You want to understand and implement:
Garage Method for Cloud
Design Thinking
Agile Delivery Model
Systems of Engagement (SOE), Insight (SOI), Integration (SOI), and Record (SOR)
Cloud delivery across IBM Cloud, AWS, Azure, OpenShift, or GCP
Here’s a clear breakdown to help you master the concepts and know how to actually use them in projects.
The Garage Method is IBM’s proven framework for digital transformation — combining Design Thinking, Agile, DevOps, and Cloud adoption into a single end-to-end model.
It’s not just a “project method”; it’s a collaborative co-creation model that brings together business, design, and technology teams to move from idea → prototype → scaled solution rapidly.
Envision – Understand the business problem through Design Thinking.
Experiment – Build a Minimum Viable Product (MVP) rapidly to validate assumptions.
Engineer – Develop production-grade solutions using Agile and DevOps practices.
Evolve – Scale and optimize with continuous feedback and improvements.
Co-creation workshops (business + tech + design)
MVP-first delivery (start small, iterate fast)
Cloud-native architecture (containers, microservices, APIs)
DevSecOps for continuous integration and delivery
Agile squads working in two-week sprints
Form a cross-functional squad (business lead, product owner, developers, designer, architect).
Run Design Thinking sessions to define pain points and measurable outcomes.
Build an MVP on a cloud platform using Agile sprints and CI/CD.
Deploy, gather feedback, refine, and scale.
Resource: IBM Garage Methodology Playbook
A human-centered innovation framework used to design solutions that truly meet user needs.
It emphasizes empathy, ideation, and experimentation.
Empathize – Understand user needs through interviews, observations, journey maps.
Define – Frame the problem clearly. (“How might we…?” questions.)
Ideate – Brainstorm creative solutions.
Prototype – Build low-fidelity models (wireframes, mockups, MVPs).
Test – Get user feedback quickly to refine.
Design Thinking defines what to build (user problem).
Agile defines how to build it quickly.
Garage provides the framework to integrate both with Cloud delivery.
Start projects with Design Thinking workshops.
Use personas, empathy maps, and journey maps to visualize user pain points.
Convert insights into epics and stories in your Agile backlog.
📘 Resource: IDEO’s Design Thinking Guide
An iterative, adaptive approach to delivering work in short cycles (“sprints”) with continuous customer involvement.
Scrum (most popular for product development)
Kanban (best for continuous flow work)
SAFe or LeSS (for large enterprises)
Deliver small, incremental value.
Collaborate closely with stakeholders.
Embrace change and feedback.
Measure progress with working software, not documents.
Product Owner: defines vision and priorities.
Scrum Master: removes obstacles and facilitates the process.
Development Team: builds and tests solutions.
Break work into epics → stories → tasks.
Run sprint planning, daily stand-ups, reviews, and retrospectives.
Use tools like Jira, Azure DevOps, or Trello.
Integrate CI/CD pipelines to automate build → test → deploy.
Continuously improve through sprint retrospectives.
📘 Resource: Scrum Guide
These four system types describe how enterprise applications interact and create value.
Type
Purpose
Example
Tech Involved
System of Engagement (SOE)
Interfaces that connect directly with users
Mobile apps, chatbots, customer portals
React, Angular, APIs
System of Insight (SOI)
Analyzes data for insights and predictions
Analytics dashboards, AI models
Power BI, IBM Cognos, AWS SageMaker
System of Integration (SOI)
Connects multiple systems together
API layers, message brokers
MuleSoft, Kafka, IBM API Connect
System of Record (SOR)
Stores authoritative data
ERP, CRM, database systems
SAP, Oracle, Salesforce
Map your architecture – identify which systems play each role.
Define integration patterns – REST APIs, message queues, or event streaming.
Ensure data flow – SOR → SOI → SOE (e.g., customer data → analytics → app).
Automate with DevOps pipelines for testing and deployment.
Secure integrations with authentication and encryption.
Containerization (Docker, Kubernetes, OpenShift)
Serverless functions (AWS Lambda, Azure Functions)
Microservices architecture
CI/CD (GitHub Actions, Jenkins, GitLab CI)
Infrastructure as Code (Terraform, Ansible)
Monitoring & Observability (Prometheus, CloudWatch)
Select your cloud platform (based on data, cost, and integration).
Architect using microservices — each handles a specific function.
Use OpenShift or Kubernetes for container orchestration.
Set up CI/CD to automate deployments and testing.
Apply DevSecOps principles for security at every layer.
Continuously monitor performance and optimize resources.
Phase
Method Used
Activities
1. Discover
Design Thinking
Understand user needs and business problem
2. Define
Garage Envision
Prioritize MVP scope and success metrics
3. Deliver
Agile Delivery Model
Build and deploy in sprints
4. Operate
Garage Evolve
Measure, optimize, and scale using insights (SOI)
Train your team in Design Thinking, Agile, and DevOps basics.
Run a Garage Envision Workshop (co-create the problem & MVP).
Design architecture mapping SOE, SOI, SOI, SOR systems.
Set up your cloud environment (OpenShift / AWS / Azure).
Start with a 2-week sprint cycle for MVP delivery.
Measure adoption and business impact (Garage evolve phase).
Iterate and scale based on feedback.