Finthrive→

Site Reliability Engineer at Finthrive in Hybrid - Gurugram

ExperiencedHybridFull-timeHybrid - Gurugram

Skills

GitHub CopilotLog Analytics WorkspaceTerraformApp ServicesAzure Application Gateway (AGW)ARM TemplatesAzure Front DoorSite 24x7

Role & responsibilities

Site Reliability Engineer / Cloud Engineer

SRE & Reliability Engineering

Managed production environments ensuring high availability and reliability of cloud-hosted applications
Led incident response, performed deep root cause analysis, and implemented preventive measures to reduce recurrence
Improved system resilience through proactive monitoring and performance tuning strategies

Azure Application & Platform Engineering

Designed and supported application architectures using:
Azure App Services and App Service Plans
Azure App Service Environment v3 (ASEv3) for isolated, high-scale workloads
Azure Application Gateway (WAF-enabled) for L7 traffic management
Azure Front Door for global traffic routing and failover
Implemented secure and scalable cloud networking patterns, optimizing latency and throughput

Automation & Toil Reduction

Identified repetitive operational tasks and reduced manual effort through automation-first solutions
Developed automation using:
Terraform / Bicep / ARM templates
Azure Automation (Hybrid Workers)
Azure Functions for event-driven workflows
Leveraged AI-assisted tools (GitHub Copilot, Copilot) to accelerate scripting and automation development, while ensuring strict validation for enterprise use

Observability & Monitoring

Built and enhanced observability using:
Azure Monitor, Application Insights, Log Analytics
Created KQL-based queries and dashboards for proactive issue detection
Reduced false alerts by optimizing alert thresholds and improving signal quality

Performance & System Optimization

Analyzed application performance across distributed systems to identify bottlenecks
Implemented improvements through:
Scaling strategies (horizontal & vertical)
Network optimization (AGW / Front Door tuning)
Backend service improvements

Collaboration & Engineering Enablement

Partnered with SRE, CloudOps, and development teams to design resilient systems
Contributed to runbooks, documentation, and operational standards
Enabled engineering teams by improving platform reliability and deployment pipelines

Key Achievements

Reduced manual operational effort by X% through automation initiatives
Improved system availability to 99.X% by strengthening monitoring and failure handling mechanisms
Decreased incident resolution time by X% via enhanced observability and streamlined runbooks
Optimized application performance using Front Door and AGW tuning, reducing latency by X%

Preferred candidate profile

Cloud & Platform Engineering

Microsoft Azure (Preferred)
Understanding and experience in developing Azure function Apps, Azure logic Apps
Understanding of event triggers, event hub, service bus.
Azure Landing zones, Azure Cloud Adoption Framework, Azure Well Architectured Framework
Application Hosting: App Services, App Service Plans, ASEv3
Networking: Azure Application Gateway (AGW), Azure Front Door, VNet, NSGs, Load Balancing
Cloud Architecture: High Availability, Fault Tolerance, Scalability Patterns

Incident Management and RCA

Infrastructure as Code & Automation

Observability & Monitoring

Azure Monitor, Log Analytics Workspace, Grafana, Site 24x7 (or similar SaaS based synthetic monitoring tool)
Application Insights
KQL (Kusto Query Language)
Alert tuning and signal-to-noise optimization

AI-Enabled Productivity (Not as Skill)

Leveraging GitHub Copilot / Microsoft Copilot for:
Code acceleration and script generation
Automation development support
Troubleshooting and log analysis assistance
Proven track record of workforce optimization leveraging AI tools.
Applying validation frameworks to ensure secure, accurate, and production-grade outputs

DevOps & Integration

Preferred/Additional Experience

Preferred/Additional Certifications