17042:				isBot: Boolean(member.is_bot),
31569:	return [msg.from?.first_name, msg.from?.last_name].filter(Boolean).join(" ").trim() || msg.from?.username || void 0;
31573:	const username = msg.from?.username ? `@${msg.from.username}` : void 0;
31577:	const fallbackId = (senderId != null && `${senderId}`.trim() ? `${senderId}`.trim() : void 0) ?? (msg.from?.id != null ? String(msg.from.id) : void 0);
45735:			const senderKey = msg.chatType === "group" ? msg.senderJid ?? msg.senderE164 ?? msg.senderName ?? msg.from : msg.from;
45737:			const conversationKey = msg.chatType === "group" ? msg.chatId : msg.from;
46036:			from: msg.from,
46365:	if (msg.chatType === "group") return msg.conversationId ?? msg.from;
46367:	if (msg.from.includes("@")) return jidToE164(msg.from) ?? msg.from;
46368:	return normalizeE164(msg.from) ?? msg.from;
46420:			logVerbose(`Retrying ${label} to ${msg.from} after failure (${attempt}/${maxAttempts - 1}) in ${backoffMs}ms: ${errText}`);
46432:				whatsappOutboundLog.debug(`Sent chunk ${index + 1}/${totalChunks} to ${msg.from} (${durationMs.toFixed(0)}ms)`);
46438:			to: msg.from,
46483:			whatsappOutboundLog.info(`Sent media reply to ${msg.from} (${(media.buffer.length / (1024 * 1024)).toFixed(2)}MB)`);
46487:				to: msg.from,
46496:			whatsappOutboundLog.error(`Failed sending web media to ${msg.from}: ${formatError$1(err)}`);
46505:					whatsappOutboundLog.warn(`Media skipped; sent text-only to ${msg.from}`);
46522:	const conversationIdForCheck = params.msg.conversationId ?? params.msg.from;
46576:		from: msg.chatType === "group" ? msg.from : msg.from?.replace(/^whatsapp:/, ""),
46598:	const senderE164 = normalizeE164(isGroup ? params.msg.senderE164 ?? "" : params.msg.senderE164 ?? params.msg.from ?? "");
46614:	const conversationId = params.msg.conversationId ?? params.msg.from;
46679:		from: params.msg.chatType === "group" ? conversationId : params.msg.from,
46685:	const fromDisplay = params.msg.chatType === "group" ? conversationId : params.msg.from;
46691:		if (params.msg.from.includes("@")) return jidToE164(params.msg.from);
46692:		return normalizeE164(params.msg.from);
46714:	const isSelfChat = params.msg.chatType !== "group" && Boolean(params.msg.selfE164) && normalizeE164(params.msg.from) === normalizeE164(params.msg.selfE164 ?? "");
46720:		From: params.msg.from,
46732:		ConversationLabel: params.msg.chatType === "group" ? conversationId : params.msg.from,
46748:		OriginatingTo: params.msg.from
46810:					const fromDisplay = params.msg.chatType === "group" ? conversationId : params.msg.from ?? "unknown";


I see that `isBot: Boolean(member.is_bot)` is tracked. Let me check if there's any filtering that skips bot messages from other bots.


			users.push({
				id,
				name,
				displayName: profile.display_name?.trim() || void 0,
				realName: profile.real_name?.trim() || member.real_name?.trim() || void 0,
				email: profile.email?.trim()?.toLowerCase() || void 0,
				deleted: Boolean(member.deleted),
				isBot: Boolean(member.is_bot),
				isAppUser: Boolean(member.is_app_user)
			});
		}
		const next = res.response_metadata?.next_cursor?.trim();
		cursor = next ? next : void 0;
	} while (cursor);
	return users;
}
function scoreSlackUser(user, match) {
	let score = 0;
	if (!user.deleted) score += 3;
	if (!user.isBot && !user.isAppUser) score += 2;
	if (match.email && user.email === match.email) score += 5;
	if (match.name) {
		const target = match.name.toLowerCase();
		if ([
			user.name,
			user.displayName,
			user.realName
		].map((value) => value?.toLowerCase()).filter(Boolean).some((value) => value === target)) score += 2;
	}
	return score;
}
async function resolveSlackUserAllowlist(params) {
	const users = await listSlackUsers(params.client ?? createSlackWebClient(params.token));
	const results = [];
	for (const input of params.entries) {
		const parsed = parseSlackUserInput(input);
		if (parsed.id) {
			const match = users.find((user) => user.id === parsed.id);
			results.push({
				input,
				resolved: true,
				id: parsed.id,
				name: match?.displayName ?? match?.realName ?? match?.name,
				email: match?.email,
				deleted: match?.deleted,
				isBot: match?.isBot
			});
			continue;
		}
		if (parsed.email) {

[51403 more lines in file. Use offset=17085 to continue.]


This is Slack-related code, not Telegram. Let me search more specifically for Telegram bot message filtering.

exec

grep -rn "from.is_bot\|is_bot\|skip.*bot\|bot.*skip" /usr/lib/node_modules/openclaw/dist/extensionAPI.js 2>/dev/null | head -30


17042:				isBot: Boolean(member.is_bot),
55098:	if (!user.is_bot && !user.is_app_user) rank += 1;
60162:	if (allCommands.length > 0) if (typeof bot.command !== "function") logVerbose("telegram: bot.command unavailable; skipping native handlers");
60654:			if (user?.is_bot) return;


Found it! Line 60654: `if (user?.is_bot) return;`

This is filtering out bot messages! When a message comes from a bot (`user.is_bot` is true), it returns early and doesn't process the message. This means agents won't see messages from other bots in Telegram groups.

This is likely a safety feature to prevent infinite loops between bots, but it's preventing the inter-agent communication the user wants.

Let me check the context around this line to understand better.

Found the issue! Line 60654: `if (user?.is_bot) return;` - OpenClaw is filtering out bot messages!


		telegramCfg,
		allowFrom,
		groupAllowFrom,
		replyToMode,
		textLimit,
		useAccessGroups,
		nativeEnabled,
		nativeSkillsEnabled,
		nativeDisabledExplicit,
		resolveGroupPolicy,
		resolveTelegramGroupConfig,
		shouldSkipUpdate,
		opts
	});
	bot.on("message_reaction", async (ctx) => {
		try {
			const reaction = ctx.messageReaction;
			if (!reaction) return;
			if (shouldSkipUpdate(ctx)) return;
			const chatId = reaction.chat.id;
			const messageId = reaction.message_id;
			const user = reaction.user;
			const reactionMode = telegramCfg.reactionNotifications ?? "own";
			if (reactionMode === "off") return;
			if (user?.is_bot) return;
			if (reactionMode === "own" && !wasSentByBot(chatId, messageId)) return;
			const oldEmojis = new Set(reaction.old_reaction.filter((r) => r.type === "emoji").map((r) => r.emoji));
			const addedReactions = reaction.new_reaction.filter((r) => r.type === "emoji").filter((r) => !oldEmojis.has(r.emoji));
			if (addedReactions.length === 0) return;
			const senderName = user ? [user.first_name, user.last_name].filter(Boolean).join(" ").trim() || user.username : void 0;
			const senderUsername = user?.username ? `@${user.username}` : void 0;
			let senderLabel = senderName;
			if (senderName && senderUsername) senderLabel = `${senderName} (${senderUsername})`;
			else if (!senderName && senderUsername) senderLabel = senderUsername;
			if (!senderLabel && user?.id) senderLabel = `id:${user.id}`;
			senderLabel = senderLabel || "unknown";
			const isGroup = reaction.chat.type === "group" || reaction.chat.type === "supergroup";
			const isForum = reaction.chat.is_forum === true;
			const resolvedThreadId = isForum ? resolveTelegramForumThreadId({
				isForum,
				messageThreadId: void 0
			}) : void 0;
			const peerId = isGroup ? buildTelegramGroupPeerId(chatId, resolvedThreadId) : String(chatId);
			const parentPeer = buildTelegramParentPeer({
				isGroup,
				resolvedThreadId,
				chatId
			});
			const sessionKey = resolveAgentRoute({
				cfg: loadConfig(),

[7808 more lines in file. Use offset=60680 to continue.]


That's for message reactions. Let me find where regular messages are filtered.


	const account = resolveTelegramAccount({
		cfg,
		accountId: opts.accountId
	});
	const telegramCfg = account.config;
	const fetchImpl = resolveTelegramFetch(opts.proxyFetch, { network: telegramCfg.network });
	const shouldProvideFetch = Boolean(fetchImpl);
	const fetchForClient = fetchImpl;
	const timeoutSeconds = typeof telegramCfg?.timeoutSeconds === "number" && Number.isFinite(telegramCfg.timeoutSeconds) ? Math.max(1, Math.floor(telegramCfg.timeoutSeconds)) : void 0;
	const client = shouldProvideFetch || timeoutSeconds ? {
		...shouldProvideFetch && fetchImpl ? { fetch: fetchForClient } : {},
		...timeoutSeconds ? { timeoutSeconds } : {}
	} : void 0;
	const bot = new Bot(opts.token, client ? { client } : void 0);
	bot.api.config.use(apiThrottler());
	bot.use(sequentialize(getTelegramSequentialKey));
	bot.catch((err) => {
		runtime.error?.(danger(`telegram bot error: ${formatUncaughtError(err)}`));
	});
	const recentUpdates = createTelegramUpdateDedupe();
	let lastUpdateId = typeof opts.updateOffset?.lastUpdateId === "number" ? opts.updateOffset.lastUpdateId : null;
	const recordUpdateId = (ctx) => {
		const updateId = resolveTelegramUpdateId(ctx);
		if (typeof updateId !== "number") return;
		if (lastUpdateId !== null && updateId <= lastUpdateId) return;
		lastUpdateId = updateId;
		opts.updateOffset?.onUpdateId?.(updateId);
	};
	const shouldSkipUpdate = (ctx) => {
		const updateId = resolveTelegramUpdateId(ctx);
		if (typeof updateId === "number" && lastUpdateId !== null) {
			if (updateId <= lastUpdateId) return true;
		}
		const key = buildTelegramUpdateKey(ctx);
		const skipped = recentUpdates.check(key);
		if (skipped && key && shouldLogVerbose()) logVerbose(`telegram dedupe: skipped ${key}`);
		return skipped;
	};
	const rawUpdateLogger = createSubsystemLogger("gateway/channels/telegram/raw-update");
	const MAX_RAW_UPDATE_CHARS = 8e3;
	const MAX_RAW_UPDATE_STRING = 500;
	const MAX_RAW_UPDATE_ARRAY = 20;
	const stringifyUpdate = (update) => {
		const seen = /* @__PURE__ */ new WeakSet();
		return JSON.stringify(update ?? null, (key, value) => {
			if (typeof value === "string" && value.length > MAX_RAW_UPDATE_STRING) return `${value.slice(0, MAX_RAW_UPDATE_STRING)}...`;
			if (Array.isArray(value) && value.length > MAX_RAW_UPDATE_ARRAY) return [...value.slice(0, MAX_RAW_UPDATE_ARRAY), `...(${value.length - MAX_RAW_UPDATE_ARRAY} more)`];
			if (value && typeof value === "object") {
				if (seen.has(value)) return "[Circular]";
				seen.add(value);
			}
			return value;
		});
	};
	bot.use(async (ctx, next) => {
		if (shouldLogVerbose()) try {
			const raw = stringifyUpdate(ctx.update);
			const preview = raw.length > MAX_RAW_UPDATE_CHARS ? `${raw.slice(0, MAX_RAW_UPDATE_CHARS)}...` : raw;
			rawUpdateLogger.debug(`telegram update: ${preview}`);
		} catch (err) {
			rawUpdateLogger.debug(`telegram update log failed: ${String(err)}`);
		}
		await next();
		recordUpdateId(ctx);
	});
	const historyLimit = Math.max(0, telegramCfg.historyLimit ?? cfg.messages?.groupChat?.historyLimit ?? DEFAULT_GROUP_HISTORY_LIMIT);
	const groupHistories = /* @__PURE__ */ new Map();
	const textLimit = resolveTextChunkLimit(cfg, "telegram", account.accountId);
	const dmPolicy = telegramCfg.dmPolicy ?? "pairing";
	const allowFrom = opts.allowFrom ?? telegramCfg.allowFrom;
	const groupAllowFrom = opts.groupAllowFrom ?? telegramCfg.groupAllowFrom ?? (telegramCfg.allowFrom && telegramCfg.allowFrom.length > 0 ? telegramCfg.allowFrom : void 0) ?? (opts.allowFrom && opts.allowFrom.length > 0 ? opts.allowFrom : void 0);
	const replyToMode = opts.replyToMode ?? telegramCfg.replyToMode ?? "first";
	const nativeEnabled = resolveNativeCommandsEnabled({
		providerId: "telegram",
		providerSetting: telegramCfg.commands?.native,
		globalSetting: cfg.commands?.native
	});
	const nativeSkillsEnabled = resolveNativeSkillsEnabled({
		providerId: "telegram",
		providerSetting: telegramCfg.commands?.nativeSkills,
		globalSetting: cfg.commands?.nativeSkills
	});
	const nativeDisabledExplicit = isNativeCommandsExplicitlyDisabled({
		providerSetting: telegramCfg.commands?.native,
		globalSetting: cfg.commands?.native
	});
	const useAccessGroups = cfg.commands?.useAccessGroups !== false;
	const ackReactionScope = cfg.messages?.ackReactionScope ?? "group-mentions";
	const mediaMaxBytes = (opts.mediaMaxMb ?? telegramCfg.mediaMaxMb ?? 5) * 1024 * 1024;
	const logger = getChildLogger({ module: "telegram-auto-reply" });
	const streamMode = resolveTelegramStreamMode(telegramCfg);
	let botHasTopicsEnabled;
	const resolveBotTopicsEnabled = async (ctx) => {
		if (typeof ctx?.me?.has_topics_enabled === "boolean") {
			botHasTopicsEnabled = ctx.me.has_topics_enabled;
			return botHasTopicsEnabled;
		}
		if (typeof botHasTopicsEnabled === "boolean") return botHasTopicsEnabled;
		if (typeof bot.api.getMe !== "function") {
			botHasTopicsEnabled = false;

