IoT Network Data Response Json
JSON Data:
1{
2 "network_id": "abc123",
3 "name": "IoT Network 1",
4 "description": "This is a sample IoT network",
5 "devices": [
6 {
7 "device_id": "device1",
8 "name": "Device 1",
9 "type": "temperature sensor",
10 "location": "Building A, Floor 2",
11 "status": "online",
12 "last_updated": "2022-02-25T15:30:00Z",
13 "data": {
14 "temperature": 25.5,
15 "humidity": 50.2,
16 "battery": 75
17 }
18 },
19 {
20 "device_id": "device2",
21 "name": "Device 2",
22 "type": "door sensor",
23 "location": "Building B, Floor 3",
24 "status": "offline",
25 "last_updated": "2022-02-24T12:45:00Z",
26 "data": {
27 "is_open": false,
28 "battery": 80
29 }
30 }
31 ],
32 "alerts": [
33 {
34 "alert_id": "alert1",
35 "name": "Temperature alert",
36 "condition": "temperature > 30",
37 "actions": [
38 {
39 "action_id": "action1",
40 "name": "Send email",
41 "type": "email",
42 "recipients": [
43 "john@example.com",
44 "jane@example.com"
45 ]
46 },
47 {
48 "action_id": "action2",
49 "name": "Send SMS",
50 "type": "sms",
51 "recipients": [
52 "+1234567890"
53 ]
54 }
55 ]
56 },
57 {
58 "alert_id": "alert2",
59 "name": "Battery alert",
60 "condition": "battery < 20",
61 "actions": [
62 {
63 "action_id": "action3",
64 "name": "Send email",
65 "type": "email",
66 "recipients": [
67 "john@example.com"
68 ]
69 }
70 ]
71 }
72 ]
73}
1{
2 "network_id": "abc123",
3 "name": "IoT Network 1",
4 "description": "This is a sample IoT network",
5 "devices": [
6 {
7 "device_id": "device1",
8 "name": "Device 1",
9 "type": "temperature sensor",
10 "location": "Building A, Floor 2",
11 "status": "online",
12 "last_updated": "2022-02-25T15:30:00Z",
13 "data": {
14 "temperature": 25.5,
15 "humidity": 50.2,
16 "battery": 75
17 }
18 },
19 {
20 "device_id": "device2",
21 "name": "Device 2",
22 "type": "door sensor",
23 "location": "Building B, Floor 3",
24 "status": "offline",
25 "last_updated": "2022-02-24T12:45:00Z",
26 "data": {
27 "is_open": false,
28 "battery": 80
29 }
30 }
31 ],
32 "alerts": [
33 {
34 "alert_id": "alert1",
35 "name": "Temperature alert",
36 "condition": "temperature > 30",
37 "actions": [
38 {
39 "action_id": "action1",
40 "name": "Send email",
41 "type": "email",
42 "recipients": [
43 "john@example.com",
44 "jane@example.com"
45 ]
46 },
47 {
48 "action_id": "action2",
49 "name": "Send SMS",
50 "type": "sms",
51 "recipients": [
52 "+1234567890"
53 ]
54 }
55 ]
56 },
57 {
58 "alert_id": "alert2",
59 "name": "Battery alert",
60 "condition": "battery < 20",
61 "actions": [
62 {
63 "action_id": "action3",
64 "name": "Send email",
65 "type": "email",
66 "recipients": [
67 "john@example.com"
68 ]
69 }
70 ]
71 }
72 ]
73}
Description:
The IoT Network Data Response JSON is an example response of an API which includes information about the IoT network, as well as the devices and alerts associated with it. The devices array contains objects with information about each individual device, including its status, location, and data. The alerts array includes objects that define the conditions under which alerts should be triggered, as well as the actions to take when those alerts are triggered.
This blog post provides an example of how to structure JSON data for an IoT network, with a focus on the data that pertains to network devices. The post includes descriptions of the different fields that can be included in the JSON object, such as device ID, device type, and device status.
The post also discusses the importance of including metadata fields, such as the timestamp of when the data was collected, and how this information can be used to track device behavior over time.
Additionally, the post provides some tips on how to optimize the structure of the JSON data for efficient storage and querying. Overall, the blog post provides a useful starting point for developers looking to build IoT applications that rely on JSON data.
