IoT Technologies &
The work of DCPL TECH

Some of our work in IoT technologies

Our work in Agriculture Sector
  • Automated Green House with the help of IoT
  • Pest Control
  • Automatic Irrigation
  • Crop harvesting, storage & processing
  • Livestock monitoring
  • Transport and special machinery monitoring and control
Our work in smartband
  • Step counter and approximate distance covered
  • Calorie consumption
  • Sleep recorder (duration and quantity)
  • Self-defined fitness plan and a comparison with actual activity
Our work in Automotive Sector
  • Fleet management
  • Connected Vehicles through V2X
  • Automotive Maintenance System
  • Autonomous Vehicle
  • In-Vehicle Infotainment and Telematics

How IoT works?


To identify and track data of things


To collect and process the data to detect the changes in the physical status of things

Smart Tech

To enhance the power of the network by developing processing capabilities to different part of the network

Nano Tech

To make the smaller and smaller things have the capability to connect and interact

IoT reshaping agricultural sector

Agriculture is one of the most important sectors of the economy, and the efficient use of opportunities provided by technological advancements has always been the foundation for sustainable growth and development of this industry.

Product quality, higher crop yields, resource conservation, and cost control are but a few ways that the Internet of Things promises to transform in the agriculture industry and food production in the nearest future.

How IoT helps in reshaping the agricultural sector?

Pest Control
Automatic Irrigation
Crop harvesting, storage and processing
Automated smart green house
Transport and special machinery monitoring and control
Agricultural drones

Our work in automated green house

A smart greenhouse is a fully automated construction designed to facilitate the process of growing crops and minimize manual labor. The facility like this includes IoT microcontrollers, sensors, and apps.
To control the environment in an intelligent greenhouse, various sensors are used to measure environmental parameters and automatically control operating mechanisms like turning on fans, adjusting the flow of light, controlling heating, etc. Using WiFi, these parameters can also be managed remotely.

We are experts in using IoT technology in developing your greenhouse which not only monitors intelligently but also controls the climate suited for your crop, thereby eliminating the need of human intervention. Different sensors that measures the environmental parameters according to the plant requirement are used for controlling the environment in a smart greenhouse such as 1) Soil moisture sensor, 2) Light Sensor and 3) Humidity Sensor.

Our IoT work with smartband

We regularly measure aspects of our daily lives because we feel we have to, because it is Human nature to want to stay safe. We typically set our goals for certain points in time and regularly check how well or badly we are performing. How much you walked or how much you slept or how much lost your calorie throughout the day, we are expert in capturing your data and analyzing them through reports. We have expertized in developing customized applications for the smartbands.


Main features:
Step counter and approximate distance covered
Calorie consumption
Sleep recorder (duration and quantity)
Self-defined fitness plan and a comparison with actual activity

More features:
Nutrition intake and comparison with calorie burn activity

What data is collected?

Name (or nickname)
Birth date (or just birth year)
E-mail address
Password for account

Training plan
Weight goal
Training goals (steps per day, hours of sleep)…..etc

Collecting and processing the information in smartband

The data acquisition and processing is done in a chain comprising the smartband itself, a smartphone (usually Android or iOS based) or computer (running on Windows or OSX), the corresponding application to process the data and the vendor’s cloud service to provide deeper insights and store historical data. In order to synchronize the individual components the system uses Bluetooth and the Internet (via 3G/4G, Wi-Fi or wired connection

The continuous synchronization between the tracking device and mobile phone requires a steady Bluetooth connection. This can have a considerable impact on the battery time of the phone. However the tracker is able to store data without synchronization for anywhere between two and 30 days, depending on the device and the amount of information recorded.

Step 1: Record data and short term storage
Step 2: Process and correlate data, send instructions to control smartband
Step 3: Long time storage, web based interface for better viewing and deeper investigation

Our work in fleet management

The implementation of IoT in automotive sector has brought in a huge development in the field of fleet management. Trucks nowadays are integrated with weight measurement, location tracking, and several other sensors.

We gather large volume of sensory data from the large fleet and store them in cloud. This data is then processed through different analytics features and conceptualized into a visual format. A fleet operator can easily go through this information to monitor different parameters associated with its fleet.

Some of the benefits that our IoT infused fleet management system offer:

Real time location monitoring of the fleet
Weight/volume tracking of the cargo that the fleet is carrying
UTracking traffic condition on the road
Time and driver management
Route management
Trucks’ performance statics like fuel & mileage

Our work in Automotive maintenance system

Predictive analytics is one of the most startling features of IoT automotive. The sensors embedded in different components of a car collect data and share it to a platform. This data is then processed by an algorithm that can analyze the future outcomes of the component based on its performance.
IoT automotive maintenance system also helps a person to take necessary steps to prevent its car parts from sudden breakdown. Just like dashboard indicators of a vehicle, this system alerts the driver about probable malfunctions. However, the alerts are sent to the driver’s mobile, way before the problem even occurs. This helps the driver to make cost-effective and time-saving steps to avoid component failure while driving.
It is really helpful for load-carrying vehicles that travel for days before reaching their destination. By using the automotive maintenance system a person can confirm the performance of its vehicle and repair its car parts before they break.