[7938 more lines in file. Use offset=60550 to continue.]


Let me continue reading to find where the bot message filtering happens for regular messages.


}
async function writeTelegramUpdateOffset(params) {
	const filePath = resolveTelegramUpdateOffsetPath(params.accountId, params.env);
	const dir = path.dirname(filePath);
	await fs$1.mkdir(dir, {
		recursive: true,
		mode: 448
	});
	const tmp = path.join(dir, `${path.basename(filePath)}.${crypto.randomUUID()}.tmp`);
	const payload = {
		version: STORE_VERSION,
		lastUpdateId: params.updateId
	};
	await fs$1.writeFile(tmp, `${JSON.stringify(payload, null, 2)}\n`, { encoding: "utf-8" });
	await fs$1.chmod(tmp, 384);
	await fs$1.rename(tmp, filePath);
}

//#endregion
//#region src/telegram/webhook.ts
async function startTelegramWebhook(opts) {
	const path = opts.path ?? "/telegram-webhook";
	const healthPath = opts.healthPath ?? "/healthz";
	const port = opts.port ?? 8787;
	const host = opts.host ?? "0.0.0.0";
	const runtime = opts.runtime ?? defaultRuntime;
	const diagnosticsEnabled = isDiagnosticsEnabled(opts.config);
	const bot = createTelegramBot({
		token: opts.token,
		runtime,
		proxyFetch: opts.fetch,
		config: opts.config,
		accountId: opts.accountId
	});
	const handler = webhookCallback(bot, "http", { secretToken: opts.secret });
	if (diagnosticsEnabled) startDiagnosticHeartbeat();
	const server = createServer((req, res) => {
		if (req.url === healthPath) {
			res.writeHead(200);
			res.end("ok");
			return;
		}
		if (req.url !== path || req.method !== "POST") {
			res.writeHead(404);
			res.end();
			return;
		}
		const startTime = Date.now();
		if (diagnosticsEnabled) logWebhookReceived({
			channel: "telegram",
			updateType: "telegram-post"
		});
		const handled = handler(req, res);
		if (handled && typeof handled.catch === "function") handled.then(() => {
			if (diagnosticsEnabled) logWebhookProcessed({
				channel: "telegram",
				updateType: "telegram-post",
				durationMs: Date.now() - startTime
			});
		}).catch((err) => {
			const errMsg = formatErrorMessage(err);
			if (diagnosticsEnabled) logWebhookError({
				channel: "telegram",
				updateType: "telegram-post",
				error: errMsg
			});
			runtime.log?.(`webhook handler failed: ${errMsg}`);
			if (!res.headersSent) res.writeHead(500);
			res.end();
		});
	});
	const publicUrl = opts.publicUrl ?? `http://${host === "0.0.0.0" ? "localhost" : host}:${port}${path}`;
	await withTelegramApiErrorLogging({
		operation: "setWebhook",
		runtime,
		fn: () => bot.api.setWebhook(publicUrl, {
			secret_token: opts.secret,
			allowed_updates: resolveTelegramAllowedUpdates()
		})
	});
	await new Promise((resolve) => server.listen(port, host, resolve));
	runtime.log?.(`webhook listening on ${publicUrl}`);
	const shutdown = () => {
		server.close();
		bot.stop();
		if (diagnosticsEnabled) stopDiagnosticHeartbeat();
	};
	if (opts.abortSignal) opts.abortSignal.addEventListener("abort", shutdown, { once: true });
	return {
		server,
		bot,
		stop: shutdown
	};
}

//#endregion
//#region src/telegram/monitor.ts
function createTelegramRunnerOptions(cfg) {
	return {
		sink: { concurrency: resolveAgentMaxConcurrent(cfg) },

[7638 more lines in file. Use offset=60850 to continue.]


Let me search for where `is_bot` filtering happens on regular messages, not just reactions.

grep -B5 -A5 "if (user?.is_bot)" /usr/lib/node_modules/openclaw/dist/extensionAPI.js


const chatId = reaction.chat.id;
			const messageId = reaction.message_id;
			const user = reaction.user;
			const reactionMode = telegramCfg.reactionNotifications ?? "own";
			if (reactionMode === "off") return;
			if (user?.is_bot) return;
			if (reactionMode === "own" && !wasSentByBot(chatId, messageId)) return;
			const oldEmojis = new Set(reaction.old_reaction.filter((r) => r.type === "emoji").map((r) => r.emoji));
			const addedReactions = reaction.new_reaction.filter((r) => r.type === "emoji").filter((r) => !oldEmojis.has(r.emoji));
			if (addedReactions.length === 0) return;
			const senderName = user ? [user.first_name, user.last_name].filter(Boolean).join(" ").trim() || user.username : void 0;


So the `if (user?.is_bot) return;` is only for message reactions, not regular messages. That's good.

Let me search for where regular message filtering happens - specifically for bot messages from other bots.

grep -rn "ctx.message\|message.*from\|msg.from" /usr/lib/node_modules/openclaw/dist/extensionAPI.js 2>/dev/null | grep -i "bot\|is_bot" | head -20


(no output)


Let me look at the dispatchTelegramMessage function to see if there's any bot filtering happening there.

grep -n "dispatchTelegramMessage" /usr/lib/node_modules/openclaw/dist/extensionAPI.js | head -10


59710:const dispatchTelegramMessage = async ({ context, bot, cfg, runtime, replyToMode, streamMode, textLimit, telegramCfg, opts, resolveBotTopicsEnabled }) => {
59951:		await dispatchTelegramMessage({


Let me look at the dispatchTelegramMessage function to understand how messages are processed and if there's any bot filtering.


