Projets Proof of Concept | GitScrum

Gérez projets PoC avec GitScrum. Suivez expériences, validez faisabilité et décidez go/no-go rapidement. Décisions 60% plus rapides.

5 min de lecture

How to use GitScrum for proof of concept projects?

Manage PoC projects in GitScrum with time-boxed experiments, decision criteria tracking, and documentation in NoteVault. Quick iterations, clear success criteria, structured decisions. PoC teams with structured approach make decisions 60% faster [Source: Innovation Research 2024].

PoC workflow:

Define - Hypothesis and scope

Criteria - Success metrics

Time-box - Set duration

Experiment - Build minimal

Evaluate - Assess results

Decide - Go/no-go

Document - Capture learnings

PoC labels

Label	Purpose
type-poc	PoC work
poc-feasibility	Technical feasibility
poc-performance	Performance testing
poc-integration	Integration test
poc-go	Decision: proceed
poc-no-go	Decision: stop

PoC columns

Column	Purpose
Hypothesis	What we're testing
In Progress	Active experiments
Evaluation	Assessing results
Go	Proceed to build
No-Go	Not pursuing

NoteVault PoC docs

Document	Content
PoC charter	What and why
Success criteria	How we measure
Experiment log	What we tried
Findings	What we learned
Decision record	Final outcome

PoC charter template

## PoC: [name]

### Hypothesis
We believe [approach] will [outcome] because [reason].

### Scope
- In scope: [list]
- Out of scope: [list]

### Success Criteria
| Criterion | Target | Importance |
|-----------|--------|------------|
| [Criterion 1] | [value] | Must have |
| [Criterion 2] | [value] | Nice to have |

### Time Box
- Duration: [days/weeks]
- Start: [date]
- Decision date: [date]

### Team
- Lead: [@person]
- Members: [@people]

### Resources
- Budget: [$amount]
- Infrastructure: [what]

### Decision Framework
Go if: [criteria]
No-go if: [criteria]
Pivot if: [criteria]

Success criteria types

Type	Examples
Technical	Performance, scalability
Business	Cost, ROI
User	Usability, adoption
Integration	Compatibility
Risk	Security, compliance

Time-boxing

PoC Type	Duration
Quick validation	1-2 days
Technical feasibility	1-2 weeks
Full PoC	2-4 weeks
Complex integration	4-8 weeks

Experiment tracking

Experiment	Result	Learning
Approach A	Failed	Too slow
Approach B	Success	Met targets
Approach C	Partial	Needs tuning

Decision framework

Outcome	Criteria	Action
Go	All must-haves met	Proceed to build
No-Go	Critical blockers	Stop
Pivot	Partial success	Modify approach
Extend	Need more data	More time

Common PoC pitfalls

Pitfall	Solution
Scope creep	Strict boundaries
No criteria	Define upfront
Too long	Time-box firmly
Sunk cost	Objective review

PoC checklist

Phase	Check
Start	☐ Hypothesis clear
Start	☐ Criteria defined
Start	☐ Time-boxed
During	☐ Tracking results
End	☐ Decision made
End	☐ Documented

Findings documentation

## PoC Findings: [name]

### Hypothesis
[Original hypothesis]

### Results
| Criterion | Target | Actual | Met? |
|-----------|--------|--------|------|
| [1] | [value] | [value] | ✓/✗ |

### Key Learnings
1. [Learning 1]
2. [Learning 2]

### Risks Identified
1. [Risk 1]
2. [Risk 2]

### Recommendation
[Go/No-Go/Pivot] because [reason]

### Next Steps
1. [Step 1]
2. [Step 2]

PoC to production

Phase	Activities
PoC complete	Decision made
Planning	Full project scope
Architecture	Production design
Build	Implementation
Launch	Go live

PoC metrics

Metric	Track
Time to decision	Days
Success rate	% go decisions
Accuracy	Decision quality
Cost	$ spent on PoC