AI in SOX: Risks, Controls, and Governance

June 25 @ 1:00 pm – 2:00 pm EDT
Event details
AI is becoming more prevalent in financial reporting and compliance processes. In this webinar, Crowe specialists will examine how AI is being integrated into Sarbanes-Oxley Act (SOX) environments, including financial reporting, IT general controls (ITGCs), and business process controls.
Our specialists will explore implications for internal control over financial reporting (ICFR), governance expectations, and evolving regulatory considerations. They’ll also highlight key differences between traditional IT risks and AI-specific risks along with practical use cases.
Key topics
- AI use in financial reporting and SOX processes
- Impacts on ICFR
- AI governance considerations and guardrails
- Regulatory developments and oversight expectations
- AI-specific risks, including model bias, data integrity, and model drift
- Example use case in a SOX context
Learning objectives
After attending this webinar, you should be able to:
- Identify how AI is integrated into financial reporting, ITGCs, and business process controls
- Evaluate the impact of AI adoption on ICFR
- Explain governance considerations for AI in financial reporting processes
- Distinguish traditional IT risks from AI-specific risks, including model bias, data integrity, explainability, and model drift
- Summarize emerging regulatory expectations related to AI oversight
Continuing professional education
Prerequisites: None
Program level: Overview
Advance preparation: None
Delivery method: Webinar (group internet based)
Field of study: Specialized knowledge
This session is recommended for 1.0 hour of CPE credit.
Note: All participants MUST be logged into the webinar INDIVIDUALLY to receive CPE credit. CPE credit will only be granted in the name of the individual logged into the LIVE presentation. Crowe is unable to grant CPE credit for groups viewing the webinar or for viewing on-demand recordings of the webinar.
There is no registration fee for participating in this webinar; therefore, there is no cancellation fee.




