Secure Timer device that controlled only have Authority
BLE Based Smart Timer for Intelligent Device Control
A BLE-powered smart timer designed for high-power commercial devices, enabling wireless control, scheduling, and automation through a user-friendly mobile interface.
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About BLE Timer
BLE-enabled hardware for real-time control of high-power devices.
Combines IoT connectivity with intuitive mobile app management.
Designed for both industrial and commercial environments.
Focused on reliability, precision, and user-centric design.
Requirement of Client
The client required a BLE-enabled smart timer capable of wirelessly managing multiple high-power devices. They needed a solution that allowed scheduling, manual operation, and easy editing through a mobile app. The system had to ensure reliable Bluetooth connectivity, simple configuration, and real-time control for industrial and commercial equipment like hooters and heaters while maintaining high performance and safety standards.
- UIUX Design
- Hardware
- Hardware Design
- Development
- Cloud Service
- QA Service
Smarter then smart because every second is worth it
Challenge
Ensuring stable multi-device BLE connectivity in industrial environments was a major challenge. The system needed to handle signal interference and deliver low-latency performance. Designing compact yet durable hardware for high-power usage required multiple safety validations. Synchronizing firmware with the mobile interface for real-time control and scheduling accuracy added further complexity, demanding precise coordination between design, hardware, and app development teams.
Device can be connected to mobile app and Operate Remotely
Scan With BluetoothSwitch to ManualSet TimeAdd DevicePersonalized
BLE Timer Based Industrial Hooter
Industrial application based on timer, control accurately -multiple devise like hooter for different time schedule and with easy to access with mobile app
Hospital
School
Industries
Our Approach
To deliver a robust and intuitive system, we adopted a user-centric, modular development strategy integrating IoT, analytics, and mobile-first design principles.
Concept & Research
Defined use cases and power control requirements
Hardware Design
Engineered robust BLE-based circuit for high-power devices.
UI/UX Design
Created intuitive, minimal, and interactive app experience.
Mobile App Development
Integrated BLE communication for multi-device control.
Testing & Optimization
Ensured safe power handling and stable BLE performance.
Deployment & Feedback
Validated across real-world industrial environments.
Hardware Details
nRF5240
32 bit
Bit-Width
Bluetooth Support
Nordic (nRF series)
ARM Cortex-M4 / M33
02
Layer Of PCB Design
128 MHz
Clock Speed
ZigBee Support
512 KB–1 MB
Flash Memory
64–256 KB
Ram Memory
Product Feature
Complete Process of the mobile app that can start from onboarding to setup automation of device with different schedule and time structure
