IoT device Respone JSON

The IoT device json example provides information about a smart thermostat IoT device, including its ID, name and a list of its sensors, actuators, and settings.

JSON:

1{
2    "id": "0001",
3    "name": "Smart Thermostat",
4    "description": "A smart thermostat that adjusts the temperature based on user preferences and real-time weather data.",
5    "manufacturer": "Nest",
6    "model": "3rd generation",
7    "location": {
8        "latitude": 37.7749,
9        "longitude": -122.4194
10    },
11    "status": "active",
12    "sensors": [
13        {
14            "id": "temp-sensor",
15            "name": "Temperature Sensor",
16            "type": "temperature",
17            "data": {
18                "value": 70,
19                "unit": "Fahrenheit"
20            }
21        },
22        {
23            "id": "humid-sensor",
24            "name": "Humidity Sensor",
25            "type": "humidity",
26            "data": {
27                "value": 50,
28                "unit": "percent"
29            }
30        }
31    ],
32    "actuators": [
33        {
34            "id": "heater",
35            "name": "Heater",
36            "type": "heating",
37            "state": "off"
38        },
39        {
40            "id": "ac",
41            "name": "Air Conditioner",
42            "type": "cooling",
43            "state": "off"
44        }
45    ],
46    "settings": {
47        "temperature": {
48            "min": 60,
49            "max": 80
50        },
51        "humidity": {
52            "min": 30,
53            "max": 70
54        }
55    }
56}

Description:

The IoT device json example provides information about a smart thermostat IoT device, including its ID, name and a list of its sensors, actuators, and settings. The sensors provide data on temperature and humidity, while the actuators allow the device to control a heater and air conditioner. The settings allow the user to customize temperature and humidity thresholds.

The blog offers a JSON data sample that may be used to describe a fictitious gadget. The JSON data contains a variety of fields, including configuration options, firmware version, and device ID.

The author explains the function of each field and how the information can be utilised to administer and monitor the apparatus in this Json api. In order to promote interoperability and simple system integration, the blog also covers certain best practises for structuring and transferring device data, such as the use of standard field names and data types. Overall, the blog offers developers and engineers who work with device data a helpful json example API and guidance.

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Episyche Technologies