OpenAI has open‑sourced the openai‑realtime‑meeting‑assistant project, a Go‑based demo that lets multiple users control a Kanban board via voice using Pion WebRTC, Opus, WebSocket and the OpenAI Realtime API with function calling, and provides full setup and usage instructions.
Routa demonstrates how combining a Harness‑style engineering framework, AI‑driven Coding Agents, and a Kanban‑based task protocol can transform software development into an automated, collaborative workbench, redefining the Definition of Done, enforcing quality gates, and orchestrating multi‑agent handoffs across the entire lifecycle.
The article examines the shift from AI‑assisted code generation (AI Coding 2.0) to an execution‑focused paradigm (AI Coding 3.0), showing how introducing agents into Kanban‑based workflows forces explicit modeling of decisions, verification, and orchestration to turn software delivery into a provably correct system.
The author explains how, over three years, they organized more than 2,000 technical notes in Obsidian using a five‑plugin core, a four‑layer folder structure, templated note types, and a complete input‑process‑output‑archive workflow that lets programmers retrieve any information in seconds.
The article argues that in the AI‑first software era, managing multi‑agent teams requires a Kanban‑style control plane that visualizes runtime facts, concurrency, repository context, and execution history, turning the board from a simple task list into a robust engineering harness for reliable delivery.
OpenAI’s Symphony project demonstrates a shift from manually prompting AI code agents to managing autonomous AI‑driven workflows via a Kanban board, while the concurrent Paperclip open‑source effort expands this concept into a full “zero‑person” company orchestration layer.
Vibe Kanban is an open‑source central dispatch system that lets multiple AI coding assistants work in parallel without file conflicts, offering visual reviews, Git Worktree isolation, and simple one‑command installation to dramatically boost developer productivity.
A software team discovered that Scrum’s ceremonies and story‑point focus were masking weeks of unfinished work, so they switched to Kanban with WIP limits and flow metrics, ran a simple JavaScript simulation, and measured dramatic improvements in cycle time, delivery volume, and team morale.
After burning our Agile rulebook and abandoning story points, sprints, and endless meetings, a senior engineering team switched to a simple Kanban flow with WIP limits, focused on cycle time, and replaced daily stand‑ups with continuous Slack communication, resulting in dramatically higher output, quality, and morale.
This article explains why many factories only claim to practice lean without real results, introduces the ten most effective lean tools—from 5S and Kanban to SMED, VSM, Andon, TPM, Heijunka, and Kaizen—provides practical implementation tips, and shows how digital templates can accelerate adoption.
The article explains the historical evolution of software testing, argues for the continued necessity of independent testing teams within DevOps, and details a customized Agile framework—including Scrum, Kanban, and XP—along with roles, artifacts, values, ceremonies, and practical steps for successful adoption.
This article reviews the most popular software project management methodologies—including Waterfall, Agile, Scrum, Kanban, and Lean—detailing their processes, advantages, and disadvantages, and offers guidance on selecting the approach that best fits a project's requirements, team size, and organizational culture.
This article summarizes practical teamwork techniques from *The Phoenix Project*, including the 3‑Question method, the Five Whys, explicit communication, clear role definition, and Kanban, showing how to apply each to improve efficiency and quality.
This article provides a comprehensive overview of Agile methodology, detailing how testing adapts to Agile practices, comparing Scrum and Kanban, and exploring testing techniques such as BDD, ATDD, exploratory testing, and session‑based testing, while offering guidance for aligning testing with Agile delivery.
This article recounts a company's shift from traditional project management to agile practices, detailing demand grooming, sprint planning, daily stand‑ups, iteration reviews, retrospectives, and the integration of a simple three‑state Kanban board within TAPD to handle uncertain work and improve continuous delivery.
This article shares four practical techniques—a dot‑timing method, magnetic‑fixing method, user‑story card stacking, and goal‑confidence index—to help Scrum Masters design clearer, more motivating task boards that improve visibility, reduce waste, and strengthen team focus on sprint objectives.
The 2021 Kanban State Report, translated by Agilean, reveals that Kanban is widely adopted across industries, with most teams using digital tools, lane‑based boards, and emphasizing incremental evolution, visualization, and tool selection, while highlighting the benefits of training and the popularity of Jira despite mixed recommendations.
This article traces the evolution of DevOps from its roots in Toyota’s Production System and early manufacturing practices through the emergence of Kanban, Waterfall, Scrum, Agile, Lean, and modern extensions like ChatOps, GitOps, FinOps and AiOps, highlighting key milestones and concepts.
