Embedded
STM32ESP32NordicRaspberry PiARMCC++
Tools selected for the product, not the trend.
Technology choices stay secondary to the engineering outcome: reliable devices, clear interfaces and systems that can keep improving.
Connectivity
BLEWi-FiMQTTLoRaWANEthernetCANModbus
Edge
Embedded LinuxPythonDockerLinuxRESTWebSockets
Applications
ReactTypeScriptNode.jsAPIsDatabasesCloud infrastructure
Why Epic Microdev
Hardware and software should be engineered together.
Hardware + Software Expertise
The same engineering mindset follows the product from electronics through software.
System-Level Thinking
Individual components are designed around the behaviour of the complete product.
Prototype-to-Product Approach
Architectures consider reliability, manufacturability and future scaling from the beginning.
Direct Engineering Collaboration
Clients communicate around technical requirements and engineering decisions rather than layers of account management.
Built for focused product requirements.
Capability areas for teams that need practical device engineering, dependable data paths and useful interfaces.
Industrial IoT
Equipment telemetry, operations visibility and gateway-led monitoring.
Smart Devices
Connected products with embedded control and companion interfaces.
Automation
Sensor-led systems, device coordination and local control loops.
Monitoring
Remote status, alerts, dashboards and long-term visibility.
Energy
Metering concepts, usage analytics and connected energy platforms.
Environmental Sensing
Temperature, humidity, air quality and field sensor systems.
Connected Products
Hardware-to-cloud products built around specific business requirements.
Research & Prototyping
Early technical exploration for products that need embedded intelligence.