What is KPIIOT?

KPIIOT is an advanced cloud platform for internet-of-things that supports web servers. It supports voice calls and voice alerts, as well as SMS notifications.

Cloud stage provides APPs for clients. These apps are completely free. These apps enable users to manage company resources remotely using their mobile phones and tablets. The apps can be accessed in English, Spanish, Chinese, and other languages.

Android APP download

IOS: Search in Apple Store Cloud

KPIIOT Online Demo Account Information

KPIIOT Demo Link: http://my-rtu.com/Demo Account: latest
Password:123456
King Pigeon R&D prepared a series of IoT products that can be connected to the device to test the power of King Pigeon’s cellular industrial IoT RTU and Cellular IoT Gateways.

Product Description

KPIIOT Cloud Platform is an industrial IoT platform with million-level access. The scientific architecture design can quickly and economically realize the customer’s request for customized cloud platforms and satisfy the customer’s requirements for cloud platform customization.

Million-level IoT cloud platform access to industrial IoT
Multi-Servers in HongKong and Europe
Multiple languages support,Spanish, English;
Provide API apps and KPIIOT Apps;
Develop Applications for different demands;
Powerful functions and reliability
Compatible Modbus IoT Protocols and MQTT TCP. Contact : iot-solution skype: rtualarm system Tel: +86—

KPIIOT Cloud Platform

KPIIOT (King Pigeon’s Industrial Internet of Things Platform) is an IoT stage that provides access to millions of people. It can be configured to economically and logically meet the client’s requirements for a customized cloud stage. It can also be customized to meet the requirements of the customer.

KPIIOT Online Demo

Lord Pigeon R&D created a few IoT products connected to the device to evaluate the power of King Pigeon’s new IoT RTUs, and Cellular IoT gateways.

Registering will be possible by logging into your test account. We can provide audio confirmation if you require it.

Here’s a link to the demonstration

It is easy to see how much power the demo unit uses. The STC-485 can confirm that the demo device can take a photograph and provide accurate information.

Modify it to trigger terms to turn remote transfers off/on.

Kpiiot IoT

KPIIOT IoT100 remote IoT modules are low-power and compatible with devices with sequential port results. They can be used for remote communication using the RS485 and 232 serial connections and SMS and cell-based organizations. They can also work with OPC or SCADA server configurations. Modules IoT100 contain the cell network and various conventions that can be used with interoperability.

Stream meters are one example. These devices are IoT. These devices can monitor temperature, humidity, and other vital indicators. The IoT100 can gather data from any remote device through senser. The IoT100 then relays the data via a remote coordination Gateway. It can transmit and receive information. The data is then transmitted to a cloud platform using an MQTT convention. The results of the investigation are shown on this page.

Lora Gateway S281 Series

The Lora Gateway S281 series is built on the LoRa Radio and conceals dampness and different temperatures. The pilot can use it to control remote sensors or an RS485 constant converter. These devices are useful for many modern purposes, including monitoring temperature in nurseries, electroplating, compound plants, and emergency clinics. These devices can be used in Modbus IoT Protocol and Modbus TCP. They can also work in 3G/4G LTE networks.

Lora Gateway S281 supports various correspondence conventions, such as XMPP and BLE. It supports Ethernet as well as 3G/4G association group support. It has security features that protect it from ESD and faulty wiring. It has flood protection. You can also get flood insurance. Lora Gateway S281 is an example of the most up-to-date information selection and examination technology.

Convention for Kpiiot

MQTT is an open-source protocol that allows information to be shared over the Internet. It facilitates information exchange between IIoT devices and IoT devices using Kpiiot. It connects interface gadgets. Both Subscribers/Senders can communicate with each other and exchange points. The MQTT intermediary is a bridge between the receiver/source of the incoming messages.

MQTT includes elements that enable developers to integrate IoT gadgets into other frameworks easily. Before sending or receiving messages, TCP communication needs to be established between the client and facilitator. MQTT specialists can be contacted to address different organizational needs. The client must declare their association to establish a connection with the IoT Hub. After the association has been established, the client and agent can sign in to the meeting together.