Integrated IoT Development & Operations
From sensor to cloud: we deliver complete IoT solutions with turnkey hardware solutions, firmware development, remote management systems and network infrastructure.
From hardware to network — one team
Most IoT projects require multiple teams: hardware engineers, firmware developers, network specialists, and platform developers. Alpok Labs brings these competencies together in a single project team.
The result: faster iteration, less communication loss, and systems whose layers truly work together — because the same team designed all of them.
IoT Device Development
(hardware & firmware)
Designing and developing IoT devices is a complex task — from hardware layout through embedded software to real-time operating systems. The Alpok Labs team is at home in both areas.
- Circuit and PCB design
- Microcontroller-based systems
- RTOS and bare-metal firmware development
- Sensor integrations and network interfaces
- Energy-efficient design for battery-powered devices
Hardware Implementation
Once the designs are ready comes reality: the path from prototype to production-ready hardware is full of pitfalls. Alpok Labs helps with prototype building, manufacturer selection, and production preparation.
- Prototype manufacturing and validation
- Manufacturer selection and vendor evaluation
- Production specification preparation
- Hardware testing and quality assurance
- Ready-made hardware solution integration
Device Management & OTA Development
Updating a field device fleet one by one isn't efficient. Alpok Labs develops OTA (Over-the-Air) and device management solutions that enable firmware updates, configuration changes, and device health monitoring — without physical access.
- OTA firmware update systems
- Device health monitoring and alerting
- Remote configuration and parameterization
- Segmented updates
- Rollback mechanisms and recovery mode
Network Infrastructure Development
IoT devices communicate. Choosing the right network technology and building the infrastructure is a critical decision — the reliability, range, and power demand of the system depend heavily on it.
- Network protocol selection
- Application protocol design
- Network security and encryption
- Private IoT network deployment and configuration
- Reliability and redundancy design
