[{"data":1,"prerenderedAt":526},["ShallowReactive",2],{"site-schema":3,"article-en-software-development-from-zero-to-100":74},{"@context":4,"@graph":5},"https://schema.org",[6,65],{"@type":7,"@id":8,"name":9,"alternateName":10,"legalName":9,"foundingDate":15,"url":16,"logo":17,"contactPoint":18,"address":32,"location":38,"sameAs":58},"Organization","https://joinx.co/#organization","哲煜科技股份有限公司",[11,12,13,14],"JoinX","TWJOIN","哲煜科技","JoinX 哲煜科技","2016","https://joinx.co","https://joinx.co/images/logo-with-name.png",[19],{"@type":20,"contactType":21,"url":22,"telephone":23,"email":24,"areaServed":25,"availableLanguage":28},"ContactPoint","customer service","https://joinx.co/contact-us","+886-2-8771-9095","service@joinx.co",[26,27],"TW","JP",[29,30,31],"zh-Hant","en","ja",{"@type":33,"streetAddress":34,"postalCode":35,"addressLocality":36,"addressRegion":37,"addressCountry":26},"PostalAddress","民生東路二段170號8樓","104","台北市中山區","台灣",[39,46,52],{"@type":40,"name":41,"address":42},"Place","JoinX 台中辦公室",{"@type":33,"streetAddress":43,"postalCode":44,"addressLocality":45,"addressRegion":37,"addressCountry":26},"台灣大道二段360號21樓C室","40453","台中市北區",{"@type":40,"name":47,"address":48},"JoinX 高雄辦公室",{"@type":33,"streetAddress":49,"postalCode":50,"addressLocality":51,"addressRegion":37,"addressCountry":26},"民族一路80號2樓之一(B4)","807","高雄市三民區",{"@type":40,"name":53,"address":54},"JoinX 東京辦公室",{"@type":33,"streetAddress":55,"postalCode":56,"addressLocality":57,"addressCountry":27},"東五反田5-22-37 Office Circle N 五反田 9樓","141-0022","東京都品川區",[59,60,61,62,63,64],"https://www.facebook.com/JoinX.TW","https://www.linkedin.com/company/%E5%93%B2%E7%85%9C%E7%A7%91%E6%8A%80","https://www.youtube.com/c/joinstuido%E5%93%B2%E7%85%9C%E7%A7%91%E6%8A%80","https://www.104.com.tw/company/1a2x6bjomb","https://podcasts.apple.com/tw/podcast/jack%E5%8F%AD%E5%8F%AD/id1859867414","https://open.spotify.com/show/236PYieEt3gQ30bfk7iE3J",{"@type":66,"@id":67,"url":16,"name":14,"alternateName":68,"publisher":69,"inLanguage":70},"WebSite","https://joinx.co/#website",[11,12,13,14],{"@id":8},[71,72,73],"zh-Hant-TW","en-US","ja-JP",{"id":75,"title":76,"body":77,"cover":513,"ctaFirstContent":514,"ctaFirstLinkText":514,"ctaFirstLinkUrl":514,"ctaLastContent":514,"ctaLastLinkText1":514,"ctaLastLinkText2":514,"ctaLastLinkUrl1":514,"ctaLastLinkUrl2":514,"ctaMiddleContent":514,"ctaMiddleLinkText":514,"ctaMiddleLinkUrl":514,"ctaServiceName":514,"description":515,"extension":516,"hasCoverTitle":517,"hasCtaFirst":517,"hasCtaLast":517,"isDescriptionFirst":518,"locale":30,"meta":519,"navigation":517,"path":520,"seo":521,"stem":522,"time":523,"type":524,"__hash__":525},"content/en/article/software-development-from-zero-to-100.md","From 0 to 100：A Complete Guide to the Software Development Process",{"type":78,"value":79,"toc":494},"minimal",[80,85,89,92,95,99,107,110,115,131,137,143,146,150,164,170,176,179,183,200,206,212,215,219,233,239,245,248,252,266,272,275,279,293,297,370,373,376,380,397,401,451,455,458,478,481,485,488,491],[81,82,84],"h2",{"id":83},"what-is-the-software-development-process","What Is the Software Development Process?",[86,87,88],"p",{},"The Software Development Life Cycle (SDLC) is a structured set of steps used to plan, build, test, and deploy software.",[86,90,91],{},"It is like a blueprint for constructing a building, helping the team clearly understand how to execute every step from requirements gathering to product launch. The ultimate goal is to create software that “solves real problems,” “operates reliably,” and “can be maintained over the long term.”",[86,93,94],{},"Common keywords in the software development process include requirement analysis, system design, coding, testing & verification, deployment, and maintenance & optimization.",[81,96,98],{"id":97},"the-six-key-stages-of-software-development","The Six Key Stages of Software Development",[100,101,103],"h3",{"id":102},"_1-requirement-analysis",[104,105,106],"strong",{},"1. Requirement Analysis",[86,108,109],{},"This is the starting point of the entire software development process. Successful software is never just about “writing features,” but about “solving real problems.”",[86,111,112],{},[104,113,114],{},"What to do in this stage：",[116,117,118,122,125,128],"ul",{},[119,120,121],"li",{},"Interview clients or internal stakeholders to gather user scenarios",[119,123,124],{},"Write BRD (Business Requirement Document) or User Stories",[119,126,127],{},"Prioritize requirements and plan versions",[119,129,130],{},"Confirm whether requirements