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GenAI Support Intelligence for Faster Customer Resolution (Case Study)

Evidence-grounded AI assistance and contextual knowledge retrieval for a growing B2B SaaS support organization.

Project Snapshot

Client

Growing B2B SaaS and Enterprise Software Company

Location

India and USA

Industry

B2B SaaS and Enterprise Technology

Services

Turning Fragmented Knowledge Into Faster Customer Resolution

A growing B2B SaaS company supported customers across multiple product editions, integrations, subscription plans, and software versions. Its support teams handled requests through email, live chat, and a customer portal.

The required knowledge was available, but it was distributed across product documentation, internal runbooks, release notes, engineering records, policy pages, and historical tickets. Agents spent significant time locating and validating information before they could respond.

DataTheta designed an evidence-first GenAI support platform that brought customer context, trusted knowledge, and guided resolution into one workspace.

41%

Faster Case Handling

27%

Higher First-Contact Resolution

52%

Fewer Avoidable Escalations

98%

Evidence-Backed Answers

Trusted Knowledge Foundation

The success of the platform depended on the quality of the information available to it. DataTheta therefore treated knowledge preparation as a central implementation activity rather than a simple content-cleaning exercise.

The team reviewed documentation, identified duplicate and outdated guidance, assigned owners, and created common metadata for product modules, software versions, integrations, and issue categories.

The Knowledge Foundation Included

  • A unified taxonomy for products, modules, versions, and issue types.
  • Clear ownership for important support documents and runbooks.
  • Effective dates and version labels for release-dependent guidance.
  • Retirement rules for outdated or duplicate information.
  • Role-based controls for public, internal, and restricted content.
  • Metadata for geography, subscription, entitlement, and configuration.
  • Priority rules that favored approved instructions over informal comments.
  • Feedback options for agents to flag inaccurate or unclear sources.

This process improved more than GenAI retrieval. It helped the company identify areas where important operational knowledge lacked ownership or depended heavily on individual employees.

Governance and Safety

Governance controls were built into the initial solution. The company wanted faster resolution, but not at the cost of security, customer commitments, or operational accountability.

Every AI-assisted answer required supporting evidence. Low-confidence results triggered clarification or escalation instead of producing an unsupported response.

Core Governance Controls

  • Approved evidence required for every recommendation.
  • Confidence thresholds for review and escalation.
  • Permission controls based on the support agent’s role.
  • Context filters prevent guidance from the wrong product version.
  • Masking of personal information not required for resolution.
  • Full logging of sources, generated text, edits, and outcomes.
  • Human approval for financial and access-related actions.
  • Specialist review for security and privacy-sensitive cases.

The system could not autonomously issue refunds, change subscriptions, modify user access, override policies, or make contractual commitments. These activities remained outside the approved automation boundary.

Implementation Approach

The platform was introduced through a controlled 12-week program. The first release focused on 12 high-volume support intents where knowledge was available and the business impact could be measured clearly.

During the first phase, DataTheta audited information sources, documented existing workflows, defined the taxonomy, and established baseline performance metrics.

Implementation Stages

  • Weeks 1–2: Knowledge audit, use-case selection, and baseline measurement.
  • Weeks 3–5: Retrieval configuration, workflow development, and evaluation testing.
  • Weeks 6–8: Controlled launch with 25 selected support agents.
  • Weeks 9–12: Performance refinement, dashboards, and production preparation.

During the controlled launch, agents reviewed all generated recommendations before responding. The project team tracked accepted suggestions, edits, rejected responses, and escalation reasons.

Weekly reviews helped identify retrieval gaps and unclear documentation. The solution was expanded only after evidence quality, control performance, and agent confidence met the agreed thresholds.

The Impact

The GenAI support platform changed how agents used their time. Instead of manually assembling information from several systems, they received contextual evidence and recommended next steps within their existing workflow.

Average handling time declined from 14.6 minutes to 8.6 minutes. First-contact resolution increased from 54% to 69%, while avoidable escalations decreased from 22% to 10.5%.

Business Outcomes

  • Faster customer responses across email, chat, and portal channels.
  • More consistent guidance across agents, shifts, and locations.
  • Reduced pressure on engineering and specialist support teams.
  • Improved onboarding for new support professionals.
  • Stronger traceability for AI-assisted recommendations.
  • Better identification of knowledge and process gaps.
  • More time for agents to focus on customer communication and judgment.
  • A reusable foundation for future GenAI support capabilities.

The improvement was not simply the result of faster writing. It came from reducing search time, repeated investigations, uncertainty, manual verification, and unnecessary escalations.

Customers received clearer troubleshooting guidance with less waiting and repetition. Specialists also received better escalation packages containing the customer context, relevant sources, and completed investigation steps.

Future Opportunities

After validating the assisted-support model, the company identified opportunities to extend the same controlled architecture.

  • Multilingual support using the same evidence and permission controls.
  • Proactive incident guidance based on recurring ticket patterns.
  • Engineering bug clustering using repeated customer issues.
  • Contextual in-product assistance based on role and configuration.
  • Knowledge analytics for detecting content that creates repeated edits.
  • Controlled customer self-service for low-risk support intents.
  • Agent coaching using reviewed and successfully resolved cases.
  • Limited automation for low-risk actions after governance approval.

The platform created a scalable foundation for wider GenAI adoption without requiring each new capability to begin as an isolated experiment.

Conclusion

Enterprise GenAI support should not begin with an unrestricted chatbot. It should begin with trusted knowledge, contextual retrieval, measurable controls, and clear human accountability.

By combining GenAI with evidence, customer context, governance, and workflow integration, the company improved support speed and consistency without allowing the system to act beyond what the organization could verify.

“DataTheta helped us transform fragmented support knowledge into faster, evidence-backed customer resolutions with GenAI.”

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