A. Create a maximum of 25 Rule Entries to make the escalation rules easy to maintain for an administrator.

B. Create a catch-all Rule Entry at the end of the sort order so that if no other entry is met a case still gets evaluated.

C. Put the most complex escalation Rule Entry at the end of the sort order to improve system performance.

A. Process Builder sequences defining escalation actions and notifications.

B. Custom fields capturing escalation triggers like priority or SLA breaches.

C. Entitlements specifying service level agreements and associated escalation rules.

D. Workflow Rules configured with escalation steps and case field conditions.

A. Data Compare tools like Informatica PowerCenter analyzing record discrepancies and data integrity.

B. Salesforce Reports and Dashboards providing data comparisons between legacy and Salesforce systems.

C. Validation Rules on key fields within Salesforce ensuring data adherence to defined formats and constraints.

D. All of the above, offering various methods for comparing and verifying data accuracy after migration.

A. Ensuring seamless continuity of ongoing social media conversations during the cut-over process.

B. Pre-populating agent dashboards with relevant information about incoming social media interactions.

C. Automating case creation and assignment based on social media message content and customer profiles.

D. All of the above, contributing to a smooth and efficient transition for handling social media inquiries.

A. Email testing services like Mail Tester and GlockApps for analyzing email content and predicting spam filter activation.

B. Monitoring email logs and delivery reports within Salesforce for identifying blocked or bounced emails.

C. Configuring SPF, DKIM, and DMARC authentication protocols to improve email deliverability reputation.

A. Case History review for completeness and verification of resolution details before final closure.

B. Case Closure Rules automatically closing cases based on predefined criteria and ensuring required fields are filled.

C. All of the above, contributing to ensuring accurate and complete case closure for efficient data management.

D. Data Validation Rules on case fields requiring specific formats or preventing invalid entries before closure.

A. Process Builder sequences defining automated actions and data updates based on triggers and conditions.

B. Workflow Rules triggering email notifications and case updates based on specific events or field changes.

C. All of the above, depending on the desired complexity and automation level of case updates.

D. Flow Builder with visual interface for designing automated processes and case updates triggered by interactions.

A. All of the above, depending on the desired level of detail, visual representation, and data access.

B. Salesforce Reporting tools for generating detailed reports and data analysis.

C. Omni-Channel dashboards providing real-time insights into agent activity and queue metrics.

D. Einstein Analytics with customizable dashboards and visual data storytelling capabilities.

A. Inbound Flow Action

B. Fallback Queue

C. Route Work Item

A. Integrate with the CRM system to access customer data and personalize case handling approaches.

B. Introduce pre-built Knowledge Base articles recommending relevant products based on purchase history.

C. Utilize AI-powered case deflection tools to suggest personalized offers and upsell opportunities.

D. Implement dynamic routing based on purchase history to connect customers with appropriate agents.

A. Einstein Bots configured to handle email inquiries and create cases if needed.

B. Process Builder sequences defining steps for email parsing and case generation.

C. Workflow Rules with email field criteria triggering case creation.

D. Email-to-Case enabled on the Case object with appropriate field mapping.

A. Case Escalation Rules

B. Custom Apex Code

C. Entitlements

D. Case Classification

A. Average Resolution Time

B. Average Handle Time

C. Average Cases per Agent