Historical PL-600 Scope
PL-600 was Microsoft's Microsoft Power Platform Solution Architect exam until its retirement on 2026-06-30. Its final published scope covered Perform solution envisioning and requirement analysis (45–50%), Architect a solution (35–40%), Implement the solution (15–20%). This page preserves that dated outline for historical comparison and curriculum cleanup. It is not a schedulable exam, and its prices, delivery details, registration links, and practice calls to action must not be used for a new certification plan.
Who PL-600 Was For
Nobody should start a new certification plan around PL-600. This page serves former candidates, credential holders, training teams removing stale material, and practitioners deciding whether prior preparation is reusable for AB-100. New candidates should verify the active Microsoft page and current dated study guide before booking.
Skills You Should Be Ready to Demonstrate
- Preserve practical experience from Perform solution envisioning and requirement analysis (45–50%) only where the current guide shows meaningful overlap
- Preserve practical experience from Architect a solution (35–40%) only where the current guide shows meaningful overlap
- Preserve practical experience from Implement the solution (15–20%) only where the current guide shows meaningful overlap
How to Reuse Your Preparation
Do not rename an old PL-600 checklist or question bank as AB-100. Compare the two official guides objective by objective and classify each historical skill as transferable, changed, or absent. Use transferable experience as a diagnostic baseline, then rebuild labs and review around AB-100's current domain weights, products, role expectations, security controls, and operational tasks. Because Microsoft identifies AB-100 as the broader replacement path, review the skill map below before assuming equivalence.
What changed from PL-600 to AB-100
| Historical PL-600 | Current AB-100 | Practical impact |
|---|
Solution envisioning and requirement analysis
45-50% | Plan AI-powered business solutions
25-30% | Discovery skills transfer, with new emphasis on AI value, feasibility, data readiness, risk, responsible AI, and adoption. |
Architect a solution
35-40% | Design AI-powered business solutions
25-30% | Power Platform architecture remains relevant but expands to models, agents, orchestration, grounding, memory, tools, and cross-platform integration. |
Implement the solution
15-20% | Deploy AI-powered business solutions
40-45% | AB-100 puts substantially more weight on deployment governance, evaluation, security, observability, cost management, and lifecycle strategy. |
Migration checklist
- Stop scheduling, selling, or presenting PL-600 as a current exam.
- Compare completed PL-600 preparation with the current AB-100 guide; do not carry over obsolete weighting or mechanics.
- Create a fresh AB-100 plan around its current domains and hands-on role expectations.
- Remove or quarantine practice content that cannot be mapped to a current objective with source evidence.
- Recheck Microsoft's dated AB-100 study guide before booking because role-based exams change over time.
Historical Domain Guide
Perform solution envisioning and requirement analysis (45–50%): Historical Scope
Historically, Perform solution envisioning and requirement analysis (45–50%) required candidates to connect configuration choices with operational outcomes. The official outline included Initiate solution planning; Evaluate business requirements. Preserve hands-on understanding of those tasks where the successor comparison shows overlap, but do not treat this retired weighting or terminology as a current exam blueprint.
- Use the official historical objectives to document what perform solution envisioning and requirement analysis (45–50%) required
- Mark each prior skill as transferable, changed, or absent in the current replacement guide
- Rebuild practical exercises around current services, interfaces, governance, and role expectations
Architect a solution (35–40%): Historical Scope
Historically, Architect a solution (35–40%) required candidates to connect configuration choices with operational outcomes. The official outline included Lead the design process; Design the solution topology. Preserve hands-on understanding of those tasks where the successor comparison shows overlap, but do not treat this retired weighting or terminology as a current exam blueprint.
- Use the official historical objectives to document what architect a solution (35–40%) required
- Mark each prior skill as transferable, changed, or absent in the current replacement guide
- Rebuild practical exercises around current services, interfaces, governance, and role expectations
Implement the solution (15–20%): Historical Scope
Historically, Implement the solution (15–20%) required candidates to connect configuration choices with operational outcomes. The official outline included Validate the solution design; Evaluate detailed designs and implementation. Preserve hands-on understanding of those tasks where the successor comparison shows overlap, but do not treat this retired weighting or terminology as a current exam blueprint.
