Search
Close this search box.
Search
Close this search box.
Search
Close this search box.

Accelerate Your Development Speed – Built In Quality

Facebook
Twitter
LinkedIn
Pinterest
WhatsApp

“Inspection does not improve the quality, nor guarantee quality. The inspection is too late. The quality, good or bad, is already in the product. Quality cannot be inspected into a product or service; it must be built into it.” – W. Edwards Deming.

A big number of bugs that are discovered in testing processes are easy to prevent. The fact that such bugs are discovered at the testing stage, which is usually at the end of the process, shows that the developers did not perform primary quality check of their work. This wastes the time of both testers and developers, reduces motivation and efficiency, and slows development. The costs go up significantly as a bug moves through traditional SDLC. For example, IBM estimates that if a bug costs $100 to fix in the Gathering Requirements phase, it would be $1,500 in the QA testing phase and $10,000 once in Production.

While we can’t expect to test everything and go our entire lives deploying a product that’s 100% error-free, we can make strides to safeguard software as best we can. Built-In Quality is a core principle of the Lean-Agile mindset. It helps avoid the cost of delays associated with the recall, rework, and defect fixing. The Built-In Quality philosophy applies Systems Thinking to optimize the system, ensuring a fast flow across the entire value stream, and making the quality of everyone’s job. Built-In Quality practices ensure that each solution element, at every increment, meets appropriate quality standards throughout development.

One way to drive forward Built-In Quality is to adopt the Zero Bugs approach.

Without the Zero Bugs approach, you typically have the overhead and increasing cost of fixing, as well as a culture in which people are used to bugs being a standard part of their environment which only makes the backlog of bugs grow (the broken window theory).

Zero Bugs Approach means applying a policy where the team keeps a very low (optimally zero)  threshold of open bugs. Once the threshold is reached, the team “Stops the line” and fixes the bug(s). Developers and Testers are pairing and therefore part of the bugs isn’t even reported in the bugs management tool and is fixed immediately. There is no Severity indication as a bug is a bug. Once you implement the Zero Bugs approach, you will no longer have to manage and prioritize a never-ending backlog of bugs. </

Progression bugs, which are related to new functionality, are fixed immediately as part of the Story Definition of Done. Regression bugs are negotiated with the Product Owner who decides whether to fix the issue or to obsolete it. If the fix doesn’t risk the iteration, the bug will be fixed immediately. If it might risk the iteration, then the PO prioritizes the bug vs. the team’s backlog,  and the bug will be fixed at the latest as a top priority of the next iteration.

The Zero Bugs approach is just one of many ways to install a Built-In Quality culture and to shift left quality awareness.

AgileSparks offers a 1-day Built In Quality course for tech leads that covers how leading software companies are changing their approach to quality, in order to achieve speed and continuous delivery. This course pushes the boundaries of the quality mindset and challenges the thinking about quality ownership within the team.

Subscribe for Email Updates:

Categories:

Tags:

IT Operations
Agile Release Management
Agile Games and Exercises
Software Development Estimation
Atlaassian
SAFe
speed at scale
Manage Budget Creation
Scrum and XP
Lean Budgeting
Keith Sawyer
Implementing SAFe
Introduction to ATDD
Agile in the Enterprise
Amdocs
lean agile change management
Risk-aware Product Development
ALM Tools
Certified SAFe
Tools
Kanban Basics
TDD
Portfolio for Jira
Legacy Enterprise
Agile Assembly Architecture
Frameworks
Tips
Certification
Business Agility
Continuous Deployment
Agile Release Planning
Sprint Iteration
BDD
SAFe Release Planning
ScrumMaster Tales
Development Value Streams
Legacy Code
PI Planning
Coaching Agile Teams
Reading List
Agile
ROI
LeSS
Large Scale Scrum
Systems Thinking
RTE
Spotify
Achieve Business Agility
WIP
Scrum Guide
Principles of Lean-Agile Leadership
Lean-Agile Software Development
Lean and Agile Techniques
Scrum With Kanban
Scrum.org
NIT
POPM
Kaizen
Lean Agile Basics
Release Train Engineer
SPC
RTE Role
Quality Assurance
Managing Projects
AI
ATDD
PI Objectives
Scrum Master Role
Scrum Values
Nexus Integration Team
ART Success
Pomodoro Technique
Nexus and Kanban
Perfection Game
Nexus
Acceptance Test-Driven Development
Agile Outsourcing
Agile Israel Events
Nexus and SAFe
Nexus vs SAFe
Advanced Roadmaps
Code
Effective Agile Retrospectives
agileisrael
Limiting Work in Progress
Scaled Agile Framework
QA
Agile Product Ownership
Engineering Practices
Releases Using Lean
speed @ scale
Continuous Integration
Agile Development
Games and Exercises
Jira admin
Agility
Jira
SAFe DevOps
Jira Cloud
Agile Israel
Entrepreneurial Operating System®
Agile Testing Practices
Product Ownership
Kanban Game
Hybrid Work
Test Driven Development
Agile Basics
Value Streams
Agile Risk Management
Atlassian
Lean Risk Management
LPM
Lean Agile
Daily Scrum
An Appreciative Retrospective
System Team
ARTs
Lean and Agile Principles and Practices
Kanban
Accelerate Value Delivery At Scale
Lean Software Development
Elastic Leadership
Agile Community
Scrum
Kanban Kickstart Example
Professional Scrum Master
System Archetypes
Story Slicing
predictability
The Kanban Method
Covid19
Sprint Retrospectives
Introduction to Test Driven Development
Change Management
Agile Marketing
Agile Program
Agile Exercises
DevOps
Presentation
Agile Games
System Integration Environments
Risk Management on Agile Projects
Agile Project Management
Applying Agile Methodology
LAB
A Kanban System for Software Engineering
The Agile Coach
Agile Mindset
Continuous Improvement
Program Increment
AI Artificial Intelligence
User stories
Agile Delivery
GanttBan
EOS®
Slides
Scrum Master
Kanban 101
Agile India
ATDD vs. BDD
Product Management
Built-In Quality
Jira Plans
Self-organization
Artificial Intelligence
SA
Software Development
Agile Product Development
Agile Contracts Best Practices
RSA
Lean-Agile Budgeting
chatgpt
Lean Startup
Risk Management in Kanban
Agile and DevOps Journey
Lean Agile Leadership
Sprint Planning
Continuous Delivery
Planning
Managing Risk on Agile Projects
Agile Techniques
Continuous Planning
Lean Agile Organization
Agile Project
Professional Scrum Product Owner
Enterprise DevOps
Iterative Incremental Development
Lean Agile Management
What Is Kanban
Professional Scrum with Kanban
Kaizen Workshop
Webinar
Video
AgileSparks
Team Flow
Implementation of Lean and Agile
Scrum Primer
Operational Value Stream
Rapid RTC
Process Improvement
AgileSparks
Logo
Enable registration in settings - general

Contact Us

Request for additional information and prices

AgileSparks Newsletter

Subscribe to our newsletter, and stay updated on the latest Agile news and events

This website uses Cookies to provide a better experience
Shopping cart