This event requires an RSVP; to attend, submit form hereAI is changing software delivery, but in regulated enterprises the bigger question is not whether AI can help teams move faster - it is whether AI can help them move faster while staying in control as regulations, risk models, and governance expectations continue to evolve. In this hands-on workshop, we will show how a mobile banking feature moves from business idea to protected production using a connected Digital.ai toolchain across planning, adaptive release orchestration, deployment, mobile testing, application security, and audit evidence.
The workshop will illustrate how agentic AI can summarize release readiness, identify blockers, explain failed controls, recommend next actions, generate go/no-go summaries, and produce audit-ready evidence while preserving human approval gates. As AI adoption continues to mature in regulated industries, attendees will see how adaptive orchestration provides the control layer and operational cushion needed to respond to changing regulatory dynamics without forcing teams to redesign their delivery process every time requirements shift.
Attendees will learn how Release can act as the enterprise control plane for AI-assisted delivery by dynamically coordinating business intent, engineering execution, quality validation, security controls, deployment automation, compliance checks, and production governance. Attend this workshop to see how agentic AI and adaptive orchestration can make enterprise software delivery faster, clearer, and more intelligent - while preserving the controls that regulated production systems require.
Key Takeaways
Connect business intent to software delivery execution.
Understand how adaptive orchestration supports evolving regulatory and governance requirements.
Use AI to understand release readiness, risk, and blockers.
Combine deployment automation, mobile testing, application protection, compliance checks, and audit evidence into one governed flow.
Preserve human-in-the-loop controls for production software delivery.