- Use the official historical objectives to document what implement the solution (15–20%) required
- Mark each prior skill as transferable, changed, or absent in the current replacement guide
- Rebuild practical exercises around current services, interfaces, governance, and role expectations
Sources and Verification
Verified 2026-08-26
How this page was made
Cert Atlas compared Microsoft's final PL-600 study guide with the current AB-100 guide at the domain and objective level, then checked Microsoft's retirement list and transition announcement. Claims were reviewed against the linked official sources; no exam stems, answers, choices, or explanations were used.
Historical PL-600 Domains
1.0 Perform solution envisioning and requirement analysis (45–50%)
45-50%
- 1.1Initiate solution planning
- 1.2Evaluate business requirements
- 1.3Identify Microsoft Power Platform solution components
- 1.4Identify and select components from existing apps, Microsoft Dynamics 365 apps, AppSource apps, Azure, third-party components, and independent software vendors (ISVs)
- 1.5Identify and estimate migration and integration efforts and alternatives
- 1.6Identify organization information and metrics
- 1.7Guide the process of collecting the current state business processes
- 1.8Assess an organization's risk factors
- 1.9Review key success criteria
- 1.10Identify existing solutions and systems
- 1.11Evaluate an organization’s enterprise architecture
- 1.12Identify data sources needed for a solution
- 1.13Define use cases and quality standards for existing data
- 1.14Capture requirements
- 1.15Refine high-level requirements
- 1.16Identify functional requirements
- 1.17Identify non-functional requirements
- 1.18Guide the process of designing and improving the future state business processes
- 1.19Perform fit/gap analyses
- 1.20Determine the feasibility of meeting specific requirements
- 1.21Evaluate Dynamics 365 apps and AppSource options to solve requirements
- 1.22Address functional gaps through alternate solutions
- 1.23Determine the scope for a solution
2.0 Architect a solution (35–40%)
35-40%
- 2.1Lead the design process
- 2.2Design the solution topology
- 2.3Identify customization approach for existing apps
- 2.4Design and validate user experience prototypes
- 2.5Identify opportunities for component reuse
- 2.6Communicate system design visually
- 2.7Design a data migration strategy
- 2.8Design apps by grouping required features based on role or task
- 2.9Design a data visualization strategy
- 2.10Design an automation strategy
- 2.11Design environment strategy
- 2.12Design the data model
- 2.13Design relationships and relationship behaviors
- 2.14Determine when to connect to external data versus import data
- 2.15Design data models to address complex sets of requirements
- 2.16Design integrations
- 2.17Design collaboration suite integration including Microsoft Teams and SharePoint
- 2.18Design integrations between Microsoft Power Platform solutions and Dynamics 365 apps
- 2.19Design integrations with an organization’s existing systems
- 2.20Design third-party integrations
- 2.21Design an authentication strategy
- 2.22Design a business continuity strategy
- 2.23Design robotic process automation (RPA)
- 2.24Assess possibilities of networking to support integrations
- 2.25Design the security model
- 2.26Design the business unit and team structure
- 2.27Design security roles
- 2.28Design column and row level security
- 2.29Design security models to address complex sets of requirements
- 2.30Determine security model management policies and processes
- 2.31Identify Microsoft Entra ID groups and app registrations required to support a solution
- 2.32Identify data loss prevention (DLP) policies for a solution
- 2.33Determine how external users will access a solution
3.0 Implement the solution (15–20%)
15-20%
- 3.1Validate the solution design
- 3.2Evaluate detailed designs and implementation
- 3.3Review the security across the solution including business rules, user roles, Entra ID requirements and security boundaries
- 3.4Ensure that the solution conforms to API limits
- 3.5Assess the solution performance and impact on resources
- 3.6Resolve automation conflicts
- 3.7Resolve integration conflicts
- 3.8Support go-live
- 3.9Identify and resolve potential and actual performance issues
- 3.10Escalate and provide options to resolve data migration issues
- 3.11Resolve any identified issues with deployment plans
- 3.12Identify factors that impact go-live readiness and remediate issues