frontend expert Yang Zhouxuan (aka "Chenyu") shares a personal 12‑year journey through the evolution of frontend technology, the rise of Node.js, the development of Ant Group's Cloud Fengdie low‑code platform, and insights on future trends, challenges, and best practices for building enterprise applications.
This article details how Alibaba’s Data Experience team builds a comprehensive stack—from a high‑performance SQL editor and low‑code BI platform to sophisticated data visualizations, intelligent analytics, digital art, Web3D rendering, and robust data‑security measures—showcasing the architecture, design principles, and future directions of their end‑to‑end data‑driven product ecosystem.
The article explains why increasing project size doesn’t guarantee proportional output, explores how low‑code platforms like Salesforce, Mendix, and Huawei’s AppCube reduce uncertainty, cut development effort, and enable faster, more cost‑effective software delivery, while highlighting market growth and future prospects.
This article introduces visual‑assisted programming as a low‑code approach for front‑end developers, analyzes existing solutions and their limitations, and details the design, architecture, plugin mechanism, core features, and future roadmap of the VE tool developed by Beike, including code examples and open‑source resources.
The article surveys the most significant software‑architecture trends of 2020—including micro frontends, AsyncAPI, data mesh, policy‑as‑code, serverless, low‑code/no‑code, and GraphQL—highlighting expert opinions, adoption status, and the ethical considerations shaping modern distributed systems.
In a candid interview, four Alibaba front‑end experts discuss the most impactful 2019 trends—Low Code, Serverless, mini‑programs and operation tools—and forecast the key technologies and challenges that will define front‑end development in 2020.
This article chronicles the evolution of Alibaba's Iceworks from a material‑based GUI desktop client to a web‑based IDE, detailing product decisions, technical architectures, data‑driven improvements, and the challenges of reducing technical debt while enhancing developer productivity.
The article reviews the evolution of front‑end engineering from the early separation of HTML, CSS and JavaScript in 2003 through performance‑driven engineering, the rise of full‑stack and mobile‑first paradigms, to low‑code, serverless, AI‑driven intelligence and IDE strategies that define today's opportunities and future directions.
The article forecasts the major technology trends for 2019, highlighting the rise of artificial intelligence, the transition beyond smartphones to wearable interfaces, global 5G deployment, the surge of progressive web apps, expanding blockchain applications, low‑code development, cloud services growth, and the continued dominance of JavaScript and modern development practices.
Lego is a component-based front-end page assembly platform at Meituan, enabling rapid low-code page building via drag‑drop components, with an Assembly Factory UI, developer SDKs, event‑based component communication, and a rendering engine that outputs HTML/FreeMarker, reducing development time and standardizing UI across projects.
This article examines key 2015 mobile strategy considerations—including the rise of low‑code visual development, the adoption of bimodal IT, cloud‑based development, and the HTML5 versus native debate—to help enterprises boost productivity, reduce backlog, and make informed technology choices.
