Develop intelligent IoT wearable devices quickly with our IoT design and engineering expertise
Development of end user devices is an important aspect of Internet of things ecosystem as these IoT devices are the interface between the real world and the technology. A real physical quantity whether it is how fast the user walks or how much angle the robot's arm has turned or the temperature of a surface - is being measured by the end device. This is the "data" of the Big Data. All the decisions are based out of this and it must be as exact as possible and preferably collected as fast as feasible.
With a rising competition, it is essential for companies to cut time to market and deliver scalable and cost effective products. This calls for employing new age technologies and engineering practices to innovate products faster. But it is very costly and consuming to set-up and manage technology teams that deliver results without losing the focus of capturing the market. It is best to engage experts in the field who can accomplish the technology part. As a trusted ally, Embien offers IoT design and engineering services for developing IoT Wearable devices backed by its expertise in working with various customers in this field.
IoT design and engineering
Working with battery powered systems for the past 15 years, Embien's team has been keeping abreast of technological advances in the IoT End node devices. New types of sensors have been emerging for the mass market continuously and we have been incorporating these sensors for internet of things devices in our designs. Our IoT designs team has been worked in all aspects in a range of technologies being used in various IoT applications including
- Cores :
- Industry leading ARM Cortex M0+, Cortex M3 based MCUs from various vendors
- CPU :
- TI CC2541, TI 2640, TI 2650, NXP KW30Z, KW40Z, Renesas and Nordic
- Firmware :
- Robust and modular firmware designs optimized for space and power consumption
- Wireless connectivity :
- Classic Bluetooth, Bluetooth Low Energy(BLE), WiFi, WiFi P2P, 2.4GhZ ISM,GSM, LoRa etc
- Power Management :
- Devices powered by coin cell batteries, Li-ion batteries, Dual power mode etc
- Sensors :
- Accelerometers, Gyroscopes, Temperature sensors, Barometers, Weather sensors, Compass etc
- M2M Technologies :
- M2M GSM Modem, wireless solutions, CAN, RS485 protocols etc
Our designs are centered around the key technical and business requirements of the customers delivered with high reliability at aggressive time lines. Our credentials include developing
- BLE based Industrial pH Sensors
- Bluetooth based Smart Home automation system
- GSM based industrial data acquisition system
Our eStorm series of ARM platforms can be readily used as IoT devices with little or no modification. These platforms offers sensor interfaces including Analog Inputs and Digital inputs along with actuator drivers like Analog and Digital outputs. Connectivity options range from powerful Ethernet, WiFi interfaces to Bluetooth and GSM. For use as IoT Platforms, these devices package enough processing power to implement complex control algorithms and for interfacing with both the sensors and the communication interfaces.
Wearable Device Development
Having worked in and out of above technologies, Embien has expertise in designing IoT wearable devices for various applications. With our rich partner ecosystem, our cross platform can take care of complete product development life cycle from concept, design, prototyping, enclosure design, production and maintenance. Our eye-catchy slick designs have been well received by target customers and earned rave reviews.
Our embedded hardware team has experience in doing very low power designs and associated ultra-small form PCBs for use in such wearable applications. Our low level coding skills combined with deep understanding of the underlying system helps us create best firmware that can fit in the low capacity Flash and RAM memories.
We have developed intelligent algorithms on top of these device like Sleep detection, activity tracking, etc. Applying sensor fusion technologies, we are able to cross correlate measurements and improve the accuracy of the data.
We have also proven credentials in mobile app development to integrate the functionality of such devices with the smart phone enabling seamless operation of both.
Our wearable device development services team has already designed following devices for customers for deployment in the field.
- TI CC2541 based BLE devices for tracker kind of applications
- TI CC2650 based BLE devices for tracker kind of applications
- Kinetis K30 based location tracker
- 2.4GHz customized tracker in RF testing environment,
- Android Wear Technologies etc
Please contact us to discuss your requirements of developing Internet of Things devices and wearables at attractive prices and short timelines.