SMS Events
The 1NCE Data Streamer Service provides real-time SMS Events that give you detailed insights into SMS traffic for your IoT devices. This chapter focuses on the two types of SMS Events supported by the platform.
SMS Event Types
SMS MT DLR — MT (Mobile Terminated) Delivery Reports provide status updates for SMS messages sent to devices, including delivery confirmations, failures, and expiry notifications.
SMS MO — MO (Mobile Originated) events represent SMS messages sent from mobile devices to your specified interfaces or applications.
Event Specifications
SMS MT DLR (Delivery Report)
SMS MT Delivery Reports are generated when SMS messages sent to devices reach a final state. These events provide delivery status information including successful delivery, failures, or expiration.
Supported Status Types:
DELIVERED: Message successfully delivered to the deviceFAILED: Message delivery failedEXPIRED: Message expired before delivery
SMS MT DLR Example
{
"id": 8891889,
"submit_date": "2024-12-15T16:55:31Z",
"final_date": "2024-12-15T16:55:35Z",
"organisation": {
"id": 103820
},
"endpoint": {
"id": 100001494,
"name": "8988228530100000216"
},
"status": {
"status": "DELIVERED",
"id": 4
},
"detail": {
"sms": {
"id": "551734281731175386"
}
}
}
SMS MO (Mobile Originated)
SMS MO events represent messages sent from mobile devices to your customer-specified interfaces. These events capture the complete SMS content and routing information.
SMS MO Example
{
"id": 8901947,
"submit_date": "2024-12-16 07:01:00",
"pid": 0,
"organisation": {
"id": 103820
},
"dest_address": "338",
"source_address": "882285301000216",
"dcs": 0,
"payload": "34178d09-905a-4289-95b6-da61f966d3e1;1734332456",
"endpoint": {
"id": 100001494,
"name": "8988228530100000216"
}
}
SMS Event Properties
Common Properties
Properties shared across both SMS event types:
| Property | Data Type | Description |
|---|---|---|
id | LONG (64-bit integer) | Unique identifier for each SMS event |
submit_date | TIMESTAMP (UTC) | Timestamp when the SMS was submitted in ISO 8601 format |
organisation | JSON Object | Organization information containing the organization ID |
endpoint | JSON Object | Endpoint information including ID and name (typically ICCID) |
SMS MT DLR Properties
Specific properties for MT Delivery Report events:
| Property | Data Type | Description |
|---|---|---|
final_date | TIMESTAMP (UTC) | Timestamp when the final delivery status was reached |
status | JSON Object | Delivery status information |
detail | JSON Object | Additional details including original SMS ID |
Status Object:
status: String value (DELIVERED,FAILED,EXPIRED)id: Numeric status identifier (4 = DELIVERED, 5 = FAILED, 6 = EXPIRED)
SMS MO Properties
Specific properties for Mobile Originated SMS events:
| Property | Data Type | Description |
|---|---|---|
dest_address | STRING | Destination address where the SMS was sent |
source_address | STRING | Source address (typically the device's MSISDN) |
payload | STRING | The actual SMS message content |
dcs | INTEGER | Data Coding Scheme (0 = default GSM 7-bit) |
pid | INTEGER | Protocol Identifier (0 = default) |
Object Details
Organisation Object
Contains information about the customer organization:
| Property | Data Type | Description |
|---|---|---|
id | INTEGER | Unique 1NCE customer organization identifier |
Endpoint Object
Represents the device/SIM endpoint:
| Property | Data Type | Description |
|---|---|---|
id | INTEGER | Unique endpoint identifier |
name | STRING | Endpoint name (typically the ICCID) |
Detail Object (SMS MT DLR)
Contains additional information specific to delivery reports:
| Property | Data Type | Description |
|---|---|---|
sms | JSON Object | Contains the original SMS identifier |
SMS Detail Object:
id: Original SMS message identifier for correlation
Integration Notes
- SMS Events are delivered in real-time through the 1NCE Data Streamer
- Each event includes a unique ID to handle potential retransmissions
- Timestamps are provided in UTC format following ISO 8601 standard
- Status codes are consistent across the platform for reliable processing