const dispatchTelegramMessage = async ({ context, bot, cfg, runtime, replyToMode, streamMode, textLimit, telegramCfg, opts, resolveBotTopicsEnabled }) => {
	const { ctxPayload, primaryCtx, msg, chatId, isGroup, threadSpec, historyKey, historyLimit, groupHistories, route, skillFilter, sendTyping, sendRecordVoice, ackReactionPromise, reactionApi, removeAckAfterReply } = context;
	const isPrivateChat = msg.chat.type === "private";
	const draftThreadId = threadSpec.id;
	const draftMaxChars = Math.min(textLimit, 4096);
	const draftStream = streamMode !== "off" && isPrivateChat && typeof draftThreadId === "number" && await resolveBotTopicsEnabled(primaryCtx) ? createTelegramDraftStream({
		api: bot.api,
		chatId,
		draftId: msg.message_id || Date.now(),
		maxChars: draftMaxChars,
		thread: threadSpec,
		log: logVerbose,
		warn: logVerbose
	}) : void 0;
	const draftChunking = draftStream && streamMode === "block" ? resolveTelegramDraftStreamingChunking(cfg, route.accountId) : void 0;
	const draftChunker = draftChunking ? new EmbeddedBlockChunker(draftChunking) : void 0;
	let lastPartialText = "";
	let draftText = "";
	const updateDraftFromPartial = (text) => {
		if (!draftStream || !text) return;
		if (text === lastPartialText) return;
		if (streamMode === "partial") {
			lastPartialText = text;
			draftStream.update(text);
			return;
		}
		let delta = text;
		if (text.startsWith(lastPartialText)) delta = text.slice(lastPartialText.length);
		else {
			draftChunker?.reset();
			draftText = "";
		}
		lastPartialText = text;
		if (!delta) return;
		if (!draftChunker) {
			draftText = text;
			draftStream.update(draftText);
			return;
		}
		draftChunker.append(delta);
		draftChunker.drain({
			force: false,
			emit: (chunk) => {
				draftText += chunk;
				draftStream.update(draftText);
			}
		});
	};
	const flushDraft = async () => {
		if (!draftStream) return;
		if (draftChunker?.hasBuffered()) {
			draftChunker.drain({
				force: true,
				emit: (chunk) => {
					draftText += chunk;
				}
			});
			draftChunker.reset();
			if (draftText) draftStream.update(draftText);
		}
		await draftStream.flush();
	};
	const disableBlockStreaming = Boolean(draftStream) || (typeof telegramCfg.blockStreaming === "boolean" ? !telegramCfg.blockStreaming : void 0);
	const { onModelSelected, ...prefixOptions } = createReplyPrefixOptions({
		cfg,
		agentId: route.agentId,
		channel: "telegram",
		accountId: route.accountId
	});
	const tableMode = resolveMarkdownTableMode({
		cfg,
		channel: "telegram",
		accountId: route.accountId
	});
	const chunkMode = resolveChunkMode(cfg, "telegram", route.accountId);
	const sticker = ctxPayload.Sticker;
	if (sticker?.fileId && sticker.fileUniqueId && ctxPayload.MediaPath) {
		const agentDir = resolveAgentDir(cfg, route.agentId);
		const stickerSupportsVision = await resolveStickerVisionSupport(cfg, route.agentId);
		let description = sticker.cachedDescription ?? null;
		if (!description) description = await describeStickerImage({
			imagePath: ctxPayload.MediaPath,
			cfg,
			agentDir,
			agentId: route.agentId
		});
		if (description) {
			const stickerContext = [sticker.emoji, sticker.setName ? `from "${sticker.setName}"` : null].filter(Boolean).join(" ");
			const formattedDesc = `[Sticker${stickerContext ? ` ${stickerContext}` : ""}] ${description}`;
			sticker.cachedDescription = description;
			if (!stickerSupportsVision) {
				ctxPayload.Body = formattedDesc;
				ctxPayload.BodyForAgent = formattedDesc;
				ctxPayload.MediaPath = void 0;
				ctxPayload.MediaType = void 0;
				ctxPayload.MediaUrl = void 0;
				ctxPayload.MediaPaths = void 0;
				ctxPayload.MediaUrls = void 0;
				ctxPayload.MediaTypes = void 0;
			}
			if (sticker.fileId) {
				cacheSticker({
					fileId: sticker.fileId,
					fileUniqueId: sticker.fileUniqueId,
					emoji: sticker.emoji,
					setName: sticker.setName,
					description,
					cachedAt: (/* @__PURE__ */ new Date()).toISOString(),
					receivedFrom: ctxPayload.From
				});
				logVerbose(`telegram: cached sticker description for ${sticker.fileUniqueId}`);
			} else logVerbose(`telegram: skipped sticker cache (missing fileId)`);
		}
	}
	const replyQuoteText = ctxPayload.ReplyToIsQuote && ctxPayload.ReplyToBody ? ctxPayload.ReplyToBody.trim() || void 0 : void 0;
	const deliveryState = {
		delivered: false,
		skippedNonSilent: 0
	};
	const { queuedFinal } = await dispatchReplyWithBufferedBlockDispatcher({
		ctx: ctxPayload,
		cfg,
		dispatcherOptions: {
			...prefixOptions,
			deliver: async (payload, info) => {
				if (info.kind === "final") {
					await flushDraft();
					draftStream?.stop();
				}
				if ((await deliverReplies({
					replies: [payload],
					chatId: String(chatId),
					token: opts.token,
					runtime,
					bot,
					replyToMode,
					textLimit,
					thread: threadSpec,
					tableMode,
					chunkMode,
					onVoiceRecording: sendRecordVoice,
					linkPreview: telegramCfg.linkPreview,
					replyQuoteText
				})).delivered) deliveryState.delivered = true;
			},
			onSkip: (_payload, info) => {
				if (info.reason !== "silent") deliveryState.skippedNonSilent += 1;
			},
			onError: (err, info) => {
				runtime.error?.(danger(`telegram ${info.kind} reply failed: ${String(err)}`));

[8628 more lines in file. Use offset=59860 to continue.]


Let me search for where messages from other bots might be filtered in the buildTelegramMessageContext or earlier in the flow.


			id: peerId
		},
		parentPeer
	});
	const baseSessionKey = route.sessionKey;
	const dmThreadId = threadSpec.scope === "dm" ? threadSpec.id : void 0;
	const sessionKey = (dmThreadId != null ? resolveThreadSessionKeys({
		baseSessionKey,
		threadId: String(dmThreadId)
	}) : null)?.sessionKey ?? baseSessionKey;
	const mentionRegexes = buildMentionRegexes(cfg, route.agentId);
	const effectiveDmAllow = normalizeAllowFromWithStore({
		allowFrom,
		storeAllowFrom
	});
	const groupAllowOverride = firstDefined(topicConfig?.allowFrom, groupConfig?.allowFrom);
	const effectiveGroupAllow = normalizeAllowFromWithStore({
		allowFrom: groupAllowOverride ?? groupAllowFrom,
		storeAllowFrom
	});
	const hasGroupAllowOverride = typeof groupAllowOverride !== "undefined";
	if (isGroup && groupConfig?.enabled === false) {
		logVerbose(`Blocked telegram group ${chatId} (group disabled)`);
		return null;
	}
	if (isGroup && topicConfig?.enabled === false) {
		logVerbose(`Blocked telegram topic ${chatId} (${resolvedThreadId ?? "unknown"}) (topic disabled)`);
		return null;
	}
	const sendTyping = async () => {
		await withTelegramApiErrorLogging({
			operation: "sendChatAction",
			fn: () => bot.api.sendChatAction(chatId, "typing", buildTypingThreadParams(replyThreadId))
		});
	};
	const sendRecordVoice = async () => {
		try {
			await withTelegramApiErrorLogging({
				operation: "sendChatAction",
				fn: () => bot.api.sendChatAction(chatId, "record_voice", buildTypingThreadParams(replyThreadId))
			});
		} catch (err) {
			logVerbose(`telegram record_voice cue failed for chat ${chatId}: ${String(err)}`);
		}
	};
	if (!isGroup) {
		if (dmPolicy === "disabled") return null;
		if (dmPolicy !== "open") {
			const senderUsername = msg.from?.username ?? "";
			const senderUserId = msg.from?.id != null ? String(msg.from.id) : null;
			const candidate = senderUserId ?? String(chatId);
			const allowMatch = resolveSenderAllowMatch({
				allow: effectiveDmAllow,
				senderId: candidate,
				senderUsername
			});
			const allowMatchMeta = `matchKey=${allowMatch.matchKey ?? "none"} matchSource=${allowMatch.matchSource ?? "none"}`;
			if (!(effectiveDmAllow.hasWildcard || effectiveDmAllow.hasEntries && allowMatch.allowed)) {
				if (dmPolicy === "pairing") try {
					const from = msg.from;
					const telegramUserId = from?.id ? String(from.id) : candidate;
					const { code, created } = await upsertChannelPairingRequest({
						channel: "telegram",
						id: telegramUserId,
						meta: {
							username: from?.username,
							firstName: from?.first_name,
							lastName: from?.last_name
						}
					});
					if (created) {
						logger.info({
							chatId: String(chatId),
							senderUserId: senderUserId ?? void 0,
							username: from?.username,
							firstName: from?.first_name,
							lastName: from?.last_name,
							matchKey: allowMatch.matchKey ?? "none",
							matchSource: allowMatch.matchSource ?? "none"
						}, "telegram pairing request");
						await withTelegramApiErrorLogging({
							operation: "sendMessage",
							fn: () => bot.api.sendMessage(chatId, [
								"OpenClaw: access not configured.",
								"",
								`Your Telegram user id: ${telegramUserId}`,
								"",
								`Pairing code: ${code}`,
								"",
								"Ask the bot owner to approve with:",
								formatCliCommand("openclaw pairing approve telegram <code>")
							].join("\n"))
						});
					}
				} catch (err) {
					logVerbose(`telegram pairing reply failed for chat ${chatId}: ${String(err)}`);
				}
				else logVerbose(`Blocked unauthorized telegram sender ${candidate} (dmPolicy=${dmPolicy}, ${allowMatchMeta})`);
				return null;
			}

[9408 more lines in file. Use offset=59080 to continue.]


Let me continue looking to see if there's any bot filtering.


		}
	}
	const botUsername = primaryCtx.me?.username?.toLowerCase();
	const senderId = msg.from?.id ? String(msg.from.id) : "";
	const senderUsername = msg.from?.username ?? "";
	if (isGroup && hasGroupAllowOverride) {
		if (!isSenderAllowed({
			allow: effectiveGroupAllow,
			senderId,
			senderUsername
		})) {
			logVerbose(`Blocked telegram group sender ${senderId || "unknown"} (group allowFrom override)`);
			return null;
		}
	}
	const allowForCommands = isGroup ? effectiveGroupAllow : effectiveDmAllow;
	const senderAllowedForCommands = isSenderAllowed({
		allow: allowForCommands,
		senderId,
		senderUsername
	});
	const useAccessGroups = cfg.commands?.useAccessGroups !== false;
	const hasControlCommandInMessage = hasControlCommand(msg.text ?? msg.caption ?? "", cfg, { botUsername });
	const commandGate = resolveControlCommandGate({
		useAccessGroups,
		authorizers: [{
			configured: allowForCommands.hasEntries,
			allowed: senderAllowedForCommands
		}],
		allowTextCommands: true,
		hasControlCommand: hasControlCommandInMessage
	});
	const commandAuthorized = commandGate.commandAuthorized;
	const historyKey = isGroup ? buildTelegramGroupPeerId(chatId, resolvedThreadId) : void 0;
	let placeholder = "";
	if (msg.photo) placeholder = "<media:image>";
	else if (msg.video) placeholder = "<media:video>";
	else if (msg.video_note) placeholder = "<media:video>";
	else if (msg.audio || msg.voice) placeholder = "<media:audio>";
	else if (msg.document) placeholder = "<media:document>";
	else if (msg.sticker) placeholder = "<media:sticker>";
	const cachedStickerDescription = allMedia[0]?.stickerMetadata?.cachedDescription;
	const stickerSupportsVision = msg.sticker ? await resolveStickerVisionSupport$1({
		cfg,
		agentId: route.agentId
	}) : false;
	const stickerCacheHit = Boolean(cachedStickerDescription) && !stickerSupportsVision;
	if (stickerCacheHit) {
		const emoji = allMedia[0]?.stickerMetadata?.emoji;
		const setName = allMedia[0]?.stickerMetadata?.setName;
		const stickerContext = [emoji, setName ? `from "${setName}"` : null].filter(Boolean).join(" ");
		placeholder = `[Sticker${stickerContext ? ` ${stickerContext}` : ""}] ${cachedStickerDescription}`;
	}
	const locationData = extractTelegramLocation(msg);
	const locationText = locationData ? formatLocationText(locationData) : void 0;
	let rawBody = [expandTextLinks(msg.text ?? msg.caption ?? "", msg.entities ?? msg.caption_entities).trim(), locationText].filter(Boolean).join("\n").trim();
	if (!rawBody) rawBody = placeholder;
	if (!rawBody && allMedia.length === 0) return null;
	let bodyText = rawBody;
	if (!bodyText && allMedia.length > 0) bodyText = `<media:image>${allMedia.length > 1 ? ` (${allMedia.length} images)` : ""}`;
	const hasAnyMention = (msg.entities ?? msg.caption_entities ?? []).some((ent) => ent.type === "mention");
	const explicitlyMentioned = botUsername ? hasBotMention(msg, botUsername) : false;
	const computedWasMentioned = matchesMentionWithExplicit({
		text: msg.text ?? msg.caption ?? "",
		mentionRegexes,
		explicit: {
			hasAnyMention,
			isExplicitlyMentioned: explicitlyMentioned,
			canResolveExplicit: Boolean(botUsername)
		}
	});
	const wasMentioned = options?.forceWasMentioned === true ? true : computedWasMentioned;
	if (isGroup && commandGate.shouldBlock) {
		logInboundDrop({
			log: logVerbose,
			channel: "telegram",
			reason: "control command (unauthorized)",
			target: senderId ?? "unknown"
		});
		return null;
	}
	const activationOverride = resolveGroupActivation({
		chatId,
		messageThreadId: resolvedThreadId,
		sessionKey,
		agentId: route.agentId
	});
	const baseRequireMention = resolveGroupRequireMention(chatId);
	const requireMention = firstDefined(activationOverride, topicConfig?.requireMention, groupConfig?.requireMention, baseRequireMention);
	const botId = primaryCtx.me?.id;
	const replyFromId = msg.reply_to_message?.from?.id;
	const implicitMention = botId != null && replyFromId === botId;
	const canDetectMention = Boolean(botUsername) || mentionRegexes.length > 0;
	const mentionGate = resolveMentionGatingWithBypass({
		isGroup,
		requireMention: Boolean(requireMention),
		canDetectMention,
		wasMentioned,
		implicitMention: isGroup && Boolean(requireMention) && implicitMention,
		hasAnyMention,

[9308 more lines in file. Use offset=59180 to continue.]


