Application Support Lead Analyst - Vice President

The SRE Lead – Emerging Payments is accountable for driving the Site Reliability Engineering (SRE) transformation and reliability outcomes across the Emerging Payments Production Services portfolio, part of the wider Payments Services organization. You will lead and direct a virtual team of engineers globally, acting as a key technical delegate and reliability partner to the Global Head of Emerging Payments and part of the Management Team. This role requires a comprehensive end-to-end understanding of instant and high-throughput payments processing across both legacy and modernized architectures. You will apply an in-depth understanding of the business impact of technical contributions, leading cultural and engineering shifts from traditional application support to proactive, engineered reliability. As a technical leader, you will be instrumental in implementing advanced observability, chaos engineering, resiliency, self-healing, and end-to-end automation solutions. You will partner closely with Production, architecture, infrastructure, and application development teams across Citi to eliminate operational toil, drive down Mean Time to Detect (MTTD) and Mean Time to Recover (MTTR), and ensure the highest levels of stability, scalability, and performance for our global payments platform. Responsibilities: SRE Transformation & Regional Leadership: Deliver best-in-class Site Reliability Engineering and production services function for Citi's Emerging Payments portfolio. Establish standard reliability engineering practices across all legacy, hybrid, and cloud-native application stacks. Observability & Telemetry Engineering: Provide hands-on technical leadership in designing and deploying unified, full-stack observability frameworks. Implement advanced distributed tracing, metrics aggregation, log analytics, anomaly detection, and synthetic monitoring to enable proactive detection and rapid triage of systemic payment issues. Resiliency, Auto-Healing & Chaos Engineering: Support the implementation of robust resiliency, self-healing, and disaster recovery (DR) solutions. Champion chaos engineering principles, active-active multi-region failover strategies, and automated recovery mechanisms to safeguard critical payment rails against disruption. Toil Reduction & Automation: Systematically identify, measure, and eliminate operational toil across legacy and modernized applications. Automate runbooks to optimize operational efficiency and minimize manual interventions. Production Readiness & Architectural Governance: Collaborate strategically with enterprise and solutions architecture teams to embed reliability, observability, and supportability standards into early development phases. Working alongside our Transition Lead enforce rigorous Production Readiness and non-functional requirements (NFRs) for onboarding and migrating applications.