How to Post Product Updates to Discord and Telegram with OpenClaw

OpenClaw can turn a verified release record into separate Discord and Telegram product updates, then deliver each approved message through Groniz. Start with one factual source packet, but adapt the message to each community. Pause for human review and inspect the live settings for both Groniz integrations before publishing or scheduling. Discord and Telegram are supported destinations, though their permissions, target identifiers, formatting, and available Groniz settings can differ. This article does not claim a live end-to-end test for either destination; each live schema wins, and each destination needs its own final approval.

The dual-channel workflow

Release source
  -> extract user-visible change and evidence
  -> draft a Discord update and a Telegram update
  -> review community context and permissions
  -> discover each Groniz schema separately
  -> approve and deliver each message
  -> verify in both native destinations

This is a community communication workflow. It does not turn an OpenClaw conversation channel into a social publishing connection; Groniz is the external delivery layer.

Prerequisites

Have these ready:

• An OpenClaw workspace with the Groniz Skill, MCP server, or CLI path.
• A Groniz account plus connected Discord and Telegram integrations.
• Permission to post in the intended Discord channel and Telegram chat or channel.
• A verified changelog, release note, or incident-resolution record.
• An approved link and any approved media.
• A reviewer who knows both communities.

Install the Skill with:

npx skills add groniz/groniz-cli

Or add the MCP server using the product-documented OpenClaw command:

openclaw mcp add groniz \
  --url https://mcp.groniz.com/mcp/YOUR_API_KEY \
  --transport streamable-http

OpenClaw's official documentation covers workspace, project, and personal skills and managed outbound MCP definitions. Keep the key-bearing URL secret and out of repository files.

Why Discord and Telegram need different drafts

Discord models messages inside channels, and the ability to create a message depends on channel access and permissions. The official Discord message resource is the authoritative model; the practical editorial consequence is to review the exact destination channel, not merely the server name.

Telegram's Bot API sends a message to a target chat or channel and returns a Message on success. Its official sendMessage documentation reinforces two operational checks: resolve the intended target and verify the returned native result.

The editorial context differs as well. A Discord release channel may sit beside support and discussion, so the update can direct readers to a thread or feedback channel when one is available. A Telegram channel is often read as a linear broadcast. Its message should stand on its own and lead with the user-visible change. Do not assume identical fields or formatting support in Groniz.

For the overall connection model, read how to connect OpenClaw to social media. The AI-agent social publishing hub explains the review boundary, while the X publishing workflow hub offers a contrasting short-form channel. The repo-first evidence pattern also appears in the GitHub release-to-X guide.

Prepare the release source

Use a compact release file rather than raw commit history:

# Product update: Export progress events

Status: shipped
Available from: 2026-07-20 16:00 UTC
Audience: API customers using export jobs

What changed:
- Export jobs now emit progress events.

Why it matters:
- Clients can show progress without polling job state as often.

Evidence:
- docs/export-progress.md
- CHANGELOG.md#240

Link:
- https://example.com/changelog/export-progress

Exclude:
- internal queue names
- unmeasured performance claims

OpenClaw should verify each sentence against the evidence and flag discrepancies. If availability is staged or conditional, that limitation belongs in both public drafts.

Create channel-native drafts

Prompt OpenClaw with distinct requirements:

Read updates/export-progress.md and its evidence. Produce two drafts.

Discord: write for an existing product-update channel. Lead with what shipped,
then who it helps, the one next action, and the approved link. Suggest a clear
place for follow-up only if the source names one.

Telegram: write a self-contained broadcast. Lead with the user-visible change,
keep the context understandable without earlier messages, and use the same
approved link.

Return a claim-to-source table and separate review checklists. Do not publish.

Cut generic excitement, invented user outcomes, and piles of reactions or hashtags. Specifics give people a reason to pay attention.

Reusable asset: dual-channel update card

Copy this for each release:

# Dual-channel update card

Source release/version:
Availability and timezone:
Audience:
Verified user-visible change:
Approved benefit statement:
Known limitation:
Approved link:
Approved media:

## Discord
Server/community:
Target integration ID:
Intended channel: resolve from live settings/tools
Draft approved by:
Publication time:

## Telegram
Target integration ID:
Intended chat/channel: resolve from live settings/tools
Draft approved by:
Publication time:

Publication approval for Discord:
Publication approval for Telegram:

The card catches an easy mistake to miss: correct copy sent to the wrong community target.

Human review checkpoint

Start with the source. Check release state, version, availability, link, limitation, and benefit. Remove internal identifiers, rollout notes that are not public, and support instructions intended for staff.

Then review each community. For Discord, confirm the connected server and intended channel, posting permissions, expected use of mentions, and whether the message belongs in announcements, releases, or another named channel. For Telegram, confirm the exact chat or channel, whether the bot is allowed to post there, and whether the message makes sense without surrounding conversation.

Review mentions conservatively. Broad notifications can be disruptive and should be included only when deliberately approved and supported by the live integration. Approve each destination separately.

Discover live settings and deliver

Use OpenClaw through the Skill or CLI to run:

groniz whoami
groniz integrations:list
groniz integrations:settings [discord-integration-id]
groniz integrations:settings [telegram-integration-id]

Treat the two settings responses as separate contracts. Supply every required value, follow current limits, and call only the dynamic integration tools listed by each response. If a tool is offered to resolve a channel, chat, or another provider-owned identifier, use its live result rather than typing an ID from an old run.

If the update includes media, upload it first:

groniz upload ./assets/export-progress.png

Use the returned .path in the relevant request. Have OpenClaw render the complete Discord request and Telegram request, including target and time, before either write. Content approval does not authorize delivery; record publication approval per destination.

Keep the two write commands separate:

groniz posts:create \
  -c "APPROVED_DISCORD_UPDATE" \
  -m "[returned-groniz-media-.path]" \
  -s "2026-08-21T15:00:00Z" \
  -t schedule \
  -i "DISCORD_INTEGRATION_ID" \
  --settings '[discord-required-settings-json]'

groniz posts:create \
  -c "APPROVED_TELEGRAM_UPDATE" \
  -m "[returned-groniz-media-.path]" \
  -s "2026-08-21T15:15:00Z" \
  -t schedule \
  -i "TELEGRAM_INTEGRATION_ID" \
  --settings '[telegram-required-settings-json]'

Both media arguments must use the .path returned by groniz upload. Populate each settings JSON from its own live response, show both completed commands, and obtain separate publication approval before running either one.

Verify delivery and handle partial failure

For each destination, record the Groniz post ID, status, requested time, and platform URL or release ID when returned. Open the native Discord channel and Telegram chat or channel. Confirm account identity, target, text, link, media, formatting, and timestamp.

If only one destination succeeds, leave it alone while fixing the other. Refresh settings for the failed integration and inspect authorization, target permissions, required fields, current content limit, post type, and media path. Determine whether a delayed response created a message before retrying.

Use a failure record like this:

Destination and integration ID:
Resolved native target:
Requested time/timezone:
Groniz post ID/status:
Native message found:
Error or rendering problem:
Correction:
Retry approved:

Measure the next update natively

Use the signals available inside each platform. On Discord, look at meaningful replies, reactions, support questions, and whether readers found the correct follow-up route. On Telegram, use the native metrics available to the account and watch replies or reactions where the channel configuration allows them. Look at clarity as well as exposure. Repeated questions may show that the message omitted a prerequisite or limitation.

Store those observations with the update card and change one editorial choice next time. Groniz provides delivery. It does not provide guaranteed community growth, automatic A/B testing, or cross-platform audience-insight analytics.

When both destination accounts and permissions are ready, connect them in Groniz Connectors.