Category: Excel

Salesforce lacks built-in user access reporting for dashboard folders, requiring manual compilation from multiple Setup areas with no cross-reference capability between users, profiles, and folder access.

Here’s how to create automated user access reports with comprehensive profile-based dashboard permissions analysis.

Create automated dashboard permission reports using Coefficient

Coefficientcreates automated user access reports with dynamic cross-referencing between users and dashboard folder permissions. You get profile-based grouping, real-time permission updates, and scheduled refresh capabilities.

How to make it work

Step 1. Import user-profile relationships.

SalesforceConnect toand import user data:. This creates the foundation for profile-based analysis.

Step 2. Import dashboard folder permissions.

Get folder permission data:. This shows who has access to which dashboard folders.

Step 3. Create user-permission matrices using spreadsheet functions.

Use VLOOKUP formulas (auto-filled by Coefficient) to create user-permission matrices. Cross-reference UserOrGroupId from permissions with actual user names and profiles from your user import.

Step 4. Apply profile-based grouping and filtering.

Use conditional formatting and filtering to analyze permissions by profile. Create pivot tables to group users by profile and show their dashboard folder access levels (Read, Edit, Manage).

Step 5. Schedule automated updates with alerts.

SalesforceSet up weekly refreshes with email alerts for permission changes. This maintains current user access reporting without manual compilation from multipleSetup screens.

Get ongoing automated user access reporting

Start buildingThis provides ongoing, automated user access reporting that’s impossible with native Salesforce functionality, organized by profile for easy analysis.your automated dashboard permission reports today.

Salesforce reports can show individual timecard entries but can’t group by employee and filter on total hours per week, making it impossible to identify incomplete submissions through native reporting.

Here’s how to systematically identify employees with incomplete weekly hours using automated data analysis that updates in real-time.

Identify incomplete hours through systematic data analysis using Coefficient

SalesforceCoefficientSalesforcereports struggle with identifying employees based on aggregated metrics because they cannot filter on calculated summary values.solves this identification challenge by importing employee and timecard data for comprehensive analysis thatnative reporting simply can’t provide.

How to make it work

Step 1. Import employee and timecard data.

Use Coefficient’s Salesforce connector to pull both employee records and timecard data. This creates the foundation for cross-referencing employee information with their weekly hour submissions.

Step 2. Calculate weekly hours per employee.

Create SUMIFS functions to calculate total hours per employee per week:. This aggregates individual timecard entries into meaningful weekly totals.

Step 3. Apply filters for incomplete submissions.

Use conditional formatting to highlight employees under target hours (typically 40). Create visual indicators that immediately show which employees need attention, making management review efficient and actionable.

Step 4. Build manager dashboards.

Create automated weekly reports for management review that include employee names, departments, actual hours, and variance from target. Set up historical tracking to identify compliance patterns over time.

Automate your employee tracking process

Start monitoringThis method transforms Salesforce’s aggregate field filtering limitation into a comprehensive employee tracking solution that updates automatically.employee hour compliance with real-time insights today.

Permission conflicts between profile object permissions and folder sharing rules create complex access scenarios that Salesforce doesn’t highlight natively, potentially leading to unexpected access restrictions or security vulnerabilities.

Here’s how to identify these conflicts through automated permission comparison and conflict analysis.

Identify permission conflicts automatically using Coefficient

Coefficientidentifies permission conflicts through automated permission comparison and conflict analysis. You get scheduled refreshes identifying new conflicts, Slack/email alerts when conflicts are detected, and filtered views showing specific conflict types.

How to make it work

Step 1. Import profile permission analysis.

SalesforceConnect toand get profile permissions:

Step 2. Import folder sharing data for comparison.

Get folder permissions:. This provides the folder-level permissions to compare against profile settings.

Step 3. Create cross-reference analysis using spreadsheet formulas.

Use Coefficient’s formula auto-fill to create IF/THEN logic comparing profile permissions vs folder access levels. Apply conditional formatting highlighting permission conflicts and VLOOKUP functions cross-referencing user profiles with folder permissions.

Step 4. Set up conflict detection rules.

Create formulas to identify users with folder Edit access but profile Read-only permissions, profiles denying report access while folder sharing grants access, and permission set assignments conflicting with folder security models.

Step 5. Configure automated conflict reporting.

Schedule refreshes to identify new permission conflicts automatically. Set up alerts when conflicts are detected and create filtered views showing specific conflict types or affected users.

Get comprehensive permission conflict identification

Salesforce’sStart identifyingThis includes conflict resolution guidance with priority recommendations, impact analysis showing affected users and reports, and historical conflict tracking that’s impossible throughnative permission interface.your permission conflicts today.

Salesforce doesn’t automatically clean up orphaned permissions when profiles are modified or deleted, and there’s no native reporting to identify these permission remnants that can create security vulnerabilities.

Here’s how to get automated orphaned permission detection through scheduled audits and historical comparison capabilities.

Detect orphaned permissions automatically using Coefficient

Coefficientprovides automated orphaned permission detection through scheduled audits. You can identify permission references to inactive or deleted records and track cleanup progress through before/after permission comparisons.

How to make it work

Step 1. Schedule weekly imports of permission-related objects.

SalesforceConnect toand import FolderShare, User, and Profile objects. Set up automated weekly refreshes to maintain current permission data for comparison analysis.

Step 2. Use custom SOQL to identify orphaned permission references.

Create a query to find permissions referencing non-existent records:

Step 3. Create spreadsheet formulas to flag orphaned permissions.

Use Coefficient’s formula auto-fill to create IF statements that flag orphaned permissions. Apply conditional formatting to highlight permission records that reference inactive users or deleted profiles.

Step 4. Set up automated alerts for new orphaned permissions.

Use Coefficient’s snapshot functionality to track permission cleanup progress. Configure Slack or email alerts when new orphaned permissions are detected during scheduled refreshes.

Step 5. Track cleanup efforts with historical comparisons.

Compare current permissions against historical snapshots to identify changes. Cross-reference permission set assignments with active users and track cleanup efforts through before/after permission comparisons.

Get ongoing orphaned permission monitoring

Salesforce’sStart monitoringThis provides ongoing orphaned permission monitoring that’s impossible throughnative interface, with automated detection and cleanup tracking.for orphaned permissions today.