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Unlocking Salesforce AI Features for Smarter Customer Engagement

Reco Security Experts
Updated
August 27, 2025
August 27, 2025

Salesforce has many built-in AI components that can be used for enhanced customer engagement and interactions. Salesforce Einstein delivers AI capabilities in its core products: Sales Cloud, Service Cloud, Marketing Cloud, and Experience Cloud. In this article, we describe how technical practitioners can unlock and use Einstein to develop smarter, more personalized customer experiences. We will examine Einstein features including, but not limited to, building predictions, automating tasks, intelligent recommendations, and generative AI tools. 

Understanding Salesforce Einstein Platform

Before leveraging Einstein, it helps to understand how it integrates into the Salesforce ecosystem. Einstein is not an independent platform; it lives in several Salesforce solutions and is tied into the data you already have in Salesforce.

Einstein leverages predictive as well as generative AI models. Predictive models are powered by machine learning algorithms executed on your Salesforce data. Generative AI tools use large language models and prompt templates for tasks like writing an email or building reports.

Key Einstein services include:

These services are accessible through declarative tools (no-code/low-code) and APIs, which allow developers to extend and integrate AI into apps and workflows.

Diagram of the Einstein AI platform layers integrated into Salesforce core services.

Setting Up Einstein Prediction Builder

You can make your own prediction models with the aid of Einstein Prediction Builder. Using Salesforce data, it can forecast numerical values or binary outcomes (yes/no). You are not required to use external machine learning platforms or export your data.

Point-and-click configuration makes this feature available, but for more sophisticated automation, Apex and SOQL can be used to expand it.

Example: Predict whether a lead will convert based on past lead data.

Steps to build a prediction:

  1. Select an object (e.g., Lead).
  2. Define the outcome field (e.g., Converted).
  3. Choose data fields that affect the outcome.
  4. Train and validate the model.

Once created, the prediction score is stored in a custom field, and you can use it in flows, validation rules, or triggers.

Einstein 1 Platform layered architecture handling data and AI workloads.

Automating Actions with Einstein Next Best Action

Einstein Next Best Action is designed to recommend the next steps by utilizing rules, predictions, and external signals. You can define your strategies in the Strategy Builder, and they run in real time when users are viewing a record. This is incredibly useful in sales and service flows, where you want to present personalized offers or guidance. The key benefit here is the ability to evaluate situations in real time, taking context into account.

Example use case: When a customer is likely to churn, recommend a discount or loyalty program. The flow can be connected with predictions, external REST APIs, or logic built into Apex.

Using Einstein Bots in Service Cloud

Einstein Bots let you build chatbots that automate routine service tasks like resetting passwords, checking order status, or updating contact information. They work with Live Agent and Messaging and can be customized with intents, flows, and backend integration.

You can create bots using the Bot Builder in Salesforce. Bot steps can call Apex classes or invoke external APIs.

Generating Content with Einstein GPT

Einstein GPT brings generative AI into Salesforce. You can use it to write emails, generate knowledge articles, or auto-summarize cases. The prompt templates can be customized per business unit or user role.

Einstein Trust Layer processing generative AI prompts with secure data handling and audit trail.
Secure processing of generative AI prompts by the Einstein Trust Layer, ensuring data privacy and maintaining a detailed audit trail within Salesforce.

Einstein GPT is currently integrated with:

  • Sales GPT: Compose outreach emails.
  • Service GPT: Summarize support cases.
  • Marketing GPT: Generate campaign content.

Developers can use Prompt Builder to define prompt templates and link them to record types or specific actions.

Integrating Einstein AI with External Systems

Einstein can be very powerful when it is integrated with data and workflows from outside Salesforce. By integrating external applications, organizations can make predictions better, automate actions across platforms, and create seamless customer journeys.

Key integration possibilities include:

  • Product Usage Data – Bring in logs or IoT device data to predict churn and proactively engage users.
  • Marketing Platforms – Sync campaign or ad performance data to deliver personalized Next Best Actions.
  • Support & Ticketing Systems – Combine case history with warranty databases to automate proactive service offers.
  • Customer Feedback Tools – Analyze sentiment from surveys or NPS tools and feed it into Einstein GPT for empathetic communication.
  • Finance & Billing Systems – Integrate payment data to forecast late payments or upsell opportunities.

Developers can achieve this using Salesforce APIs, MuleSoft connectors, or Apex callouts, ensuring secure, real-time data flow. With richer datasets, Einstein can provide more precise insights and drive higher-quality, context-aware customer experiences.

Insight by
Gal Nakash
Cofounder & CPO at Reco

Gal is the Cofounder & CPO of Reco. Gal is a former Lieutenant Colonel in the Israeli Prime Minister's Office. He is a tech enthusiast, with a background of Security Researcher and Hacker. Gal has led teams in multiple cybersecurity areas with an expertise in the human element.

Expert Insight: Use Synthetic Data to Train and Test Einstein Predictions


AI models in Salesforce (like those built with Prediction Builder) require clean, structured, and well-populated datasets. But what if you don’t yet have sufficient production data to test your predictions, or you can’t use real data due to compliance constraints?

Solution: Use synthetic data to simulate scenarios, test models, and validate logic in a safe, controlled way.

How to use synthetic data in Salesforce AI:

  • Generate test datasets using Python libraries like Faker, Mockaroo, or tools like Snowfaker (built for Salesforce data seeding).
  • Create simulated records in a sandbox or Developer Org that mimic realistic lead conversion behavior, customer churn signals, or support ticket escalation paths.
  • Use this data to build and train Einstein Prediction Builder models before deploying them in production.
  • Stress-test edge cases such as extreme user behaviors, bot-like patterns, or rare event triggers (e.g., high-value client churn) that aren't well-represented in live data.
  • Cleanly roll back synthetic records post-testing using Salesforce's delete Apex or bulk APIs—keeping orgs tidy and compliant.

Why it works: You don’t need to wait on production data to innovate. With synthetic datasets, you can prototype smarter, detect model gaps early, and reduce the risk of surprises when launching AI-powered flows in production.

Best Practices for Deployment and Monitoring

When deploying AI features in Salesforce, consider the following:

  • Data Quality: AI models are only as good as the data they are trained on. Ensure fields are consistently filled and updated.
  • Explainability: Use model cards and insights provided by Prediction Builder to explain how predictions are made.
  • Access Control: Limit visibility of predictions or actions based on user roles.
  • Monitoring: Use Salesforce setup tools to monitor AI feature usage and performance. Look for prediction drift, low accuracy, or underused recommendations.

Einstein Analytics can also be used to create dashboards that show how AI predictions are being used in business workflows.

Conclusion

Salesforce provides a wide set of AI features that can help businesses engage customers more intelligently. By using tools like Prediction Builder, Next Best Action, Einstein Bots, and GPT integrations, developers and architects can build powerful, data-driven user experiences.

These tools are available within Salesforce and can be extended using Apex, SOQL, and external services, making them flexible for advanced technical teams. With the right setup and monitoring, Salesforce AI features can bring measurable improvements to customer interaction quality and efficiency.

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