In WhatsApp coexistence setups (Business App + Cloud API on the same
number), some inbound customer messages arrive from Meta as `type:
unsupported` with error `131060` ("This message is unavailable") and no
content — typically the first message of a Click-to-WhatsApp /
Instagram-ad conversation, or a message synced from a companion device.
Chatwoot was dropping these webhooks entirely, so no contact,
conversation, or message was created. The conversation only surfaced
once an agent replied (via an `smb_message_echoes` event), starting
"headless" with zero customer context.
This change persists a placeholder message for these events so the
contact and conversation are created, and renders it with the dedicated
unsupported-message bubble that points agents to the WhatsApp app —
where the original message is still visible.
Fixes
https://linear.app/chatwoot/issue/CW-7166/whatsapp-coexistence-inbound-messages-are-silently-dropped
and https://github.com/chatwoot/chatwoot/issues/13464
<img width="3448" height="1604" alt="CleanShot 2026-05-22 at 17 49
35@2x"
src="https://github.com/user-attachments/assets/0a90ec84-9085-4cba-883d-08d9de33fa3c"
/>
## How to reproduce
1. Connect a WhatsApp Cloud (coexistence) inbox.
2. Receive an inbound message that Meta delivers as `type: unsupported`
with error `131060` (e.g. a Click-to-WhatsApp ad message, or a message
handled on a companion/primary device that fails to sync to the API).
3. **Before:** nothing is created — the conversation only appears after
an agent replies, with no record of the customer's first message.
4. **After:** the contact and conversation are created with an incoming
placeholder message rendered as the amber "unsupported" bubble: _"This
message is unsupported. You can view this message on the WhatsApp app."
---------
Co-authored-by: Muhsin <12408980+muhsin-k@users.noreply.github.com>
Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Co-authored-by: Sojan Jose <sojan@pepalo.com>
Adds storage support for WhatsApp business-scoped user identifiers
received from Meta Cloud API and Twilio WhatsApp webhooks. The change
keeps existing phone-based behavior intact, stores BSUID and parent
BSUID values as additional `contact_inboxes.source_id` rows for the same
contact, and allows BSUID-only inbound messages to create contacts,
conversations, and messages without requiring a phone number.
Related: https://github.com/chatwoot/chatwoot/issues/13837
**What changed**
- Extended WhatsApp source ID validation to accept regular BSUID and
parent BSUID formats.
- For Meta Cloud API, stores phone, `user_id`, and `parent_user_id`
identifiers as contact inbox source IDs when they are present.
- For Twilio WhatsApp, stores phone, `ExternalUserId`, and
`ParentExternalUserId` identifiers as contact inbox source IDs while
preserving the existing `whatsapp:` Twilio source ID shape.
- Supports BSUID-only inbound messages by creating a contact, contact
inbox, conversation, and message even when the phone number is missing.
- Links phone-first and later BSUID-only messages to the same contact
when the first payload contains both phone and BSUID.
- Stores WhatsApp usernames in contact `additional_attributes`, matching
existing social channel patterns.
- Keeps existing phone-based outbound and new-conversation behavior
unchanged for this milestone.
**How to test**
1. Send a Meta Cloud webhook payload with both `wa_id` and `user_id`.
2. Verify Chatwoot creates or finds the phone `contact_inbox` and also
creates a BSUID `contact_inbox` for the same contact.
3. Send a later Meta Cloud payload for the same user with only `user_id`
/ `from_user_id`.
4. Verify Chatwoot finds the BSUID `contact_inbox` and creates the
inbound message without requiring a phone number.
5. Send a Twilio WhatsApp webhook with `From: whatsapp:+E164`,
`ExternalUserId`, and optionally `ParentExternalUserId`.
6. Verify Chatwoot stores the Twilio phone and BSUID identifiers as
`whatsapp:`-prefixed source IDs for the same contact.
7. Send a Twilio WhatsApp webhook where `From` is `whatsapp:<BSUID>` and
there is no phone number.
8. Verify Chatwoot creates the contact, contact inbox, conversation, and
message without a phone number.