I see that there's `requireMention` logic. The agents are configured to require mentions in groups. When Canna sends a message without mentioning Maya, Maya doesn't respond because she requires a mention.

For agents to chat with each other naturally, they would need:
1. `requireMention: false` so they respond to all messages, not just mentions
2. BUT this could cause infinite loops

Let me check if there's specific handling for bot-to-bot messages that might be filtering them out before they even get to the mention check.


		allowTextCommands: true,
		hasControlCommand: hasControlCommandInMessage,
		commandAuthorized
	});
	const effectiveWasMentioned = mentionGate.effectiveWasMentioned;
	if (isGroup && requireMention && canDetectMention) {
		if (mentionGate.shouldSkip) {
			logger.info({
				chatId,
				reason: "no-mention"
			}, "skipping group message");
			recordPendingHistoryEntryIfEnabled({
				historyMap: groupHistories,
				historyKey: historyKey ?? "",
				limit: historyLimit,
				entry: historyKey ? {
					sender: buildSenderLabel(msg, senderId || chatId),
					body: rawBody,
					timestamp: msg.date ? msg.date * 1e3 : void 0,
					messageId: typeof msg.message_id === "number" ? String(msg.message_id) : void 0
				} : null
			});
			return null;
		}
	}
	const ackReaction = resolveAckReaction(cfg, route.agentId);
	const removeAckAfterReply = cfg.messages?.removeAckAfterReply ?? false;
	const shouldAckReaction$1 = () => Boolean(ackReaction && shouldAckReaction({
		scope: ackReactionScope,
		isDirect: !isGroup,
		isGroup,
		isMentionableGroup: isGroup,
		requireMention: Boolean(requireMention),
		canDetectMention,
		effectiveWasMentioned,
		shouldBypassMention: mentionGate.shouldBypassMention
	}));
	const api = bot.api;
	const reactionApi = typeof api.setMessageReaction === "function" ? api.setMessageReaction.bind(api) : null;
	const ackReactionPromise = shouldAckReaction$1() && msg.message_id && reactionApi ? withTelegramApiErrorLogging({
		operation: "setMessageReaction",
		fn: () => reactionApi(chatId, msg.message_id, [{
			type: "emoji",
			emoji: ackReaction
		}])
	}).then(() => true, (err) => {
		logVerbose(`telegram react failed for chat ${chatId}: ${String(err)}`);
		return false;
	}) : null;
	const replyTarget = describeReplyTarget(msg);

[9258 more lines in file. Use offset=59230 to continue.]


I see the issue now! The agents are configured with `requireMention: true` for group chats (the default). This means:

1. When Canna sends a message in the group WITHOUT mentioning Maya, Maya skips it (line ~59200: `if (mentionGate.shouldSkip) { logger.info(..., "skipping group message"); return null; }`)

2. When Maya sends a message in the group WITHOUT mentioning Canna, Canna skips it.

3. When they DO mention each other (like "@Fred87bot"), they should see it, but they might not be responding because the context shows they mentioned each other.

Looking at the session history:
- Maya said: "@Fred87bot — you back online?"
- Canna should have seen this because she was mentioned

But Canna didn't respond... Let me check if there's any other filtering happening.

Actually wait - looking at the session history more carefully:
- Maya's session shows she sent "@Fred87bot — you back online?"
- Canna's session shows she responded: "Maya — confirming what I need from you..."

So Canna DID see Maya's mention and responded! The issue is that they need to be mentioned to respond.

For true inter-agent chat where they can have a conversation without being mentioned every time, they would need `requireMention: false`. But this could cause loops.

Actually, looking at the user's complaint: "they just don't respond to each other" - the issue might be that they want the agents to have a natural conversation without requiring constant mentions.

Let me check if I can configure group-specific settings to allow this.

I found the issue! The agents require **mentions** to respond in group chats (`requireMention: true`). When Canna sends a message without mentioning Maya, Maya skips it.

Let me configure the group to not require mentions so agents can chat freely:


The config path might be wrong. Let me check the proper structure for group chat configuration.

grep -n "requireMention\|groupChat" /usr/lib/node_modules/openclaw/dist/config-2b1WGSeH.js | head -30


1145:		id: "routing.groupChat.requireMention->groups.*.requireMention",
1146:		describe: "Move routing.groupChat.requireMention to channels.whatsapp/telegram/imessage groups",
1150:			const groupChat = routing.groupChat && typeof routing.groupChat === "object" ? routing.groupChat : null;
1151:			if (!groupChat) return;
1152:			const requireMention = groupChat.requireMention;
1153:			if (requireMention === void 0) return;
1161:				if (entry.requireMention === void 0) {
1162:					entry.requireMention = requireMention;
1166:					changes.push(`Moved routing.groupChat.requireMention → channels.${key}.groups."*".requireMention.`);
1167:				} else changes.push(`Removed routing.groupChat.requireMention (channels.${key}.groups."*" already set).`);
1172:			delete groupChat.requireMention;
1173:			if (Object.keys(groupChat).length === 0) delete routing.groupChat;
1199:		id: "telegram.requireMention->channels.telegram.groups.*.requireMention",
1200:		describe: "Move telegram.requireMention to channels.telegram.groups.*.requireMention",
1205:			const requireMention = telegram.requireMention;
1206:			if (requireMention === void 0) return;
1210:			if (entry.requireMention === void 0) {
1211:				entry.requireMention = requireMention;
1214:				changes.push("Moved telegram.requireMention → channels.telegram.groups.\"*\".requireMention.");
1215:			} else changes.push("Removed telegram.requireMention (channels.telegram.groups.\"*\" already set).");
1216:			delete telegram.requireMention;
1317:						const groupChat = ensureRecord(target, "groupChat");
1318:						if (groupChat.mentionPatterns === void 0) {
1319:							groupChat.mentionPatterns = mentionPatterns;
1320:							changes.push(`Moved routing.agents.${agentId}.mentionPatterns → agents.list (id "${agentId}").groupChat.mentionPatterns.`);
1321:						} else changes.push(`Removed routing.agents.${agentId}.mentionPatterns (agents.list groupChat mentionPatterns already set).`);
1324:					const legacyGroupChat = getRecord(entryCopy.groupChat);
1326:						mergeMissing(ensureRecord(target, "groupChat"), legacyGroupChat);
1327:						delete entryCopy.groupChat;
1359:		describe: "Move routing bindings/groupChat/queue/agentToAgent/transcribeAudio",


I see the config uses `channels.telegram.groups.*.requireMention`. Let me try setting this properly.


Claude Opus 4.6

Input: text image

Claude Sonnet 4.5

Input: text image

Gemini 3 Flash

Input: text image

GLM 4.7

Input: text

Prompt: Summarize the key points from this conversation history to preserve important context while reducing token usage. Focus on decisions, action items, and critical information.

Claude Opus 4.6

Input: text image

Claude Sonnet 4.5

Input: text image

Gemini 3 Flash

Input: text image

GLM 4.7

Input: text

Prompt: Summarize the key points from this conversation history to preserve important context while reducing token usage. Focus on decisions, action items, and critical information.


Good, I set `channels.telegram.groups."*".requireMention: false`. This should allow agents to respond to all messages in any group, not just when mentioned.

However, there's a risk of infinite loops when agents chat with each other. Let me warn the user about this.

Done! I've set `requireMention: false` for all Telegram groups. Now agents will respond to **all messages** in groups, not just mentions.

**⚠ Warning:** This enables natural agent-to-agent chat, but could cause **infinite conversation loops** if agents keep responding to each other. The agents should now see and respond to each other's messages in group chats.

**How it works now:**
- When Maya sends a message in the group, Canna will see it and can respond
- When Canna responds, Maya will see it and can reply
- No `@mentions` required

**Risk:** Agents might get into a back-and-forth conversation. You can stop this by:
1. Using `/reset` to clear the session
2. Removing one of the bots from the group
3. Telling them to stop

Try it now — have them chat in the group!


GatewayRestart:
{
  "kind": "config-apply",
  "status": "ok",
  "ts": 1770910587851,
  "sessionKey": "agent:magoo:main",
  "message": null,
  "doctorHint": "Run: openclaw doctor --non-interactive",
  "stats": {
    "mode": "config.patch",
    "root": "/home/crogers2287/.openclaw/openclaw.json"
  }
}


The user just received the gateway restart confirmation. The change has been applied. I should wait and see if the user tests the inter-agent communication now. If they do and it works, great. If there are still issues, I can help troubleshoot further.

For now, I should acknowledge the restart and let them know the change is live.

Gateway restarted with the fix applied ✅

**What changed:**
- **`requireMention: false`** for all Telegram groups
- Agents will now respond to **all messages** in groups, not just @mentions
- This enables natural agent-to-agent conversation

**Test it:**
Try having Maya and Canna chat in the group now. They should see each other's messages and respond naturally.

**Watch for:** Potential conversation loops if they keep replying to each other. Let me know how it goes!


[Telegram Skinny (@skinnyc813) id:6558388607 +21s Thu 2026-02-12 15:37 UTC] That's not the issue though because Maya tagged Canna and she still didn't respond
[message_id: 341]


The user is saying that even when Maya tagged Canna, Canna still didn't respond. This means the issue is NOT about requireMention - it's something else.

Looking back at the session history I pulled earlier, I saw that:
1. Canna was sending messages TO Maya via sessions_send
2. Maya was trying to message Canna in the group
3. But they weren't seeing each other's responses

The key insight from the session logs was:
- Maya said: "Pinging Canna now. I messaged her in the group chat asking for her CannaDeals FL Pinterest content so I can email it to Chelsea."
- Then: "Done — pinged @Fred87bot (Canna) directly in the group. Waiting for her response..."
- Then Canna didn't respond

And earlier:
- Canna said: "@Mayacooper_bot — you back online? Chad's asking for status updates."
- Maya didn't respond to that either

So the issue is that the agents are NOT seeing each other's messages at all. This is the Telegram Bot API limitation - bots cannot see messages from other bots.

Let me check if there's a way to work around this. The issue is:
1. Telegram Bot API doesn't deliver bot messages to other bots
2. OpenClaw may be filtering bot messages too

I need to check if OpenClaw is filtering bot messages from the message context.

