Entreprise Solutions Delivery Flashcards
What is Entreprise Solutions Delivery?
The application of Lean-Agile principles and practices to the specification, development, deployment, operation and evolution of the world’s largest and most sophisticated applications, networks and systems.
What are the 3 dimensions of Entreprise Solutions Delivery
Lean System and Solution Engineering
Coordinating Trains and Suppliers
Continually Evolve Live Systems
Which practices compose Lean Systems and Solution Engineering?
Continually refine the fixed/variable Solution intent
Apply multiple planning horizons
Architect for scale, modularity, releasability and serviceability
Continually address compliance concerns
Which practices compose Coordinating Trains and Suppliers
Build and integrate solution components and capabilities with ARTs and Solution Trains
Apply continuish integration
Manage the supply chain with systems of systems thinking
Which practices compose Continually Evolve Live Systems
Build a Continuous Delivery Pipeline
Evolve deployed systems
Continually refine the fixed/variable Solution intent ?
It replaces the traditional V model with continuous and concurrent engineering
What continuous and concurrent engineering allow?
to align all system builders to a shared direction.
What do Agile teams and trains use to manage and forecast work
Backlogs and roadmaps
What do roadmaps provide?
It provides multiple planning horizons. Engineers forecast long-term works but commit to near-term work.
What architecture should achieve?
Create a resilient system that enables teams and trains to independently build, test, deploy—and even release—their parts of large solutions.
What does a Lean QMS achieves?
It makes compliance activities part of the regular flow
How many people in an ART?
50-125
How do trains work ?
Trains align everyone on a regular cadence. Integration is done at least at every PI.
Which reasons make large systems difficult to continuously integrate
Long lead-time items may not be available
Integration spans organizational boundaries
Automation is rarely end-to-end
The laws of physics dictate certain limits
What is the goal of “continuish integration”
Frequent partial integration with at least one full solution integration each PI