Enterprise case note / Enterprise SaaS / Multi-Tenant HRMS
CLYNOVA E-HR
Full-suite multi-tenant enterprise HRMS with real-time shift tracking, background geofencing, violation auditing, and store-approved mobile workflows.
- 2,000+ DAU
- 15+ Microservices
- Store-Approved Background Engine
- Active Shift & Violation Auditing
- .NET
- C#
- TypeScript
- React
- React Native
- Expo
- PostgreSQL
- Redis
- Kafka
- SignalR
- FCM
- RBAC
- Multi-Tenancy
- Cloudinary
- Nginx
- Load Balancing
- AWS
- CI/CD
- Git
Open field notes
Orchestrate a comprehensive multi-tenant enterprise HRMS spanning attendance, payroll, leave approvals, asset management, task tracking, holidays, reports, and notifications, while enforcing continuous real-time shift tracking and violation safeguards without breaching strict mobile battery, privacy, or app store policy constraints.
A 15+ microservice backend built on .NET and C# with PostgreSQL for transactional persistence, Kafka for high-throughput event streaming, and Redis for distributed caching. Features strict multi-tenant isolation and granular Role-Based Access Control (RBAC). Real-time communication is coordinated through SignalR hubs for instant in-app alerts and Firebase Cloud Messaging (FCM) for push notifications. The frontend features a TypeScript React admin portal paired with cross-platform React Native and Expo mobile apps, served via Nginx with load balancing on AWS, Cloudinary-powered media asset pipelines, and automated Git-driven CI/CD delivery.
- 2,000+ daily active users across multi-tenant enterprise deployments
- Production store approval on both Apple App Store and Google Play Store with 'always allow' background location
- Real-time shift integrity with automated detection of geofence, mock GPS, offline, and device-mismatch violations
- End-to-end workforce suite: attendance, payroll, reports, asset management, tasks, holidays, and multi-tier leave approval
Engineered an always-on shift tracking engine for mobile field staff requiring background execution and 'always allow' location permissions. Designed tamper-proof violation detection algorithms covering geofence breaches, mock location/GPS spoofing, offline network dropouts, and hardware device-mismatch anomalies. Successfully cleared rigorous Apple App Store and Google Play Store review audits for sensitive background location access.
Enterprise work — proprietary client implementations and internal tenant data remain confidential.