are feasible or if existing solutions are available",[86,132,133,136],{},[104,134,135],{},"Tip："," Using tools like Miro, Notion, Figma, or Draw.io to create flowcharts and prototypes helps everyone align quickly.",[100,138,140],{"id":139},"_2-system-design",[104,141,142],{},"2. System Design",[86,144,145],{},"Transforming requirements into technical specifications and system architecture.",[86,147,148],{},[104,149,114],{},[116,151,152,155,158,161],{},[119,153,154],{},"Decide on architecture (e.g., frontend-backend separation, microservices, monolithic systems)",[119,156,157],{},"Choose databases and technology stacks (e.g., PostgreSQL, Node.js, React)",[119,159,160],{},"Create ERDs (Entity-Relationship Diagrams) and API design sketches",[119,162,163],{},"Write system design documents and module specification sheets",[86,165,166,169],{},[104,167,168],{},"Recommended design principles："," SOLID, KISS, DRY, YAGNI — these improve maintainability and scalability.",[100,171,173],{"id":172},"_3-software-development-implementation-coding",[104,174,175],{},"3. Software Development (Implementation / Coding)）",[86,177,178],{},"Start writing code and unit tests officially.",[86,180,181],{},[104,182,114],{},[116,184,185,188,191,194,197],{},[119,186,187],{},"Set up Git repositories and branching strategies (e.g., Gitflow)",[119,189,190],{},"Configure CI/CD tools and automated deployments",[119,192,193],{},"Divide frontend and backend tasks, writing readable and maintainable code",[119,195,196],{},"Follow coding style guidelines (ESLint, Prettier)",[119,198,199],{},"Use frameworks like Vue, React, Laravel, Django to speed up development",[86,201,202,205],{},[104,203,204],{},"Development tip："," Leverage AI tools like GitHub Copilot to boost efficiency, but always perform professional reviews.",[100,207,209],{"id":208},"_4-testing-quality-assuranceqa",[104,210,211],{},"4. Testing & Quality Assurance（QA）",[86,213,214],{},"A crucial phase to enhance system stability and reliability.",[86,216,217],{},[104,218,114],{},[116,220,221,224,227,230],{},[119,222,223],{},"Write unit tests and integration tests",[119,225,226],{},"Use testing frameworks such as Jest, Mocha, Selenium, Cypress",[119,228,229],{},"Develop QA test plans and generate test reports",[119,231,232],{},"Conduct stress testing and security testing",[86,234,235,238],{},[104,236,237],{},"Advice："," Testing should progress in parallel with development, not as an afterthought.",[100,240,242],{"id":241},"_5-deployment-release",[104,243,244],{},"5. Deployment & Release",[86,246,247],{},"When the product is ready for real users.",[86,249,250],{},[104,251,114],{},[116,253,254,257,260,263],{},[119,255,256],{},"Set up production and staging environments",[119,258,259],{},"Use tools like Docker and Kubernetes to simplify deployment",[119,261,262],{},"Configure monitoring tools (e.g., Datadog, New Relic)",[119,264,265],{},"Establish rollback mechanisms and zero-downtime deployment strategies (e.g., Blue-Green deployment)",[100,267,269],{"id":268},"maintenance-optimization",[104,270,271],{},"Maintenance & Optimization",[86,273,274],{},"Development is not the end—long-term maintenance and performance optimization are even more important.",[86,276,277],{},[104,278,114],{},[116,280,281,284,287,290],{},[119,282,283],{},"Collect user feedback and crash logs",[119,285,286],{},"Optimize performance based on data (e.g., lazy loading, index tuning)",[119,288,289],{},"Patch security vulnerabilities and ensure API compatibility",[119,291,292],{},"Regularly address technical debt and optimize architecture",[81,294,296],{"id":295},"common-software-development-methodologies-waterfall-vs-agile","Common Software Development Methodologies: Waterfall vs. Agile",[298,299,300,322],"table",{},[301,302,303],"thead",{},[304,305,306,312,317],"tr",{},[307,308,309],"th",{},[104,310,311],{},"Aspect",[307,313,314],{},[104,315,316],{},"Waterfall Development",[307,318,319],{},[104,320,321],{},"Agile Development",[323,324,325,337,348,359],"tbody",{},[304,326,327,331,334],{},[328,329,330],"td",{},"Process",[328,332,333],{},"Linear phase execution",[328,335,336],{},"Rapid iterative cycles",[304,338,339,342,345],{},[328,340,341],{},"Handling changes",[328,343,344],{},"Difficult to adjust",[328,346,347],{},"More flexible",[304,349,350,353,356],{},[328,351,352],{},"Documentation",[328,354,355],{},"Detailed and comprehensive",[328,357,358],{},"Minimal documentation",[304,360,361,364,367],{},[328,362,363],{},"Suitable for",[328,365,366],{},"Clear specs and stable