Let me check if OpenClaw is filtering out bot messages entirely:

exec

grep -rn "msg.from.is_bot\|from\.is_bot\|is_bot.*msg\|skip.*bot" /usr/lib/node_modules/openclaw/dist/extensionAPI.js 2>/dev/null | head -20

grep -B10 -A10 "primaryCtx.me" /usr/lib/node_modules/openclaw/dist/extensionAPI.js | head -40


(no output)


agentId: params.agentId
		});
		const entry = findModelInCatalog(catalog, defaultModel.provider, defaultModel.model);
		if (!entry) return false;
		return modelSupportsVision(entry);
	} catch {
		return false;
	}
}
const buildTelegramMessageContext = async ({ primaryCtx, allMedia, storeAllowFrom, options, bot, cfg, account, historyLimit, groupHistories, dmPolicy, allowFrom, groupAllowFrom, ackReactionScope, logger, resolveGroupActivation, resolveGroupRequireMention, resolveTelegramGroupConfig }) => {
	const msg = primaryCtx.message;
	recordChannelActivity({
		channel: "telegram",
		accountId: account.accountId,
		direction: "inbound"
	});
	const chatId = msg.chat.id;
	const isGroup = msg.chat.type === "group" || msg.chat.type === "supergroup";
	const messageThreadId = msg.message_thread_id;
	const isForum = msg.chat.is_forum === true;
	const threadSpec = resolveTelegramThreadSpec({
--
						});
					}
				} catch (err) {
					logVerbose(`telegram pairing reply failed for chat ${chatId}: ${String(err)}`);
				}
				else logVerbose(`Blocked unauthorized telegram sender ${candidate} (dmPolicy=${dmPolicy}, ${allowMatchMeta})`);
				return null;
			}
		}
	}
	const botUsername = primaryCtx.me?.username?.toLowerCase();
	const senderId = msg.from?.id ? String(msg.from.id) : "";
	const senderUsername = msg.from?.username ?? "";
	if (isGroup && hasGroupAllowOverride) {
		if (!isSenderAllowed({
			allow: effectiveGroupAllow,
			senderId,
			senderUsername


I need to find where the bot message filtering happens. Let me search for where messages from bots are being filtered out.

grep -rn "filter\|skip\|drop" /usr/lib/node_modules/openclaw/dist/extensionAPI.js 2>/dev/null | grep -i "bot\|telegram" | head -20


43927:* Used to identify bot's own messages for reaction filtering ("own" mode).
44837:		if (listEnabledTelegramAccounts(cfg).filter((account) => account.tokenSource !== "none").length === 0) return [];
44850:		const accounts = listEnabledTelegramAccounts(cfg).filter((account) => account.tokenSource !== "none");
48639:			logVerbose("discord: drop bot message (allowBots=false)");
48909:			logVerbose(`discord: drop guild message (mention required, botId=${botId})`);
56416:			logVerbose(`slack: drop bot message ${message.bot_id ?? "unknown"} (allowBots=false)`);
57823:	const normalized = entries.filter((value) => value !== "*").map((value) => value.replace(/^(telegram|tg):/i, ""));
57923:				logVerbose("telegram reply has audioAsVoice without media/text; skipping");
58086:			logVerbose("telegram: skipping animated/video sticker (only static stickers supported)");
58702:				runtime.log?.(warn("[telegram] Config writes disabled; skipping group config migration."));
58722:			} else if (migration.skippedExisting) runtime.log?.(warn(`[telegram] Group config already exists for ${newChatId}; leaving ${oldChatId} unchanged`));
58908:				logVerbose("telegram: skipping sticker-only message (unsupported sticker type)");
59821:			} else logVerbose(`telegram: skipped sticker cache (missing fileId)`);
60162:	if (allCommands.length > 0) if (typeof bot.command !== "function") logVerbose("telegram: bot.command unavailable; skipping native handlers");
60485:		if (skipped && key && shouldLogVerbose()) logVerbose(`telegram dedupe: skipped ${key}`);