---------
Co-authored-by: Muhsin <12408980+muhsin-k@users.noreply.github.com>
## Linear ticket
https://linear.app/chatwoot/issue/CW-6839/blocked-contact-can-still-send-messages-to-whatsapp-inbox
## Description
Drop WhatsApp incoming messages from blocked contacts
## Type of change
- [ ] Bug fix (non-breaking change which fixes an issue)
## How Has This Been Tested?
- Incoming messages for blocked contacts
## Checklist:
- [ ] My code follows the style guidelines of this project
- [ ] I have performed a self-review of my code
- [ ] I have commented on my code, particularly in hard-to-understand
areas
- [ ] I have made corresponding changes to the documentation
- [ ] My changes generate no new warnings
- [ ] I have added tests that prove my fix is effective or that my
feature works
- [ ] New and existing unit tests pass locally with my changes
- [ ] Any dependent changes have been merged and published in downstream
modules
---------
Co-authored-by: Muhsin Keloth <muhsinkeramam@gmail.com>
Some customers using WhatsApp inboxes with account-level webhooks were
reporting receiving duplicate `message_created` webhook deliveries for
every incoming message. Upon inspection, here's what we found
- Both payloads are identical.
- No errors appear in the application logs
- Webhook URL is only configured in one place.
This meant, the system was sending the webhooks twice. For some context,
there's a know related issue... Meta's WhatsApp Business API can deliver
the same webhook notification multiple times for a single message. The
codebase already acknowledges this — there's a comment in
`IncomingMessageBaseService#process_messages` noting that "multiple
webhook events can be received against the same message due to
misconfigurations in the Meta business manager account." A deduplication
guard exists, but it doesn't actually work under concurrency.
### Rationale
The existing dedup was a three-step sequence: check Redis (`GET`), check
the database, then set a Redis flag (`SETEX`). Two Sidekiq workers
processing duplicate Meta webhooks simultaneously would both complete
the `GET` before either executed the `SETEX`, so both would proceed to
create a message. The `source_id` column has a non-unique index, so the
database wouldn't catch the duplicate either. Each message then
independently fires `after_create_commit`, dispatching two
`message_created` webhook events to the customer.
```
Worker A Worker B
│ │
▼ ▼
Redis GET key ──► nil Redis GET key ──► nil
│ │
│ ◄── both pass guard ──► │
│ │
▼ ▼
Redis SETEX key Redis SETEX key
│ │
▼ ▼
BEGIN transaction BEGIN transaction
INSERT message INSERT message
DELETE Redis key ◄─┐ │
COMMIT │ DELETE Redis key
│ COMMIT
│ │
└── key gone before ───┘
B's commit lands
▼ ▼
after_create_commit after_create_commit
dispatch MESSAGE_CREATED dispatch MESSAGE_CREATED
│ │
▼ ▼
WebhookJob ──► n8n WebhookJob ──► n8n
(duplicate!)
```
There was a second, subtler problem visible in the diagram: the Redis
key was cleared *inside* the database transaction, before the
transaction committed. This opened a window where neither the Redis
check nor the database check would see the in-flight message.
The fix collapses the check-and-set into a single `SET NX EX` call,
which is atomic in Redis. The key is no longer eagerly cleared — it
expires naturally after 24 hours. The database lookup
(`find_message_by_source_id`) remains as a fallback for messages that
were created before the lock expired.
```
Worker A Worker B
│ │
▼ ▼
Redis SET NX ──► OK Redis SET NX ──► nil
│ │
▼ ▼
proceeds to create returns early
message normally (lock already held)
```
### Implementation Notes
The lock logic is extracted into `Whatsapp::MessageDedupLock`, a small
class that wraps a single `Redis SET NX EX` call. This makes the
concurrency guarantee testable in isolation — the spec uses a
`CyclicBarrier` to race two threads against the same key and asserts
exactly one wins, without needing database writes,
`use_transactional_tests = false`, or monkey-patching.
Because the Redis lock now persists (instead of being cleared
mid-transaction), existing WhatsApp specs needed an `after` hook to
clean up `MESSAGE_SOURCE_KEY::*` keys between examples. Transactional
fixtures only roll back the database, not Redis.