This article examines how a software team transformed its daily stand‑ups by introducing physical Scrum and Lean Kanban boards, detailing the observed problems, step‑by‑step improvements, measurable outcomes, and future refinements to enhance transparency, focus, and value‑flow.
This article traces the evolution of DevOps from its roots in Toyota Production System and Kanban through Waterfall, Scrum, Agile, Lean, and modern extensions like ChatOps, GitOps, FinOps and AiOps, highlighting key milestones and their impact on software delivery practices.
This article chronicles the history of DevOps and its related practices—from the Toyota Production System and Kanban to Waterfall, Scrum, Agile, Lean, and modern concepts like ChatOps, GitOps, FinOps and AiOps—highlighting how each milestone shaped today’s software delivery culture.
This article explains how GrowingIO's R&D department structures project classification, work, personnel, and time management using Jira, detailing requirement handling, iteration processes, and practical Scrum/Kanban practices to balance OKR goals with customer demands.
This article traces the historical shift in software development practices, comparing the linear Waterfall model with Agile, Kanban, Scrum, and Lean approaches, highlighting how each methodology improves flexibility, transparency, and efficiency by borrowing principles from automotive production systems.
This report details how the HR system team adopted agile methods—including user‑experience mapping, Sprint 0 preparation, backlog planning, Kanban boards, daily stand‑ups, burn‑down analysis, demo sessions, and retrospectives—to improve delivery speed, quality, and business collaboration.
Youzan scales demand backlog management from a single product to multiple lines by aligning OKR‑driven strategic goals with stakeholder inputs, centralizing ownership in a product‑owner‑led backlog that integrates information, uses user‑story, impact‑mapping and MoSCoW prioritization, employs fixed Scrum/Kanban cycles, splits large backlogs by domain, and leverages electronic kanban tools while continuously refining granularity and value‑loop closure.
The article introduces Autohome's Product Development (APD) methodology, detailing its framework, core principles, three development models—flow, iteration, and train—and how it integrates lean‑agile practices to double team capacity and halve delivery cycles.
This comprehensive guide outlines 40 essential project management terms—from basic concepts like project plans and WBS to advanced topics such as risk mitigation, Kanban flow limits, and quality assurance—helping professionals enhance their terminology and improve project communication.
This article recounts how an agile coach helped Alibaba Health's B2B development team overcome chronic release failures, burnout, and low productivity by establishing stable feature teams, aligning goals, tightening quality gates, clarifying requirements, visualizing flow with Kanban, implementing continuous integration, and driving continuous improvement through clear metrics.
This article explains the purpose, prerequisites, organization, preparation, focus points, execution, and follow‑up of daily stand‑up meetings, emphasizing value‑flow, Kanban visualization, and practical checklists to help teams collaborate effectively and deliver value smoothly.
The article introduces the Kanban method as a lean approach to managing professional services, outlines ten essential principles such as focusing on flow, incremental change, risk management, and scalability, and concludes with a recruitment announcement seeking DevOps engineers in Beijing.
This article examines common misconceptions and mistakes in implementing Agile and DevOps—such as misusing Scrum, overly long daily stand‑ups, indiscriminate automation testing, superficial CI pipelines, and ineffective Kanban—while offering concrete, principle‑driven practices to achieve efficient, high‑quality software delivery.
The article explains why Kanban, with its three simple practices of visualizing workflow, limiting work‑in‑progress, and continuously improving flow, is a lighter, less intrusive alternative to Scrum for agile and lean project management, even in traditional waterfall environments.
This article recounts a real‑world Kanban board improvement performed by a software development team, describing the initial problems, a 15‑minute, four‑step redesign process, and the resulting clearer task visibility, better WIP control, and stronger team alignment.
The article explains the Kanban method, its origins in Toyota's production system, how it applies to software development, its benefits and limitations, and shares practical reflections from a recent agile training session within a R&D team.
This article describes how the Agricultural Bank's Software Development Center Department 2 adopted agile practices from 2017, using Kanban stand‑ups, Scrum, Git Pull Requests and CI/CD to build a continuous delivery pipeline, illustrating a six‑month journey from no agile knowledge to a self‑organizing, continuously improving team.
The Spring Project team adopted Scrum and a physical Kanban board, combined with TFS work items, to streamline requirement tracking, code‑story linkage, version control, and automated deployment, resulting in clearer process management, higher delivery quality, and improved team efficiency across fifteen iterations.