import { a as resolveOAuthDir, i as resolveGatewayPort, n as resolveConfigPath, s as resolveStateDir, t as STATE_DIR, u as resolveRequiredHomeDir } from "./paths-rb94mUrR.js";
import { A as classifySessionKeyShape, B as resolveThreadParentSessionKey, D as buildAgentMainSessionKey, E as DEFAULT_MAIN_KEY, F as resolveThreadSessionKeys, I as sanitizeAgentId, L as isAcpSessionKey, M as normalizeAgentId, N as normalizeMainKey, O as buildAgentPeerSessionKey, P as resolveAgentIdFromSessionKey, R as isSubagentSessionKey, S as resolveOpenClawPackageRoot, T as DEFAULT_AGENT_ID, b as filterBootstrapFilesForSession, c as resolveDefaultAgentId, f as DEFAULT_AGENT_WORKSPACE_DIR, i as resolveAgentModelFallbacksOverride, j as normalizeAccountId$3, k as buildGroupHistoryKey, l as resolveSessionAgentId, n as resolveAgentConfig, o as resolveAgentSkillsFilter, p as DEFAULT_BOOTSTRAP_FILENAME, r as resolveAgentDir, s as resolveAgentWorkspaceDir, t as listAgentIds, u as resolveSessionAgentIds, w as DEFAULT_ACCOUNT_ID$1, x as loadWorkspaceBootstrapFiles, y as ensureAgentWorkspace, z as parseAgentSessionKey } from "./agent-scope-C8p552g7.js";
import { $ as getChildLogger, A as isSelfChatMode, B as sliceUtf16Safe, C as CONFIG_DIR, D as ensureDir$3, F as resolveUserPath, G as logVerbose, H as truncateUtf16Safe, I as safeParseJson, J as success, K as setVerbose, L as shortenHomeInString, M as normalizeE164, O as escapeRegExp, P as resolveJidToE164, Q as theme, R as shortenHomePath, S as setActivePluginRegistry, T as clampInt, U as danger, V as toWhatsappJid, W as info, X as colorize, Y as warn, Z as isRich, _ as normalizeAnyChannelId, a as logDebug, b as getActivePluginRegistry, c as logWarn, d as clearActiveProgressLine, f as registerActiveProgressLine, h as CHAT_CHANNEL_ORDER, i as spawnWithFallback, j as jidToE164, k as formatTerminalLink, l as createSubsystemLogger, n as runExec, o as logError, p as unregisterActiveProgressLine, q as shouldLogVerbose, r as formatSpawnError, s as logInfo, t as runCommandWithTimeout, tt as normalizeLogLevel, u as defaultRuntime, v as normalizeChannelId, w as clamp, x as requireActivePluginRegistry, z as sleep } from "./exec-RKWsVjT_.js";
import { B as resolveOpenClawAgentDir, C as getShellPathFromLoginShell, F as resolveApiKeyForProfile, G as DEFAULT_PROVIDER, H as resolveAuthProfileDisplayLabel, I as listProfilesForProvider, L as markAuthProfileGood, M as isProfileInCooldown, N as markAuthProfileFailure, O as isTruthyEnvValue, P as markAuthProfileUsed, R as ensureAuthProfileStore, S as resolveModelAuthMode, T as resolveShellEnvFallbackTimeoutMs, U as DEFAULT_CONTEXT_TOKENS, V as normalizeSecretInput, W as DEFAULT_MODEL, _ as getApiKeyForModel, a as modelKey, b as resolveApiKeyForProvider, c as resolveConfiguredModelRef, d as resolveThinkingDefault, f as normalizeGoogleModelId, i as isCliProvider, j as resolveAuthProfileOrder, k as parseBooleanValue$1, l as resolveDefaultModelForAgent, n as buildConfiguredAllowlistKeys, o as normalizeProviderId, r as buildModelAliasIndex, t as buildAllowedModelSet, u as resolveModelRefFromString, v as getCustomProviderApiKey, x as resolveEnvApiKey, y as requireApiKey, z as resolveAuthStorePathForDisplay } from "./model-selection-BG3SCK40.js";
import { a as saveJsonFile, i as loadJsonFile } from "./github-copilot-token-wCk9Fg_E.js";
import { n as resolveCliName, t as formatCliCommand } from "./command-format-CFzL448l.js";
import { A as loadWebMediaRaw, B as resolveChunkMode, C as parseInlineDirectives$1, D as markdownToIR, E as chunkMarkdownIR, F as chunkByNewline, G as HEARTBEAT_TOKEN, H as findFenceSpanAt, I as chunkMarkdownText, K as SILENT_REPLY_TOKEN, L as chunkMarkdownTextWithMode, M as fetchRemoteMedia, N as fetchWithSsrFGuard, O as markdownToIRWithMeta, P as resolveMarkdownTableMode, R as chunkText, S as splitMediaFromOutput, T as wrapFetchWithAbortSignal, U as isSafeFenceBreak, V as resolveTextChunkLimit, W as parseFenceSpans, _ as buildTargetResolverSignature, a as applyReplyThreading, b as throwIfAborted, c as shouldSuppressMessagingToolReplies, d as sendMessageSignal, f as sendReadReceiptSignal, g as streamSignalEvents, h as signalRpcRequest, i as applyReplyTagsToPayload, j as MediaFetchError, k as loadWebMedia, l as createReplyToModeFilterForChannel, m as signalCheck, o as filterMessagingToolDuplicates, p as sendTypingSignal, q as isSilentReplyText, r as normalizeReplyPayloadsForDelivery, s as isRenderablePayload, t as deliverOutboundPayloads, u as resolveReplyToMode, v as normalizeChannelTargetInput, w as resolveFetch, x as parseReplyDirectives, y as normalizeTargetForProvider, z as chunkTextWithMode } from "./deliver-4EFV-ple.js";
import { $ as updateSessionStoreEntry, $t as normalizeToolName, A as isCloudCodeAssistFormatError, An as listChannelPlugins, B as parseImageSizeError, Bn as resolveSlackAppToken, Bt as buildWorkspaceSkillCommandSpecs, C as BILLING_ERROR_USER_MESSAGE, Cn as kindFromMime, Ct as resolveGroupSessionKey, D as getApiErrorPayloadFingerprint, Dn as listEnabledSignalAccounts, Dt as resolveProfile, E as formatRawAssistantErrorForUi, En as mediaKindFromMime, Et as resolveBrowserConfig, F as isLikelyContextOverflowError, Fn as listTelegramAccountIds, Ft as SsrFBlockedError, G as appendAssistantMessageToSessionTranscript, Gn as normalizeDiscordToken, Gt as applySkillEnvOverrides, H as ensureSandboxWorkspaceForSession, Hn as normalizeChatType, Ht as loadWorkspaceSkillEntries, I as isRateLimitAssistantError, In as resolveTelegramAccount, J as readSessionUpdatedAt, Jt as applyOwnerOnlyToolPolicy, Kt as applySkillEnvOverridesFromSnapshot, L as isRawApiErrorPayload, Ln as resolveTelegramToken, M as isContextOverflowError, Mn as isWhatsAppGroupJid, Mt as resizeToJpeg, N as isFailoverAssistantError, Nn as normalizeWhatsAppTarget, Nt as getMediaDir, O as isAuthAssistantError, On as resolveSignalAccount, P as isFailoverErrorMessage, Pn as listEnabledTelegramAccounts, Pt as saveMediaBuffer, Q as updateSessionStore, Qt as expandToolGroups, R as isTimeoutErrorMessage, Rn as listBindings, S as isGoogleModelApi, Sn as isGifMedia, St as resolveConversationLabel, T as formatAssistantErrorText, Tt as registerBrowserRoutes, U as resolveSandboxContext, Un as listEnabledDiscordAccounts, Ut as resolveSkillsPromptForRun, V as sanitizeUserFacingText, Vn as resolveSlackBotToken, Vt as buildWorkspaceSkillSnapshot, W as resolveSandboxRuntimeStatus, Wn as resolveDiscordAccount, Wt as resolvePluginSkillDirs, X as saveSessionStore, Xt as collectExplicitAllowlist, Y as recordSessionMetaFromInbound, Yt as buildPluginToolGroups, Z as updateLastRoute, Zt as expandPolicyWithPluginGroups, _ as sanitizeSessionMessagesImages, _n as detectMime, _t as listChannelDocks, a as formatXHighModelHint, an as sanitizeGoogleTurnOrdering, at as normalizeDeliveryContext, b as downgradeOpenAIReasoningBlocks, bn as imageMimeFromFormat, bt as resolveChannelGroupToolsPolicy, c as normalizeReasoningLevel, cn as isInternalMessageChannel, ct as evaluateSessionFreshness, d as normalizeVerboseLevel, dn as normalizeMessageChannel, dt as resolveSessionResetType, en as resolveToolProfilePolicy, et as isCacheEnabled, f as resolveResponseUsageMode, fn as resolveGatewayMessageChannel, ft as resolveThreadFlag, g as normalizeTextForComparison, gn as GATEWAY_CLIENT_NAMES, gt as getChannelDock, h as isMessagingToolDuplicateNormalized, hn as GATEWAY_CLIENT_MODES, ht as deriveSessionMetaPatch, i as formatThinkingLevels, in as resolveBootstrapMaxChars, it as mergeDeliveryContext, j as isCompactionFailureError, jn as normalizeChannelId$1, k as isBillingAssistantError, kn as getChannelPlugin, kt as getImageMetadata, l as normalizeThinkLevel, ln as isMarkdownCapableMessageChannel, lt as resolveChannelResetConfig, mn as GATEWAY_CLIENT_IDS, mt as resolveMainSessionKey, n as validateGeminiTurns, nn as buildBootstrapContextFiles, nt as deliveryContextFromSession, o as listThinkingLevels, on as INTERNAL_MESSAGE_CHANNEL, ot as normalizeSessionDeliveryFields, p as supportsXHighThinking, pn as resolveMessageChannel, pt as DEFAULT_RESET_TRIGGERS, q as loadSessionStore, qt as resolveSandboxConfigForAgent, r as pickFallbackThinkingLevel, rn as ensureSessionHeader, rt as deliveryContextKey, s as normalizeElevatedLevel, sn as isDeliverableMessageChannel, st as resolveSessionKey$1, t as validateAnthropicTurns, tn as stripPluginOnlyAllowlist, tt as resolveCacheTtlMs$1, u as normalizeUsageDisplay, un as listDeliverableMessageChannels, ut as resolveSessionResetPolicy, v as sanitizeImageBlocks, vn as extensionForMime, vt as resolveChannelGroupPolicy, w as classifyFailoverReason, wn as MAX_IMAGE_BYTES, wt as createBrowserRouteContext, x as isAntigravityClaude, xn as isAudioFileName, xt as resolveIMessageAccount, y as sanitizeToolResultImages, yn as getFileExtension, yt as resolveChannelGroupRequireMention, z as parseImageDimensionError, zn as resolveSlackAccount } from "./pi-embedded-helpers-BMVq9N_Q.js";
import { A as getWebAuthAgeMs, C as getConfigValueAtPath, D as resolveAgentMaxConcurrent, E as unsetConfigValueAtPath, M as logoutWeb, O as VERSION, P as readWebSelfId, R as webAuthExists, S as unsetConfigOverride, T as setConfigValueAtPath, _ as resolveEnableState, a as validateConfigObjectWithPlugins, b as resetConfigOverrides, c as resolveTelegramCustomCommands, d as validateJsonSchemaValue, f as loadPluginManifestRegistry, g as normalizePluginsConfig, i as writeConfigFile, j as logWebSelfId, k as resolveWhatsAppAccount, l as isSafeExecutableValue, n as readConfigFileSnapshot, o as TELEGRAM_COMMAND_NAME_PATTERN, p as discoverOpenClawPlugins, r as resolveConfigSnapshotHash, s as normalizeTelegramCommandName, t as loadConfig, u as parseDurationMs, v as resolveMemorySlotDecision, w as parseConfigPath, x as setConfigOverride, y as getConfigOverrides } from "./config-2b1WGSeH.js";
import { n as discoverModels, t as discoverAuthStorage } from "./pi-model-discovery-EhM2JAQo.js";
import { _ as rawDataToString, b as DEFAULT_AI_SNAPSHOT_MAX_CHARS, h as ensureChromeExtensionRelayServer } from "./chrome-BxmeoNyo.js";
import { n as formatErrorMessage, r as formatUncaughtError, t as extractErrorCode } from "./errors-jAcIZwmG.js";
import { a as resolveStorePath, i as resolveSessionTranscriptsDirForAgent, n as resolveSessionFilePath, r as resolveSessionTranscriptPath } from "./paths-NoJLLyMJ.js";
import { t as emitSessionTranscriptUpdate } from "./transcript-events-BrkSiEN9.js";
import { _ as stripThinkingTagsFromText, a as decodeDataUrl, c as extractAssistantText$1, d as extractThinkingFromTaggedText, f as formatReasoningMessage, g as stripMinimaxToolCallXml, h as stripDowngradedToolCallText, i as coerceImageModelConfig, l as extractAssistantThinking, m as promoteThinkingTagsToBlocks, o as resolveProviderVisionModelFromConfig, p as inferToolMetaFromArgs, r as coerceImageAssistantText, s as minimaxUnderstandImage, t as describeImageWithModel, u as extractThinkingFromTaggedStream, v as resolveToolDisplay, y as ensureOpenClawModelsJson } from "./image-Bf_w1gye.js";
import { i as resolveMemorySearchConfig, n as resolveRetryConfig, r as retryAsync } from "./manager-BWX5em5r.js";
import { c as listMemoryFiles, l as normalizeExtraMemoryPaths } from "./sqlite-CpqIbY4-.js";
import { t as redactSensitiveText } from "./redact-BrXLgslJ.js";
import { a as formatError$1, i as createWaSocket, n as startWebLoginWithQr, o as getStatusCode$1, r as waitForWebLogin, s as waitForWaConnection } from "./login-qr-D2eSaq7w.js";
import { createRequire } from "node:module";
import * as path$1 from "node:path";
import path from "node:path";
import fs, { constants, existsSync, mkdirSync, mkdtempSync, readFileSync, renameSync, rmSync, statSync, unlinkSync, writeFileSync } from "node:fs";
import * as os$1 from "node:os";
import os, { homedir, tmpdir } from "node:os";
import * as fs$2 from "node:fs/promises";
import fs$1 from "node:fs/promises";
import { execFile, execSync, spawn, spawnSync } from "node:child_process";
import { inspect, promisify } from "node:util";
import { fileURLToPath } from "node:url";
import lockfile from "proper-lockfile";
import crypto, { X509Certificate, randomUUID } from "node:crypto";
import { complete, completeSimple, streamSimple } from "@mariozechner/pi-ai";
import { CURRENT_SESSION_VERSION, SessionManager, SettingsManager, codingTools, createAgentSession, createEditTool, createReadTool, createWriteTool, estimateTokens, readTool } from "@mariozechner/pi-coding-agent";
import { EdgeTTS } from "node-edge-tts";
import AjvPkg from "ajv";
import { createServer } from "node:http";
import { ProxyAgent, fetch as fetch$1 } from "undici";
import { WebSocket } from "ws";
import { Buffer as Buffer$1 } from "node:buffer";
import * as net$1 from "node:net";
import net from "node:net";
import { createJiti } from "jiti";
import { Type } from "@sinclair/typebox";
import chokidar from "chokidar";
import readline, { createInterface } from "node:readline";
import { WebClient } from "@slack/web-api";
import { ApplicationCommandOptionType, ButtonStyle, ChannelType, PermissionFlagsBits, Routes } from "discord-api-types/v10";
import { Button, ChannelType as ChannelType$1, Client, Command, MessageCreateListener, MessageReactionAddListener, MessageReactionRemoveListener, MessageType, PresenceUpdateListener, RateLimitError, RequestClient, Row } from "@buape/carbon";
import { PollLayoutType } from "discord-api-types/payloads/v10";

[68437 more lines in file. Use offset=51 to continue.]


Let me search for where bot messages are being filtered in the Telegram message processing.

grep -rn "me.id\|ctx.me\|bot.id\|bot_id" /usr/lib/node_modules/openclaw/dist/extensionAPI.js 2>/dev/null | head -30


33228:		effectId: Type.Optional(Type.String({ description: "Message effect name/id for sendWithEffect (e.g., invisible ink)." })),
41299:	return me.id;
51327:		runtime.error?.(danger(`discord: failed to fetch bot identity: ${String(err)}`));
56412:	const isBotMessage = Boolean(message.bot_id);
56416:			logVerbose(`slack: drop bot message ${message.bot_id ?? "unknown"} (allowBots=false)`);
56424:	const senderId = message.user ?? (isBotMessage ? message.bot_id : void 0);
56520:	const senderName = (message.user ? await ctx.resolveUserName(message.user) : null)?.name ?? message.username?.trim() ?? message.user ?? message.bot_id ?? "unknown";
56606:		maxBytes: ctx.mediaMaxBytes
56712:					maxBytes: ctx.mediaMaxBytes
56898:			const senderId = entry.message.user ?? entry.message.bot_id;
57881:	const msg = ctx.message ?? ctx.update?.message ?? ctx.update?.edited_message ?? ctx.callbackQuery?.message;
58082:	const msg = ctx.message;
58657:						me: ctx.me,
58678:				me: ctx.me,
58690:			const msg = ctx.message;
58730:			const msg = ctx.message;
58925:				botUsername: ctx.me?.username
60165:			const msg = ctx.message;
60340:			const msg = ctx.message;
60423:	const msg = ctx.message ?? ctx.update?.message ?? ctx.update?.edited_message ?? ctx.update?.callback_query?.message;
60426:	const botUsername = ctx.me?.username;
60544:			botHasTopicsEnabled = ctx.me.has_topics_enabled;
60646:			const reaction = ctx.messageReaction;


Let me check around line 60423 where the message context is being built to see if bot messages are being filtered.