This change https://github.com/chatwoot/chatwoot/pull/13371 broke the
functionality. When a user replies to a WhatsApp message, the reply
context wasn't being properly stored in Chatwoot due to #13371
WhatsApp sends reply messages with a `context` field containing the
original message ID:
```json
{
"messages": [{
"context": {
"from": "phone_number",
"id": "wamid.ORIGINAL_MESSAGE_ID"
},
"from": "phone_number",
"id": "wamid.REPLY_MESSAGE_ID",
"text": { "body": "This is a reply" }
}]
}
```
However, the in_reply_to_external_id was being overridden when building
the message because content_attributes was explicitly set to either {
external_echo: true } or {}, which discarded the reply-to information.
When businesses use WhatsApp Business App (co-existence mode) or
Instagram App or TikTok alongside Chatwoot, messages sent from the
native apps were not synced properly back to Chatwoot. This left agents
with an incomplete conversation history and no visibility into responses
sent outside the dashboard. Additionally, if these echo messages did
arrive, they appeared as "Sent by: Bot" in the UI since they had no
sender, making it confusing for agents.
This PR subscribes to WhatsApp `smb_message_echoes` webhook events and
routes them through the existing service with an `outgoing_echo` flag,
mirroring how Instagram already handles echoes. On the Instagram side,
echo messages now also carry the `external_echo` content attribute and
`delivered` status.
On the frontend, messages with `externalEcho` are distinguished from bot
messages showing a "Native app" avatar and an advisory note encouraging
agents to reply from Chatwoot to maintain the service window.
<img width="1518" height="524" alt="CleanShot 2026-01-29 at 13 37 57@2x"
src="https://github.com/user-attachments/assets/5aa0b552-6382-441f-96aa-9a62ca716e4a"
/>
Fixes
https://linear.app/chatwoot/issue/CW-4204/display-messages-not-sent-from-chatwoot-in-case-of-outgoing-echo
Fixes
https://linear.app/chatwoot/issue/PLA-33/incoming-from-me-messages-from-whatsapp-business-app-are-not-falling
Fixes https://github.com/chatwoot/chatwoot/issues/11753 and
https://github.com/chatwoot/chatwoot/issues/12442
**Problem**
When a WhatsApp conversation started with a media message, the
conversation created webhook would sometimes fire before the message and
its relationships were fully committed to the database. This resulted in
the message being missing
from the webhook payload, breaking external automations that rely on
this field.
**Solution**
Added `ActiveRecord::Base.transaction` wrapper around the core message
processing operations in `Whatsapp::IncomingMessageBaseService` to
ensure atomic execution:
- `set_conversation` (creates conversation)
- `create_messages` (creates message with account_id)
- `clear_message_source_id_from_redis` (cleanup)
Now the webhook only triggers after all related data is fully persisted,
guaranteeing message availability.
Currently, we do not support reactions, ephemeral messages, or the request_welcome event for the WhatsApp channel. However, if this is the first event we receive in Chatwoot (i.e., there is no previous conversation or contact in Chatwoot), it will create a contact and a conversation without any messages. This confuses our customer, as it may appear that Chatwoot has missed some messages. There are multiple cases where this might be the first event we receive in Chatwoot. One quick example is when the user has sent an outbound campaign from another tool and their customers reacted to the message.
Another event like this is request_welcome event. WhatsApp has a concept for welcome messages. You can send an outbound message even though the user has not send a message. You can receive notifications through a webhook whenever a WhatsApp user initiates a chat with you for the first time. (Read the Welcome message section: https://developers.facebook.com/docs/whatsapp/cloud-api/phone-numbers/conversational-components/ ). Although this can help the business send a pro-active message to the user, we don't have it scoped in our feature set. For now, I'm ignoring this event.
Fixes https://linear.app/chatwoot/issue/CW-3018/whatsapp-handle-request-welcome-case-properly
Fixes https://linear.app/chatwoot/issue/CW-3017/whatsapp-handle-reactions-properly
