Bhanu Balaji Aasapu

Project: RunDot & TriDot (Predictive Fitness) Technical Contributions & Integrations

Coach-driven endurance training platform for Triathlon, Marathon, and Aquathlon, supporting bike, run, and swim disciplines. The platform serves athletes worldwide and is built on nearly 20 years of training research, with data from over real-time Physician Chat application and more than 110 million prescribed training sessions.

• Developed and maintained web and mobile applications using React Native and Angular
• Built and enhanced backend services in Java, supporting REST APIs and core platform workflows
• Integrated Stripe payment gateway for secure subscription management and payment processing
• Implemented Clerk authentication for user identity management and secure sign-in flows
• Integrated OneSignal for real-time push notifications across Android and iOS platforms
• Connected with fitness and wearable ecosystems including Garmin, Fitbit, Apple Watch, and Strava etc to ingest athlete activity, workout, and health data
• Designed and supported secure, scalable data synchronization for real-time and historical training metrics

Project: Hush (Identity Protection Platform)

Hush is a consumer security platform designed to protect users from phishing, identity theft, and online harassment by continuously monitoring the web for exposed personal information and potential threats.

The platform includes an AI-powered monitoring module that identifies users’ personal data across public sources and surfaces risks under a Vulnerabilities section, allowing users to review, ignore, or request removal of exposed information through the web application.

• Developed web and mobile user interfaces using React and IONIC Framework
• Built responsive UI components using Ant Design (AntD), CSS, and HTML
• Implemented backend services using Java and Node.js to support platform workflows and APIs
• Designed and managed data persistence using PostgreSQL
• Deployed and supported the application on AWS, ensuring scalability and reliability
• Implemented Progressive Web App (PWA) features for enhanced cross-platform user experience
• Integrated Google Analytics (GA4) to track user behavior, engagement, and conversion metrics

Role: Lead Software Engineer – Microservices & Micro-Frontend Platform Technical Leadership & Contributions Technologies & Platform

Led the design and development of a large-scale, cloud-based platform built on microservices and micro-frontend architecture, delivering high availability, performance, and scalability over multiple years.

• Trained and mentored junior engineers, improving overall team productivity and code quality
• Collaborated closely with cross-functional engineering squads to evaluate and enhance system interfaces
• Led and developed microservices using C#/.NET Core and micro-frontend applications using React and React-Redux
• Designed and implemented a distributed, fault-tolerant system supporting 10,000+ concurrent users with ~40 ms SLA response times
• Built a real-time validation and load-testing framework that:
  Extracts one year of real production requests during each pipeline run
  Replays them to validate service behavior and performance under real-world traffic
• Architected and delivered multiple domain-driven modules including:
  Contract Management – managing contracts between merchants and fulfillers
  Shipping Price – dynamic configuration and publishing of shipping prices
  Surcharge – handling additional charges (late-night, special handling, COVID, etc.)
  Competitor Price Tracking – scraping, mapping, scheduling, and price comparison workflows
• Frontend: React, React-Redux, PWA
• Backend: C#/.NET, .NET Core, Node.js
• Databases: PostgreSQL, DynamoDB, DocumentDB
• Cloud & Infrastructure: AWS
• Architecture: Microservices, Micro-Frontend, Distributed Systems

Role: Technical Lead – Identity & Communication Platforms

Led the design and implementation of an enterprise in-house Single Sign-On (SSO) platform used across all M*Modal products, providing centralized authentication and secure access management.

• Designed and implemented an enterprise-grade SSO solution supporting SAML and OAuth-based authentication
• Built the platform to enable secure, centralized identity management across multiple internal applications
• Designed and developed a real-time Physician Chat application using SignalR, enabling secure and low-latency communication
• Ensured high availability, scalability, and security across authentication and messaging systems
• Collaborated with cross-functional teams to integrate SSO and communication services into existing products
• Frontend: WPF
• Backend: C#, .NET Framework 4.5
• Authentication & Messaging: SAML, OAuth, SignalR, ADFS
• Cloud & Infrastructure: Azure

Role: Senior Software Engineer – Enterprise Case Management Systems Technical Contributions & Responsibilities Technologies & Platform

Contributed to the design and development of enterprise-grade systems focused on process tracking, compliance, and regulatory data management, supporting complex business workflows and large datasets.

• Developed the Diamond Management System, which tracks the entire lifecycle of diamonds from mining through multiple processing stages, including cleaning, polishing, defect analysis, and classification
• Built workflow-driven modules to manage process tracking, data integrity, and quality assessment
• Designed and implemented the FCPA Case Management (FCPACM) system, which:
  Periodically scrapes data from U.S. government sources such as SEC
  Collects and stores information on Foreign Corrupt Practices Act (FCPA) cases filed since 1995
  Enables structured tracking of cases, allegations, actions, and settlements
• Implemented data ingestion and scheduling mechanisms to automate monthly data collection
• Developed backend services and UI components to support reporting, search, and case management workflows
• Frontend: WPF, ASP.NET, ASP.NET MVC, jQuery
• Backend: C#, .NET Framework 3.0+, WCF
• Database: SQL Server 2008+

Worked primarily on the eTest application, a system designed to automate and record the testing processes of hardware components.

Contributed to the enhancement of existing software by implementing new features and improving application stability. Supported backend development and data persistence to ensure accurate capture and storage of automated test results.

Technologies: ASP.NET, C#.NET, .NET Framework 1.1+, SQL Server 2005