The Disruptive Technologies Cloud Connector is the gateway that relays data from our wireless sensors to the cloud. We often talk about what makes our sensors unique. Still, just like Sherlock Holmes couldn’t do without his sidekick Watson, the Cloud Connector provides crucial functionality that enables our sensors to shine. It is a component of our solution that ensures the data captured by the sensors is reliable, secure, and easy to access.
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Today, we turn the spotlight on five key features of the Cloud Connector that contribute to making Disruptive Technologies sensor solutions exceptional.
Truly Plug & Play
The gateway is an essential communication channel between sensors and cloud services. However, significant investment is often required to install, pair sensors with the gateways, and expand the solution to accommodate future business needs.
Our plug-and-play gateway requires no setup or configuration. Once powered, the Cloud Connector will automatically connect to the cloud and relay data from nearby sensors.
Secure Data Flow
The entire Disruptive Technologies sensor solution, including the Cloud Connector, has been designed with data security as a priority. We maintain end-to-end encryption as the data travels from the sensor through the Cloud Connector to the cloud.
Our specially designed protocol, SecureDataShot™, pairs sensors directly with users in the cloud rather than with a gateway. This design removes typical security weak points in some IoT architectures and simplifies implementation and maintenance. It safeguards the system’s security and protects data throughout its journey.
Unparalleled Scalability
System scalability allows a business to grow without being held back by its structure. One Cloud Connector can support tens of thousands of sensors, offering true flexibility and scalability. Again, the SecureDataShot™ protocol is behind this. It consumes minimal bandwidth, facilitating support to many sensors at once.
The long wireless range between sensors and Cloud Connector easily covers large areas within a building, minimizing the need for additional investment in gateway infrastructure when scaling the solution.
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Connecting to the cloud can pose challenges for some technologies, especially in certain locations. Another issue is that most gateways require businesses to incorporate a SIM card, meaning users must identify an available network and acquire a data plan for their devices.
The Disruptive Technologies Cloud Connector has a built-in SIM card (MVNO) with cellular roaming. An MVNO, or Mobile Virtual Network Operator, is a wireless communication services provider that does not own the wireless network infrastructure. Through its MVNO, the Cloud Connector will automatically connect and roam freely between the best cellular networks in the area, eliminating the need for users to manually manage network selection and data plans.
Continuous Data Flow
Because data reliability is so important, and we want to minimize customer dependency, we have built essential resilience features into our Cloud Connector. This design means that all sensors communicate with every available Cloud Connector but engage only with the nearest one.
If a Cloud Connector stops functioning or is no longer on site, sensors will automatically initiate a "failover" procedure by connecting to another nearby Cloud Connector. This safeguards data continuity without having to pair the sensors again with a new gateway.
Bottom Line
Data from the real world is the benchmark for energy savings, complying with safety regulations, and optimizing space occupancy. The Cloud Connector is the device that connects the sensors and the cloud and provides the tie between data collection and analysis.
Offering a secure pairing between the sensor and the user, plug-and-play setup, scalability, and end-to-end security, the Cloud Connector is the unsung hero of Disruptive Technologies sensor solutions.
USB, the abbreviation of universal serial bus in English, is an external bus standard, which is used to regulate the connection and communication between computers and external devices. It is an interface technology applied in the field of PC.
Universal serial bus (USB) is a new data communication mode which gradually replaces other interface standards. It was jointly developed by Intel, Compaq, digital, IBM, Microsoft, NEC, Northern Telecom and other computer companies and communication companies in , and gradually formed industry standards.
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As a kind of high-speed serial bus, USB bus's extremely high transmission speed can meet the application environment requirements of high-speed data transmission, and the bus also has the advantages of simple power supply (bus power supply), convenient installation and configuration (plug and play and hot plug are supported), simple expansion port (127 peripherals can be expanded at most through the hub), diversified transmission modes (4 transmission modes), as well as the advantages of good compatibility (downward compatibility after product upgrade).
Since its introduction, universal serial bus has successfully replaced serial port and parallel port and has become one of the standard expansion interfaces and necessary interfaces for a large number of computers and intelligent devices in the 21st century. Now it has developed to USB version 3.2. USB has the advantages of fast transmission speed, convenient use, hot plug support, flexible connection, independent power supply, etc. it can connect a variety of peripherals such as the keyboard, mouse, large-capacity storage device, etc. the interface is also widely used in smartphones. The interaction between intelligent devices such as computers and external data is mainly based on network and USB interface.
Main Features of USB Connector
1. Polarization
The USB connector can only be nominally inserted in one way. It is possible to force a wrong connector, but this can cause damage to the device.
2. At least four contacts
All USB connectors have at least four contacts (some USB models may have five, USB 3.0 connectors or more), which are used for power, ground and two data lines (D + and D -). The USB connector is designed to transmit 5V up to 500mA.
3. Shielding
The USB connector is shielded, so it provides a metal shell that does not belong to the circuit, which is very important to keep the signal intact in the environment with a lot of electrical “noise”.
4. Powerful power connection
It is very important for the power pin to establish a connection before the data line to avoid trying to power the device through the data line, which is taken into account in the design of all mil spec USB connectors.
5. Mould strain relief
All USB cables are plastic-wrapped at the connector to prevent pressure on the cable and damage to the electrical connection.
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