MILITARY IOT

At MWIVEN, Our expert team can design, develop and provide an integrated solution for all kinds of Homeland Security, Military and other Data Sensitive Internet of Things.

We custom design and develop Military Robots that possess intelligent physical sensing, learning, and actuation capability through virtual or cyber interfaces.

We provide an Integrated solution containing both hardware and software solutions involving sensors, human-wearable devices and other smart technology based on four categories such as

  • Data-carrying devices: A device that carries data and with connects to the larger communication network securely.
  • Data-capturing device: A Transmitter / Receiver that captures, interacts with physical things in a secure environment.
  • Sensing and actuating device: A device that can detect or measure information related to the surrounding environment and converts it into a digital electronic signal or a physical operation.
  • General device: A device embedded with processing and communication capabilities that can exchange information with the larger network.

ILLUSTRATIVE EXAMPLE OF MILITARY IOT DEPLOYED

APPLICATION OF IOMT IN BATTLEFIELD

MANTI CORE: BATTLE FIELD MANAGEMENT SYSTEM

Based on C6ISR

C6ISR is an acronym Stands for (C6) Command-Control-Communications-Computers-Combat Systems-Cyber Security (I) Intelligence (S) Surveillance and (R) Reconnaissance initially developed by the Unites States of America’s Department of Defense.

We have developed a complete set Integrated Software Solutions covering all the aspects C4ISR Framework our platform can is designed to provide information to WHO-WHAT-WHEN-WHERE-HOW Methodology for mission critical Environment and the same has been extended to C6ISR Framework.


We provide full life cycle support tailored to fit each customer’s unique needs. All objectives and requirements are translated into capabilities with meaningful measures of effectiveness.

Our solutions are designed to maximize best value, mitigate risks, and optimize operational efficiency.