This article explains why agile development is needed, outlines its advantages over traditional waterfall methods, defines agile and scrum, and provides practical guidance on preparing teams, tools, and processes before launching an agile project.
The Development Department's fifth division organized an Agile R&D workshop showcasing Scrum practices using TFS electronic Kanban boards, covering work item, personnel, and time management, daily stand‑up demonstrations, discussion outcomes, and future agile development requirements.
This article explores how operations teams can adopt agile principles—especially Kanban—to address common challenges such as delayed feedback, task overload, and hidden risks, demonstrating a step‑by‑step transformation within the DevOps lifecycle.
This article explains Lean thinking—from its origins in Toyota’s production system to its five core principles—and shows how those ideas are adapted to modern product development through Lean product development, Lean Startup, and Kanban practices, helping teams deliver high‑quality, valuable products efficiently.
The author recounts attending a Phoenix Project‑based DevOps simulation in Beijing, describing role misunderstandings, the use of Kanban boards, bottleneck handling, one‑piece flow, and communication challenges, and concludes with recommendations on who should participate in such training.
The article explains that agile development is not a method for rapid delivery but a disciplined approach to quickly adapt to changing requirements, highlighting misconceptions, the benefits of reduced pre‑work time, iterative releases, user stories, and practical advice for teams facing scaling and requirement volatility.
This article explains how to run a Kanban stand‑up meeting—its objectives of inspecting value‑flow, the daily right‑to‑left board walk, the six key issue categories plus an extra "6+1" check, and practical tips for keeping the meeting short, focused, and effective.
This article explains how to control work‑in‑progress using the lake‑water‑rock metaphor, outlines realistic and useful principles for setting WIP limits, describes common limiting methods such as swim‑lane caps, stage caps, and personal caps, and offers practical ways to determine initial limit values.
The article explains how to control work‑in‑progress by postponing new starts and concentrating on finishing existing tasks, emphasizing that WIP should be measured in delivered user value rather than task count, and outlines practical control techniques for lean product development.
This article explains the essential practice of limiting work-in-progress in product development, using the ancient Chinese engineer Pan Jixun's "water‑constriction" strategy as an analogy to illustrate how reducing WIP accelerates delivery cycles and instantly reveals problems, supported by Little's Law and real‑world examples.
This article walks readers through a three-step process for designing a team’s Kanban wall and system, teaching how to analyze value streams, select appropriate visual elements, and create a customized board that supports efficient workflow management.
This article examines how a startup’s Kanban board was redesigned to visualize end‑to‑end value flow, improve cross‑team collaboration, expose bottlenecks, and enable product managers to track and accept work more effectively.
This article explains the origins of the Kanban method, clarifies common misconceptions, and outlines its five core practices—visualizing value flow, making policies explicit, limiting work‑in‑progress, managing workflow, and establishing feedback for continuous improvement—highlighting how these practices enhance lean product development.
After reading the novel‑style account of the Phoenix Project, the author reflects on the book’s DevOps insights—highlighting chronic IT operations challenges, the power of visualizing changes with Kanban, addressing resource constraints, navigating security audits, and pursuing automation through a three‑step cultural transformation.
This article explains how to create and customize Kanban boards in TFS, covering board creation, column naming, WIP limits, status mapping, swimlane usage, card field configuration, and visual styling to improve team visibility and workflow management.
This guide explains the fundamentals of product backlog creation, outlines essential backlog attributes, demonstrates how to use Worktile for backlog and sprint planning, covers sprint backlog management and burn‑down chart generation, and concludes with practical tips for agile teams.
The article introduces User Story Driving Agile Development (UDAD), a comprehensive methodology that integrates impact mapping, user story mapping, visual guidance, Scrum, Kanban, continuous integration, exploratory testing, and automated deployment to provide a cohesive, end‑to‑end agile process supported by Microsoft Team Foundation Server.
The article introduces Kanban, User Story Mapping, and Impact Mapping as visual tools to clarify requirements, explains a stepwise thinking approach from abstraction to concrete code, and offers practical advice on prototyping, delayed decision‑making, and preparation before coding to improve product development.
The article traces the ten‑year evolution of the Agile Manifesto, examines the perspectives of its signatories and industry experts, compares Scrum, XP, Kanban and RUP, and discusses the challenges and conditions required for successful Agile adoption in modern software projects.
