Hi, I'm Om.

Leading the development and engineering strategy and delivery for 'Agent OS,' an AI-enabled platform designed to transform digital experiences through context-aware automation.

• Architecture & AI Integration: Architecting and engineering the core infrastructure for 'Agent OS,' an AI-enabled platform driving context-aware automation. Defining the technical roadmap for large-scale AI integration utilizing secure, API-first, and cloud-native architectural patterns.
• Core Product Engineering: Directed the technical execution for the Agentic AI platform for CMS in utilizing NestJS, Node.js, React, and Kubernetes, driving the development of collaborative, on-platform editing features.
• Scalable Architecture & Governance: Spearheading the design of secure, API-first, and cloud-native architectural patterns for distributed systems and LLM integration.
• Security & Compliance for Scale: Architecting industry-leading security frameworks, including PII masking and RBAC, to ensure data integrity and global privacy compliance for SaaS environments.
• Production Reliability & Observability: Established robust incident response protocols and streamlined triage processes to ensure high availability for enterprise customers, reducing blockers for critical business operations.
• Team Growth & Technical Mentorship: Driving hiring strategy and mentorship for the Bangalore team, fostering a culture of ownership, accountability, and technical excellence in a fast-paced environment.

Full Stack Lead Engineer and Engineering Manager to architect and build a comprehensive B2B Solar SaaS platform, championing API-first development and establishing a robust microservices architecture from the ground up.

• Full-Lifecycle Architecture & Modernization: Architected and built the original SaaS platform from the ground up, later leading its strategic migration from a legacy Java monolith to a highly scalable AWS Serverless ecosystem (Lambda, Python, Node.js). Engineered scalable 'Broker System' design patterns, successfully reducing overall system latency by 15%.
• Algorithm & Core System Design: Developed the solar industry's first automated financing algorithm in Java to calculate cash flow and ROI for solar installations. Engineered complex domain-specific algorithms for automated solar panel layouts and battery discharge modeling.
• SaaS Security & Compliance Strategy: Led the end-to-end security roadmap for the B2B SaaS platform, implementing granular RBAC for tenant isolation and achieving GDPR compliance for the European market. Integrated Snyk and automated audits into the CI/CD pipeline.
• Engineering Excellence & Observability: Overhauled the incident management lifecycle by integrating observability tools (LogRocket, Highlight.io), which improved cross-team collaboration and increased bug resolution rates by nearly 50%.
• Process & Delivery: Implemented Agile methodologies and optimized CI/CD workflows, resulting in a 12% increase in team productivity and a 10% reduction in project delivery timelines.
• Business Impact: Led the technical rebuild of core platform functionality, directly contributing to a 53% revenue growth and a 120% increase in Annual Recurring Revenue (ARR).
• Technical Leadership: Designed complex domain-specific algorithms for automated solar panel layouts and financial ROI cash-flow modelling, securing a 150% increase in client retention.
• People Management: Established structured performance evaluations, career pathing, and feedback loops to maintain high retention and align individual engineering goals with company strategy.

Designed and optimized core software solutions for high-performance Oscilloscopes, focusing on embedded systems, data visualization, and framework efficiency.

• Performance Engineering: Engineered high-performance data display components utilizing Core Java and Java NIO, successfully optimizing and reducing application heap memory usage by 50%.
• Algorithm Development: Designed and implemented complex DSP algorithms and core rendering logic for advanced Oscilloscope features (FFT, Spectrograms, Histogram, Eye Diagrams) utilizing Java Swing and C++/Qt.
• System Implementation: Built an event-driven core framework to handle real-time data acquisition, ensuring highly responsive and seamless interaction between embedded Linux systems and PC interfaces.
• Feature Architecture: Owned the full architectural lifecycle for key software modules, authoring detailed Architectural Decision Records (ADRs) to guarantee long-term system maintainability.
• Global Collaboration: Collaborated closely with Product Owners and cross-functional teams across three countries to define requirements, provide accurate timeline estimates, and demo features directly to customers.