Lakshmi Priya
Gopalsamy
Senior Engineering Manager at Target Tech
"Scaling Reliability and Speed in Regulated Enterprises Through Organizational APIs, Guardrails, and Decision Flow"
"Scaling Reliability and Speed in Regulated Enterprises Through Organizational APIs, Guardrails, and Decision Flow"
Wed May 13 - 5:30 PM EDT/New York (See in local time)
Add to Calendar
05/13/2026 5:30 PM
05/13/2026 05:50 PM
America/New_York
#WTGC2026
"Scaling Reliability and Speed in Regulated Enterprises Through Organizational APIs, Guardrails, and Decision Flow"
#WTGC2026
"Scaling Reliability and Speed in Regulated Enterprises Through Organizational APIs, Guardrails, and Decision Flow"
https://www.womentech.net/ringcentral
https://www.womentech.net/ringcentral
"Scaling Reliability and Speed in Regulated Enterprises Through Organizational APIs, Guardrails, and Decision Flow"
"Scaling Reliability and Speed in Regulated Enterprises Through Organizational APIs, Guardrails, and Decision Flow"
Don’t miss out and join visionaries, innovators, and thought leaders from all over the world at the Women in Tech Global Conference.
Vote by Sharing
Unite 100 000 Women in Tech to Drive Change with Purpose and Impact.
Do you want to see this session? Help increase the sharing count and the session visibility. Sessions with +10 votes will be available to career ticket holders.
Please note that it might take some time until your share & vote is reflected.
Session: Scaling Reliability and Speed in Regulated Enterprises Through Organizational APIs, Guardrails, and Decision Flow
Regulated enterprises must ship quickly while meeting strict security, audit, and compliance requirements—yet many respond with more reviews, layered approvals, and centralized decisions that slow delivery and increase risk through fragmented ownership and unclear escalation paths. This talk introduces a practical operating model that treats the organization like a distributed system: Organizational APIs make team interfaces explicit through ownership boundaries, intake contracts, service expectations, and escalation mechanisms, while policy-as-code guardrails shift governance from manual gates to automated, auditable enforcement embedded in delivery workflows. Finally, the session reframes delivery as decision flow, showing how to observe and reduce decision latency by mapping handoffs and approval queues so teams can redesign pathways intentionally. Attendees will leave with actionable patterns and artifacts to decentralize decisions safely, enable compliance as a system capability, and improve reliability, speed, and audit readiness at the same time.Key Takeaways
- A repeatable model to scale reliability and speed together by treating the organization like a distributed system (interfaces, ownership, and escalation designed—not assumed).
- Practical artifacts and patterns you can implement immediately: Organizational APIs (ownership maps, intake contracts, SLOs/escalations) and policy-as-code guardrails for auditable governance without slow approval gates.
- How to diagnose and reduce decision latency by mapping decision flow (handoffs, approval queues, escalation loops) and redesigning the pathways that create hidden delivery bottlenecks.
Bio
Lakshmi Priya Gopalsamy is a Senior Engineering Manager at Target, where she leads mission-critical platforms that power the company’s B2B digital commerce and bank payment authorization ecosystems. With nearly two decades of engineering and leadership experience, she champions technology modernization, AI integration, and enterprise-scale reliability. Beyond her technical contributions, Priya is a dedicated advocate for STEM access and community uplift. She mentors young women through TWIST, leads pro bono tech initiatives supporting Minnesota small businesses, and facilitates hands-on STEM programs for students. She also engages in broader industry leadership through MnTech and authors a reflective leadership series, Tech & Leadership in Life. Priya is committed to building inclusive communities, empowering future technology leaders, and driving innovation with integrity and purpose.