A B2B Construction Management Platform Scales Self-Service Support with AI Agent

A B2B construction management platform improved Salesforce Service Cloud support with a customer-facing AI agent, delivering 24/7 self-service, faster answers, and reduced reliance on human agents.
A B2B construction management platform improved Salesforce Service Cloud support with a customer-facing AI agent, delivering 24/7 self-service, faster answers, and reduced reliance on human agents.

A B2B construction management software provider, serving contractors and project teams, relied on Salesforce Service Cloud and Knowledge to manage customer support. As adoption of the platform grew, users regularly encountered questions about functionality. While answers existed in documented Knowledge articles, customers still had to submit a Case and wait for human agents to respond.

The support system functioned as designed, but routine, knowledge-based inquiries moved through the same workflow as complex cases, consuming skilled agent capacity and limiting responsiveness. The organization needed a way to deliver answers faster without overhauling workflows or compromising data integrity. 

The objective was clear: introduce a customer-facing AI agent that could surface relevant Knowledge content for straightforward questions while preserving structured Case creation for issues that required human intervention. The solution would extend Service Cloud capabilities, maintain governance and workflow integrity, and improve the overall customer support experience.

Customers Needed Answers Faster…(Without Overhauling Support)

Even with answers documented in Knowledge, every customer inquiry had to flow through a Case submission. Service Cloud captured and routed each request, but repeatable, knowledge-based questions were treated the same as complex issues that truly required human intervention.

This case-first design introduced friction. Routine inquiries depended on agent availability rather than the content itself, limiting responsiveness and consuming skilled support capacity. The system was operating correctly, but it was not optimized to deliver knowledge efficiently at scale.

The objective was clear: enable answers to surface directly from Knowledge while retaining structured Case creation for inquiries that required human review. This approach needed to improve responsiveness and throughput without altering workflows, governance controls, or the underlying data architecture.

Deploying a Focused AI Agent to Extend Support Architecture

To address the challenge, a focused, streamlined Agentforce Service Agent was deployed to extend the support architecture while preserving existing Service Cloud workflows. Operating in a knowledge-first mode, the agent retrieved answers directly from existing Knowledge articles, ensuring repeatable inquiries were handled automatically rather than routed to human agents. This maintained architectural consistency while improving throughput.

For questions the AI could not resolve, structured Case creation was triggered. Several dependent picklist fields required careful handling. A JSON-based Prompt Template encoded the field dependencies, guiding the AI to select compatible values. This preserved data integrity, prevented errors, and ensured the automated workflow aligned with Salesforce architecture.

The implementation was designed at a system level, reducing friction for repeatable inquiries and extending Service Cloud capabilities. The approach delivered immediate operational impact without compromising workflow integrity, data structures, or governance controls.

Content Architecture Shapes AI Effectiveness

AI retrieval is only as effective as the content architecture it relies on. Early testing showed that even with a scoped, streamlined agent, the system struggled when articles were overly broad or covered multiple topics. Large, monolithic articles proved difficult for the AI to interpret, limiting retrieval accuracy and reducing self-service effectiveness.

This experience reinforced a core architectural principle: organizations planning AI-driven support must treat content structure as a first-class consideration. Concise, single-topic articles outperform comprehensive reference documents, and content must be consistently formatted to allow AI to complement human workflows predictably. By addressing these content architecture constraints early, the team unlocked the agent’s full potential, allowing self-service to scale without disrupting existing workflows.

24/7 Self-Service Without Compromising Workflow Integrity

The AI agent launched successfully and continues to provide 24/7 self-service support for product questions. By surfacing answers directly from existing Knowledge articles while preserving structured Case creation, the agent reduced reliance on human intervention for routine inquiries while maintaining workflow integrity for complex cases.

This demonstrates that simple, well-scoped AI use cases can deliver measurable operational value. Not every implementation requires complex integrations or extensive topic coverage to generate ROI. Data quality drives AI performance, and the agent is only as effective as the Knowledge content it can access. Investments in article focus, structure, metadata, and formatting directly improve accuracy and retrieval reliability. Complex workflows, including dependent picklists, require early planning to ensure automated Case creation aligns with system architecture and preserves data integrity.

While this implementation focused on Service, it represents an early step toward the Agentic Enterprise vision that Salesforce is increasingly advancing. Embedding AI agents within governed workflows lays the groundwork for broader orchestration across the revenue system. As similar agents extend into Sales, Marketing, and Operations, organizations move from isolated automation to coordinated, system-wide intelligence.

If your team is exploring how AI can streamline support without disrupting existing workflows, let’s chat. We can help design a solution that balances automation, reliability, and operational impact.