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Assignments
Overview
The Salesforce Data Integration Architect course equips professionals with the skills needed to design scalable, secure, and effective integration solutions on the Salesforce Platform. Tailored for architects and integration specialists, this course delves into best practices for data exchange across various platforms, system interoperability, and end-to-end solution architecture.
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Objectives
By the end of this course, leaner will be able to:
- Assess architecture environments and identify integration needs for Salesforce and external systems.
- Design robust, scalable data integration solutions using Salesforce tools and platforms.
- Implement integration patterns for REST, SOAP, and event-driven architectures.
- Ensure data security and compliance across integrated systems.
- Optimize performance in large-scale data integrations to support high-volume transactions.
Prerequisites
- Knowledge of Salesforce architecture and platform functionality.
- Basic understanding of integration protocols such as REST and SOAP.
- Experience with Salesforce data modeling, sharing mechanisms, and security.
- Familiarity with API management and middleware platforms.
- Understanding of network security and encryption best practices.
Course Outline
Module 1 : Integration FundamentalsCourses2024-11-07T11:19:24+05:30
- Overview of integration patterns, REST vs. SOAP, and middleware best practices.
Module 2 : Data Synchronization and ReplicationCourses2024-11-07T11:20:08+05:30
- Techniques for syncing data between Salesforce and external systems to ensure data consistency.
Module 3 : API Management and Platform IntegrationCourses2024-11-07T11:21:06+05:30
- Exploration of Salesforce APIs and tools like MuleSoft for seamless platform interoperability.
Module 4 : Security and Compliance in IntegrationsCourses2024-11-07T11:21:53+05:30
- Securing data transmission, ensuring compliance, and managing user permissions across systems.
Module 5 : Advanced Integration TechniquesCourses2024-11-07T11:22:49+05:30
- Event-driven architectures, batch processing, and best practices for high-volume integrations.