function getTelegramSequentialKey(ctx) {
	const reaction = ctx.update?.message_reaction;
	if (reaction?.chat?.id) return `telegram:${reaction.chat.id}`;
	const msg = ctx.message ?? ctx.update?.message ?? ctx.update?.edited_message ?? ctx.update?.callback_query?.message;
	const chatId = msg?.chat?.id ?? ctx.chat?.id;
	const rawText = msg?.text ?? msg?.caption;
	const botUsername = ctx.me?.username;
	if (rawText && isControlCommandMessage(rawText, void 0, botUsername ? { botUsername } : void 0)) {
		if (typeof chatId === "number") return `telegram:${chatId}:control`;
		return "telegram:control";
	}
	const isGroup = msg?.chat?.type === "group" || msg?.chat?.type === "supergroup";
	const messageThreadId = msg?.message_thread_id;
	const isForum = msg?.chat?.is_forum;
	const threadId = isGroup ? resolveTelegramForumThreadId({
		isForum,
		messageThreadId
	}) : messageThreadId;
	if (typeof chatId === "number") return threadId != null ? `telegram:${chatId}:topic:${threadId}` : `telegram:${chatId}`;
	return "telegram:unknown";
}
function createTelegramBot(opts) {
	const runtime = opts.runtime ?? {
		log: console.log,
		error: console.error,
		exit: (code) => {
			throw new Error(`exit ${code}`);
		}
	};
	const cfg = opts.config ?? loadConfig();
	const account = resolveTelegramAccount({
		cfg,
		accountId: opts.accountId
	});
	const telegramCfg = account.config;
	const fetchImpl = resolveTelegramFetch(opts.proxyFetch, { network: telegramCfg.network });
	const shouldProvideFetch = Boolean(fetchImpl);
	const fetchForClient = fetchImpl;
	const timeoutSeconds = typeof telegramCfg?.timeoutSeconds === "number" && Number.isFinite(telegramCfg.timeoutSeconds) ? Math.max(1, Math.floor(telegramCfg.timeoutSeconds)) : void 0;
	const client = shouldProvideFetch || timeoutSeconds ? {
		...shouldProvideFetch && fetchImpl ? { fetch: fetchForClient } : {},
		...timeoutSeconds ? { timeoutSeconds } : {}
	} : void 0;
	const bot = new Bot(opts.token, client ? { client } : void 0);
	bot.api.config.use(apiThrottler());
	bot.use(sequentialize(getTelegramSequentialKey));
	bot.catch((err) => {
		runtime.error?.(danger(`telegram bot error: ${formatUncaughtError(err)}`));
	});
	const recentUpdates = createTelegramUpdateDedupe();
	let lastUpdateId = typeof opts.updateOffset?.lastUpdateId === "number" ? opts.updateOffset.lastUpdateId : null;
	const recordUpdateId = (ctx) => {
		const updateId = resolveTelegramUpdateId(ctx);
		if (typeof updateId !== "number") return;
		if (lastUpdateId !== null && updateId <= lastUpdateId) return;
		lastUpdateId = updateId;
		opts.updateOffset?.onUpdateId?.(updateId);
	};
	const shouldSkipUpdate = (ctx) => {
		const updateId = resolveTelegramUpdateId(ctx);
		if (typeof updateId === "number" && lastUpdateId !== null) {
			if (updateId <= lastUpdateId) return true;
		}
		const key = buildTelegramUpdateKey(ctx);
		const skipped = recentUpdates.check(key);
		if (skipped && key && shouldLogVerbose()) logVerbose(`telegram dedupe: skipped ${key}`);
		return skipped;
	};
	const rawUpdateLogger = createSubsystemLogger("gateway/channels/telegram/raw-update");
	const MAX_RAW_UPDATE_CHARS = 8e3;
	const MAX_RAW_UPDATE_STRING = 500;
	const MAX_RAW_UPDATE_ARRAY = 20;
	const stringifyUpdate = (update) => {
		const seen = /* @__PURE__ */ new WeakSet();
		return JSON.stringify(update ?? null, (key, value) => {
			if (typeof value === "string" && value.length > MAX_RAW_UPDATE_STRING) return `${value.slice(0, MAX_RAW_UPDATE_STRING)}...`;
			if (Array.isArray(value) && value.length > MAX_RAW_UPDATE_ARRAY) return [...value.slice(0, MAX_RAW_UPDATE_ARRAY), `...(${value.length - MAX_RAW_UPDATE_ARRAY} more)`];
			if (value && typeof value === "object") {
				if (seen.has(value)) return "[Circular]";
				seen.add(value);
			}
			return value;
		});
	};
	bot.use(async (ctx, next) => {
		if (shouldLogVerbose()) try {
			const raw = stringifyUpdate(ctx.update);
			const preview = raw.length > MAX_RAW_UPDATE_CHARS ? `${raw.slice(0, MAX_RAW_UPDATE_CHARS)}...` : raw;
			rawUpdateLogger.debug(`telegram update: ${preview}`);
		} catch (err) {
			rawUpdateLogger.debug(`telegram update log failed: ${String(err)}`);
		}
		await next();
		recordUpdateId(ctx);
	});
	const historyLimit = Math.max(0, telegramCfg.historyLimit ?? cfg.messages?.groupChat?.historyLimit ?? DEFAULT_GROUP_HISTORY_LIMIT);
	const groupHistories = /* @__PURE__ */ new Map();
	const textLimit = resolveTextChunkLimit(cfg, "telegram", account.accountId);
	const dmPolicy = telegramCfg.dmPolicy ?? "pairing";
	const allowFrom = opts.allowFrom ?? telegramCfg.allowFrom;

[7968 more lines in file. Use offset=60520 to continue.]


I see where the bot processes messages. Let me check if there's filtering for bot messages in the message processor. The key is that Telegram Bot API doesn't send bot messages to other bots by default - this is a Telegram platform limitation.

Let me look at the bot message processing to see if there's any explicit filtering of bot messages.


	});
	registerTelegramHandlers({
		cfg,
		accountId: account.accountId,
		bot,
		opts,
		runtime,
		mediaMaxBytes,
		telegramCfg,
		groupAllowFrom,
		resolveGroupPolicy,
		resolveTelegramGroupConfig,
		shouldSkipUpdate,
		processMessage,
		logger
	});
	return bot;
}

//#endregion
//#region src/telegram/update-offset-store.ts
const STORE_VERSION = 1;
function normalizeAccountId(accountId) {
	const trimmed = accountId?.trim();
	if (!trimmed) return "default";
	return trimmed.replace(/[^a-z0-9._-]+/gi, "_");
}
function resolveTelegramUpdateOffsetPath(accountId, env = process.env) {
	const stateDir = resolveStateDir(env, os.homedir);
	const normalized = normalizeAccountId(accountId);
	return path.join(stateDir, "telegram", `update-offset-${normalized}.json`);
}
function safeParseState(raw) {
	try {
		const parsed = JSON.parse(raw);
		if (parsed?.version !== STORE_VERSION) return null;
		if (parsed.lastUpdateId !== null && typeof parsed.lastUpdateId !== "number") return null;
		return parsed;
	} catch {
		return null;
	}
}
async function readTelegramUpdateOffset(params) {
	const filePath = resolveTelegramUpdateOffsetPath(params.accountId, params.env);
	try {
		return safeParseState(await fs$1.readFile(filePath, "utf-8"))?.lastUpdateId ?? null;
	} catch (err) {
		if (err.code === "ENOENT") return null;
		return null;
	}
}
async function writeTelegramUpdateOffset(params) {
	const filePath = resolveTelegramUpdateOffsetPath(params.accountId, params.env);
	const dir = path.dirname(filePath);
	await fs$1.mkdir(dir, {
		recursive: true,
		mode: 448
	});
	const tmp = path.join(dir, `${path.basename(filePath)}.${crypto.randomUUID()}.tmp`);
	const payload = {
		version: STORE_VERSION,
		lastUpdateId: params.updateId
	};
	await fs$1.writeFile(tmp, `${JSON.stringify(payload, null, 2)}\n`, { encoding: "utf-8" });
	await fs$1.chmod(tmp, 384);
	await fs$1.rename(tmp, filePath);
}

//#endregion
//#region src/telegram/webhook.ts
async function startTelegramWebhook(opts) {
	const path = opts.path ?? "/telegram-webhook";
	const healthPath = opts.healthPath ?? "/healthz";
	const port = opts.port ?? 8787;
	const host = opts.host ?? "0.0.0.0";
	const runtime = opts.runtime ?? defaultRuntime;
	const diagnosticsEnabled = isDiagnosticsEnabled(opts.config);
	const bot = createTelegramBot({
		token: opts.token,
		runtime,
		proxyFetch: opts.fetch,
		config: opts.config,
		accountId: opts.accountId
	});
	const handler = webhookCallback(bot, "http", { secretToken: opts.secret });
	if (diagnosticsEnabled) startDiagnosticHeartbeat();
	const server = createServer((req, res) => {
		if (req.url === healthPath) {
			res.writeHead(200);
			res.end("ok");
			return;
		}
		if (req.url !== path || req.method !== "POST") {
			res.writeHead(404);
			res.end();
			return;
		}
		const startTime = Date.now();
		if (diagnosticsEnabled) logWebhookReceived({
			channel: "telegram",
			updateType: "telegram-post"
		});
		const handled = handler(req, res);
		if (handled && typeof handled.catch === "function") handled.then(() => {
			if (diagnosticsEnabled) logWebhookProcessed({
				channel: "telegram",
				updateType: "telegram-post",
				durationMs: Date.now() - startTime
			});
		}).catch((err) => {
			const errMsg = formatErrorMessage(err);
			if (diagnosticsEnabled) logWebhookError({
				channel: "telegram",
				updateType: "telegram-post",
				error: errMsg
			});
			runtime.log?.(`webhook handler failed: ${errMsg}`);
			if (!res.headersSent) res.writeHead(500);
			res.end();
		});
	});
	const publicUrl = opts.publicUrl ?? `http://${host === "0.0.0.0" ? "localhost" : host}:${port}${path}`;
	await withTelegramApiErrorLogging({
		operation: "setWebhook",
		runtime,
		fn: () => bot.api.setWebhook(publicUrl, {
			secret_token: opts.secret,
			allowed_updates: resolveTelegramAllowedUpdates()
		})
	});
	await new Promise((resolve) => server.listen(port, host, resolve));
	runtime.log?.(`webhook listening on ${publicUrl}`);
	const shutdown = () => {
		server.close();
		bot.stop();
		if (diagnosticsEnabled) stopDiagnosticHeartbeat();
	};
	if (opts.abortSignal) opts.abortSignal.addEventListener("abort", shutdown, { once: true });
	return {
		server,
		bot,
		stop: shutdown
	};
}

//#endregion
//#region src/telegram/monitor.ts
function createTelegramRunnerOptions(cfg) {
	return {
		sink: { concurrency: resolveAgentMaxConcurrent(cfg) },
		runner: {
			fetch: {
				timeout: 30,
				allowed_updates: resolveTelegramAllowedUpdates()
			},
			silent: true,
			maxRetryTime: 300 * 1e3,
			retryInterval: "exponential"
		}
	};
}
const TELEGRAM_POLL_RESTART_POLICY = {
	initialMs: 2e3,
	maxMs: 3e4,
	factor: 1.8,
	jitter: .25
};
const isGetUpdatesConflict = (err) => {
	if (!err || typeof err !== "object") return false;
	const typed = err;
	if ((typed.error_code ?? typed.errorCode) !== 409) return false;
	return [
		typed.method,
		typed.description,
		typed.message
	].filter((value) => typeof value === "string").join(" ").toLowerCase().includes("getupdates");
};
/** Check if error is a Grammy HttpError (used to scope unhandled rejection handling) */
const isGrammyHttpError = (err) => {
	if (!err || typeof err !== "object") return false;
	return err.name === "HttpError";
};
async function monitorTelegramProvider(opts = {}) {
	const log = opts.runtime?.error ?? console.error;
	const unregisterHandler = registerUnhandledRejectionHandler((err) => {
		if (isGrammyHttpError(err) && isRecoverableTelegramNetworkError(err, { context: "polling" })) {
			log(`[telegram] Suppressed network error: ${formatErrorMessage(err)}`);
			return true;
		}
		return false;
	});
	try {
		const cfg = opts.config ?? loadConfig();
		const account = resolveTelegramAccount({
			cfg,
			accountId: opts.accountId
		});
		const token = opts.token?.trim() || account.token;
		if (!token) throw new Error(`Telegram bot token missing for account "${account.accountId}" (set channels.telegram.accounts.${account.accountId}.botToken/tokenFile or TELEGRAM_BOT_TOKEN for default).`);
		const proxyFetch = opts.proxyFetch ?? (account.config.proxy ? makeProxyFetch(account.config.proxy) : void 0);

[7588 more lines in file. Use offset=60900 to continue.]


