Vinodh Nagarajaiah

Indomitable software engineer and architect who architects colossal solutions that obliterate enterprise barriers. Orchestrates seismic wins by unleashing cross-functional teams to vanquish real-time challenges with surgical ferocity. Electrifies as an architect, development team lead, and backend developer, masterfully toggling between audacious strategy and virtuoso coding to revolutionize reliability. Kindles company hackathons with visionary ideas that launch production services, ceaselessly catapulting innovation and excellence across global industries.

AWS Certified AI Practitioner

• Issuing Organization: Amazon Web Services Training and Certification
• Issued: October 2024
• Expires: October 2027

Microsoft Certified: Azure Fundamentals

• Issuing Organization: Microsoft
• Issued: December 2020

CKAD: Certified Kubernetes Application Developer

• Issuing Organization: The Linux Foundation
• Issued: November 2020
• Expired: November 2023

Shadowstack Convergence & Unified Architecture Design
Architect & Technical Lead | Feb 2025 – Present

• Establishing a migration framework and designing architectural plans to evaluate all 40+ Shadowstack services for retention, integration into existing F-Secure services, or complete overhaul, collaborating with higher leads, product leads, and engineering managers to complete evaluations for services while safeguarding the 2026 convergence deadline.
• Designing a scalable architecture, increasing system throughput by 10% while maintaining 99.9% SLA compliance and robust security standards.
• Consolidating cloud infrastructure, lowering costs by 20% through modernization of legacy Shadowstack technologies.
• Streamlining overlapping service functionalities, preserving 100% of critical customer requirements with zero disruptions.
• Leading a team of 5 engineers and collaborating with platform, infrastructure, client, and product teams, accelerating convergence timelines by 25% through phased execution and risk mitigation.

Social Media Monitoring (SMM) Project for Major Telecom Provider
Team Lead & Backend Developer | Jul 2024 – Feb 2025

• Delivered a real-time SMM service processing 1,000+ event requests per second, achieving 99.9% system availability and zero SLA breaches.
• Optimized backend services, enabling a 50% increase in event volume handling without performance degradation, saving 10% in scaling costs.
• Led a 15-engineer team, completing integration and deployment 2 weeks ahead of schedule, ensuring compliance with security and data privacy standards.
• Reduced policy violation detection latency by 30%, enhancing real-time monitoring for a major telecom client.

Social Media Monitoring (SMM) Service Using ZeroFox APIs
Team Lead, Architect, & Backend Developer | Feb 2024 – Apr 2024

• Architected a scalable SMM service with ZeroFox APIs, Kafka, and webhooks, reducing detection-to-notification time by 40% for real-time alerts.
• Delivered a fully customized solution within a 45-day deadline, achieving 100% of performance and security requirements for client satisfaction.
• Directed a team of 5 backend engineers while acting as architect, developer, and single point of contact, coordinating with cross-functional teams to meet the 45-day deadline and fulfill all performance and security standards.
• Enabled 50+ client-specific customizations, boosting deployment flexibility and reducing onboarding time by 20%.

CPS: Content Publisher Service
Team Lead, Architect, & Backend Developer | Feb 2024 – Apr 2024

• Built a Java-based subscription service with Storyblok integration, delivering real-time breach reports with 99.95% uptime for 100,000+ users.
• Optimized database schema, reducing data retrieval times by 25% and supporting 30% growth in user base without additional resources.
• Led a team of 5 backend engineers while serving as architect and developer, driving design and infrastructure decisions to complete the project 5 days ahead of a 45-day deadline, meeting 100% of performance and security standards.
• Implemented failure recovery strategies, reducing operational disruptions by 50% and ensuring robust system reliability.