In-house · Four Disciplines
Engineered top-to-bottom. One team.
We don't outsource the hard parts. From schematic to enclosure to dashboard, every layer of your IoT product is designed, built and tested by engineers under one roof.
01 · HW
Hardware Engineering
Schematic to PCBA — sensor fusion, edge devices, BOM optimization and DFM for volume manufacturing.
- Multi-layer PCB design
- Sensor selection & fusion
- Power management & battery life
- EMC / EMI compliance
- BOM & supplier sourcing
- EVT · DVT · PVT
Altium
KiCad
ESP32
STM32
NVIDIA Jetson
Nordic nRF
02 · SW
Software & Firmware
Production firmware in C, C++ and Rust — RTOS, edge AI, MLOps, OTA pipelines and secure-boot from day one.
- RTOS (FreeRTOS · Zephyr)
- Edge AI inference
- OTA update pipelines
- Secure boot & signed firmware
- Sensor fusion algorithms
- Device-to-cloud SDKs
C / C++
Rust
FreeRTOS
Zephyr
Yocto Linux
Python
03 · MECH
Mechanical Engineering
Enclosures that survive real environments — thermal design, IP-rated sealing, ergonomic industrial design, mass-production tooling.
- 3D modeling & rapid prototyping
- Thermal & airflow design
- IP54 / IP65 / IP67 sealing
- Injection-mold tooling
- Material selection
- Drop & vibration testing
SolidWorks
Fusion 360
CFD
3D printing
CNC
04 · MOB+CLOUD
Mobile & Cloud
Native & cross-platform mobile apps, real-time dashboards, secure cloud pipelines on AWS & Azure IoT with full observability.
- iOS & Android (native + Flutter)
- Real-time web dashboards
- AWS IoT Core / Greengrass
- Azure IoT Hub / Edge
- Time-series + analytics
- Webhooks & integrations
React / Next.js
Flutter
Node.js
InfluxDB
Grafana
Kafka