Our Work

Projects shipped.
Problems solved.

Three completed engineering projects across software, hardware, and IoT. Each one built from the ground up and deployed for real use.

AllSoftwareHardwareIoTR&D
Industrial SaaSIoT HardwareLive & Deployed2026
Project 01

EaseEmbro Production Suite

A complete software + hardware production management system for embroidery factories.

EaseEmbro began as a problem we lived. Operating an embroidery factory with Dahao machines, we saw time lost to manual production counting and payroll calculation. We built the complete system: IoT sensor nodes mounted on each machine count output in real-time, push to cloud data pipelines, and feed a live dashboard for production, job orders, workers, and payroll calculations including advances, deductions, and shift adjustments.

[IoT Sensor Nodes]→[Edge Processing]→[Cloud Database]→[Mobile/Web/Desktop Dashboard]

Key technical decisions

  • Sensor type: Proximity + IR for non-contact machine counting
  • Communication: WiFi with local fallback buffer for connectivity drops
  • Database: Real-time sync with offline-first architecture
  • Payroll engine: Rule-based calculation with piece-rate, advance, and deduction handling
  • Deployment: Cloud-hosted and accessible via browser on any device
Embedded HardwareIoTCompleted · Shipped2026
Project 02

SmartAttend Biometric Terminal

A ruggedized fingerprint attendance device designed and built for factory environments.

SmartAttend was designed for industrial conditions, not office assumptions. The enclosure is dust-resistant and suited for continuous operation in textile factories. Fingerprint events sync to cloud in seconds and integrate directly with EaseEmbro attendance and payroll workflows, eliminating manual attendance sheets.

[Fingerprint Sensor]→[ESP32 MCU]→[WiFi Module]→[Cloud API]→[EaseEmbro]

Key technical decisions

  • MCU: ESP32 for WiFi-native low-power continuous operation
  • Sensor: Optical fingerprint module with 1:N matching up to 200 workers
  • Enclosure: Custom 3D-designed housing with factory-grade material
  • Connectivity: WiFi with local queue for network-loss scenarios
  • Power: 5V USB-C input with surge protection circuit
Embedded SystemsIndustrial IoTResearch Complete · Reference Design2026
Project 03

IndustrialEdge

IoT Gateway Reference Design

An edge computing gateway for reading and transmitting live data from industrial machines using standard industrial protocols.

IndustrialEdge addresses a common gap: machine data exists in legacy protocols such as RS-485 and Modbus RTU, but factory software needs cloud-ready pipelines. This gateway reads Modbus data, aggregates locally, and transmits over MQTT with retry logic for unstable networks. The project produced schematic, PCB, firmware, and cloud architecture as a deployable reference design.

[Factory Machine]→[RS-485 Bus]→[IndustrialEdge MCU]→[MQTT Broker]→[Cloud / Dashboard]

Key technical decisions

  • Protocol: Modbus RTU master implementation in custom firmware
  • Physical layer: RS-485 transceiver with industrial isolation
  • MCU: STM32F4 for deterministic real-time performance
  • Cloud transport: MQTT over TLS with retained messages
  • Configuration: Web interface for non-technical deployment

What's in R&D now.

We do not wait for a client to start research. These are active.

Life Sciences

Medical-grade power electronics: BMS, battery pack, and CC/CV charging systems for medical equipment applications.

R&D Active — Details Confidential
Industrial Software

An expansion of the EaseEmbro platform for the weaving industry with domain-specific workflows.

In Scoping
AI & Automation

Intelligent production analytics to predict downtime, optimize output, and surface efficiency insights.

Early Research
Interested in partnering on R&D? →