requirements",[328,368,369],{},"Changing needs, MVP projects",[86,371,372],{},"In practice, most companies adopt a hybrid model—using Waterfall for stable planning and Agile for iterative improvements.",[374,375],"article-cta",{},[81,377,379],{"id":378},"practical-tips-for-the-software-development-process","Practical Tips for the Software Development Process",[116,381,382,385,388,391,394],{},[119,383,384],{},"Start with an MVP (Minimum Viable Product) and expand gradually",[119,386,387],{},"Design modular systems and avoid hard coding",[119,389,390],{},"Build a DevOps pipeline to automate testing and deployment",[119,392,393],{},"Document deliverables at every stage",[119,395,396],{},"Hold regular retrospectives to review and improve processes",[81,398,400],{"id":399},"common-mistakes-and-solutions-in-software-development","Common Mistakes and Solutions in Software Development",[298,402,403,417],{},[301,404,405],{},[304,406,407,412],{},[307,408,409],{},[104,410,411],{},"Mistake",[307,413,414],{},[104,415,416],{},"Solution",[323,418,419,427,435,443],{},[304,420,421,424],{},[328,422,423],{},"Unclear requirements",[328,425,426],{},"Introduce user story mapping and redesign interview processes",[304,428,429,432],{},[328,430,431],{},"Disconnected dev & QA",[328,433,434],{},"Establish synchronized QA testing and automated tests",[304,436,437,440],{},[328,438,439],{},"Messy version control",[328,441,442],{},"Adopt Gitflow and enforce code reviews",[304,444,445,448],{},[328,446,447],{},"Lack of documentation",[328,449,450],{},"Use Confluence or Notion as knowledge bases",[81,452,454],{"id":453},"future-trends-how-ai-and-automation-are-changing-software-development","Future Trends: How AI and Automation Are Changing Software Development",[86,456,457],{},"AI tools (e.g., Copilot, ChatGPT) are reshaping development logic:",[116,459,460,466,472],{},[119,461,462,465],{},[104,463,464],{},"Low-code/No-code"," development greatly increases business unit involvement",[119,467,468,471],{},[104,469,470],{},"Automatic generation of tests and documentation"," saves labor costs",[119,473,474,477],{},[104,475,476],{},"Predictive debugging and performance monitoring"," use AI models to detect anomalies",[86,479,480],{},"The future software development process will emphasize “human + machine” collaboration.",[81,482,484],{"id":483},"conclusion","Conclusion",[86,486,487],{},"The software development process is both a project management methodology and a quality assurance mechanism. The clearer the process, the more it reduces risks and improves communication efficiency.",[86,489,490],{},"If you’re looking for a process suited to your team or want to optimize an existing workflow, design your SDLC systematically from requirement analysis through maintenance, and tailor it to your team culture and technical capabilities.",[86,492,493],{},"The software development process is not a one-size-fits-all solution, but having a defined process is essential—otherwise, projects risk delays and rework. Building your own SDLC is truly the first step toward stable and efficient development.",{"title":495,"searchDepth":496,"depth":496,"links":497},"",2,[498,499,508,509,510,511,512],{"id":83,"depth":496,"text":84},{"id":97,"depth":496,"text":98,"children":500},[501,503,504,505,506,507],{"id":102,"depth":502,"text":106},3,{"id":139,"depth":502,"text":142},{"id":172,"depth":502,"text":175},{"id":208,"depth":502,"text":211},{"id":241,"depth":502,"text":244},{"id":268,"depth":502,"text":271},{"id":295,"depth":496,"text":296},{"id":378,"depth":496,"text":379},{"id":399,"depth":496,"text":400},{"id":453,"depth":496,"text":454},{"id":483,"depth":496,"text":484},"/images/blog/software-development-from-zero-to-100-cover.webp",null,"In the digital era, whether it's a startup or a large enterprise, the key to successful software development lies in the design and execution of the process. Understanding the correct software development lifecycle can significantly improve product quality, reduce project risks, and accelerate development speed. This article deeply analyzes each stage of a professional software development process and offers practical industry insights and recommendations to help companies or development teams establish an efficient and stable development system.","md",true,false,{},"/en/article/software-development-from-zero-to-100",{"title":76,"description":515},"en/article/software-development-from-zero-to-100","2025/05/29","blog","0w-JRey5axL7UIytqkszNENuHw9voPl5KTM65IU2DEs",1784003389420]