Let me check the registerTelegramHandlers function to see how messages are processed.

grep -n "registerTelegramHandlers" /usr/lib/node_modules/openclaw/dist/extensionAPI.js


58306:const registerTelegramHandlers = ({ cfg, accountId, bot, opts, runtime, mediaMaxBytes, telegramCfg, groupAllowFrom, resolveGroupPolicy, resolveTelegramGroupConfig, shouldSkipUpdate, processMessage, logger }) => {
60701:	registerTelegramHandlers({


Let me read the registerTelegramHandlers function to see if there's any bot message filtering.


const registerTelegramHandlers = ({ cfg, accountId, bot, opts, runtime, mediaMaxBytes, telegramCfg, groupAllowFrom, resolveGroupPolicy, resolveTelegramGroupConfig, shouldSkipUpdate, processMessage, logger }) => {
	const TELEGRAM_TEXT_FRAGMENT_START_THRESHOLD_CHARS = 4e3;
	const TELEGRAM_TEXT_FRAGMENT_MAX_GAP_MS = 1500;
	const TELEGRAM_TEXT_FRAGMENT_MAX_ID_GAP = 1;
	const TELEGRAM_TEXT_FRAGMENT_MAX_PARTS = 12;
	const TELEGRAM_TEXT_FRAGMENT_MAX_TOTAL_CHARS = 5e4;
	const mediaGroupBuffer = /* @__PURE__ */ new Map();
	let mediaGroupProcessing = Promise.resolve();
	const textFragmentBuffer = /* @__PURE__ */ new Map();
	let textFragmentProcessing = Promise.resolve();
	const inboundDebouncer = createInboundDebouncer({
		debounceMs: resolveInboundDebounceMs({
			cfg,
			channel: "telegram"
		}),
		buildKey: (entry) => entry.debounceKey,
		shouldDebounce: (entry) => {
			if (entry.allMedia.length > 0) return false;
			const text = entry.msg.text ?? entry.msg.caption ?? "";
			if (!text.trim()) return false;
			return !hasControlCommand(text, cfg, { botUsername: entry.botUsername });
		},
		onFlush: async (entries) => {
			const last = entries.at(-1);
			if (!last) return;
			if (entries.length === 1) {
				await processMessage(last.ctx, last.allMedia, last.storeAllowFrom);
				return;
			}
			const combinedText = entries.map((entry) => entry.msg.text ?? entry.msg.caption ?? "").filter(Boolean).join("\n");
			if (!combinedText.trim()) return;
			const first = entries[0];
			const baseCtx = first.ctx;
			const getFile = typeof baseCtx.getFile === "function" ? baseCtx.getFile.bind(baseCtx) : async () => ({});
			const syntheticMessage = {
				...first.msg,
				text: combinedText,
				caption: void 0,
				caption_entities: void 0,
				entities: void 0,
				date: last.msg.date ?? first.msg.date
			};
			const messageIdOverride = last.msg.message_id ? String(last.msg.message_id) : void 0;
			await processMessage({
				message: syntheticMessage,
				me: baseCtx.me,
				getFile
			}, [], first.storeAllowFrom, messageIdOverride ? { messageIdOverride } : void 0);
		},
		onError: (err) => {
			runtime.error?.(danger(`telegram debounce flush failed: ${String(err)}`));
		}
	});
	const resolveTelegramSessionModel = (params) => {
		const resolvedThreadId = params.resolvedThreadId ?? resolveTelegramForumThreadId({
			isForum: params.isForum,
			messageThreadId: params.messageThreadId
		});
		const peerId = params.isGroup ? buildTelegramGroupPeerId(params.chatId, resolvedThreadId) : String(params.chatId);
		const parentPeer = buildTelegramParentPeer({
			isGroup: params.isGroup,
			resolvedThreadId,
			chatId: params.chatId
		});
		const route = resolveAgentRoute({
			cfg,
			channel: "telegram",
			accountId,
			peer: {
				kind: params.isGroup ? "group" : "direct",
				id: peerId
			},
			parentPeer
		});
		const baseSessionKey = route.sessionKey;
		const dmThreadId = !params.isGroup ? params.messageThreadId : void 0;
		const sessionKey = (dmThreadId != null ? resolveThreadSessionKeys({
			baseSessionKey,
			threadId: String(dmThreadId)
		}) : null)?.sessionKey ?? baseSessionKey;
		const store = loadSessionStore(resolveStorePath(cfg.session?.store, { agentId: route.agentId }));
		const entry = store[sessionKey];
		const storedOverride = resolveStoredModelOverride({
			sessionEntry: entry,
			sessionStore: store,
			sessionKey
		});
		if (storedOverride) return storedOverride.provider ? `${storedOverride.provider}/${storedOverride.model}` : storedOverride.model;
		const provider = entry?.modelProvider?.trim();
		const model = entry?.model?.trim();
		if (provider && model) return `${provider}/${model}`;
		const modelCfg = cfg.agents?.defaults?.model;
		return typeof modelCfg === "string" ? modelCfg : modelCfg?.primary;
	};
	const processMediaGroup = async (entry) => {
		try {
			entry.messages.sort((a, b) => a.msg.message_id - b.msg.message_id);
			const primaryEntry = entry.messages.find((m) => m.msg.caption || m.msg.text) ?? entry.messages[0];
			const allMedia = [];
			for (const { ctx } of entry.messages) {
				const media = await resolveMedia(ctx, mediaMaxBytes, opts.token, opts.proxyFetch);
				if (media) allMedia.push({
					path: media.path,
					contentType: media.contentType,
					stickerMetadata: media.stickerMetadata
				});
			}
			const storeAllowFrom = await readChannelAllowFromStore("telegram").catch(() => []);
			await processMessage(primaryEntry.ctx, allMedia, storeAllowFrom);
		} catch (err) {
			runtime.error?.(danger(`media group handler failed: ${String(err)}`));
		}
	};
	const flushTextFragments = async (entry) => {
		try {
			entry.messages.sort((a, b) => a.msg.message_id - b.msg.message_id);
			const first = entry.messages[0];
			const last = entry.messages.at(-1);
			if (!first || !last) return;
			const combinedText = entry.messages.map((m) => m.msg.text ?? "").join("");
			if (!combinedText.trim()) return;
			const syntheticMessage = {
				...first.msg,
				text: combinedText,
				caption: void 0,
				caption_entities: void 0,
				entities: void 0,
				date: last.msg.date ?? first.msg.date
			};
			const storeAllowFrom = await readChannelAllowFromStore("telegram").catch(() => []);
			const baseCtx = first.ctx;
			const getFile = typeof baseCtx.getFile === "function" ? baseCtx.getFile.bind(baseCtx) : async () => ({});
			await processMessage({
				message: syntheticMessage,
				me: baseCtx.me,
				getFile
			}, [], storeAllowFrom, { messageIdOverride: String(last.msg.message_id) });
		} catch (err) {
			runtime.error?.(danger(`text fragment handler failed: ${String(err)}`));
		}
	};
	const scheduleTextFragmentFlush = (entry) => {
		clearTimeout(entry.timer);
		entry.timer = setTimeout(async () => {
			textFragmentBuffer.delete(entry.key);
			textFragmentProcessing = textFragmentProcessing.then(async () => {
				await flushTextFragments(entry);
			}).catch(() => void 0);
			await textFragmentProcessing;
		}, TELEGRAM_TEXT_FRAGMENT_MAX_GAP_MS);
	};
	bot.on("callback_query", async (ctx) => {
		const callback = ctx.callbackQuery;
		if (!callback) return;
		if (shouldSkipUpdate(ctx)) return;
		await withTelegramApiErrorLogging({
			operation: "answerCallbackQuery",
			runtime,
			fn: () => bot.api.answerCallbackQuery(callback.id)
		}).catch(() => {});
		try {
			const data = (callback.data ?? "").trim();
			const callbackMessage = callback.message;
			if (!data || !callbackMessage) return;
			const inlineButtonsScope = resolveTelegramInlineButtonsScope({
				cfg,
				accountId
			});
			if (inlineButtonsScope === "off") return;
			const chatId = callbackMessage.chat.id;
			const isGroup = callbackMessage.chat.type === "group" || callbackMessage.chat.type === "supergroup";
			if (inlineButtonsScope === "dm" && isGroup) return;
			if (inlineButtonsScope === "group" && !isGroup) return;
			const messageThreadId = callbackMessage.message_thread_id;
			const isForum = callbackMessage.chat.is_forum === true;
			const resolvedThreadId = resolveTelegramForumThreadId({
				isForum,
				messageThreadId
			});
			const { groupConfig, topicConfig } = resolveTelegramGroupConfig(chatId, resolvedThreadId);
			const storeAllowFrom = await readChannelAllowFromStore("telegram").catch(() => []);
			const groupAllowOverride = firstDefined(topicConfig?.allowFrom, groupConfig?.allowFrom);
			const effectiveGroupAllow = normalizeAllowFromWithStore({
				allowFrom: groupAllowOverride ?? groupAllowFrom,
				storeAllowFrom
			});
			const effectiveDmAllow = normalizeAllowFromWithStore({
				allowFrom: telegramCfg.allowFrom,
				storeAllowFrom
			});
			const dmPolicy = telegramCfg.dmPolicy ?? "pairing";
			const senderId = callback.from?.id ? String(callback.from.id) : "";
			const senderUsername = callback.from?.username ?? "";
			if (isGroup) {
				if (groupConfig?.enabled === false) {
					logVerbose(`Blocked telegram group ${chatId} (group disabled)`);
					return;
				}
				if (topicConfig?.enabled === false) {
					logVerbose(`Blocked telegram topic ${chatId} (${resolvedThreadId ?? "unknown"}) (topic disabled)`);

[9982 more lines in file. Use offset=58506 to continue.]


Let me check if there's filtering on bot messages. I need to find where the bot.on("message") handler is and see if it filters bot messages.

grep -n "bot.on.*message" /usr/lib/node_modules/openclaw/dist/extensionAPI.js | head -10


58688:	bot.on("message:migrate_to_chat_id", async (ctx) => {
58728:	bot.on("message", async (ctx) => {
60644:	bot.on("message_reaction", async (ctx) => {


Let me look at the bot.on("message") handler around line 58728.


	bot.on("message", async (ctx) => {
		try {
			const msg = ctx.message;
			if (!msg) return;
			if (shouldSkipUpdate(ctx)) return;
			const chatId = msg.chat.id;
			const isGroup = msg.chat.type === "group" || msg.chat.type === "supergroup";
			const messageThreadId = msg.message_thread_id;
			const resolvedThreadId = resolveTelegramForumThreadId({
				isForum: msg.chat.is_forum === true,
				messageThreadId
			});
			const storeAllowFrom = await readChannelAllowFromStore("telegram").catch(() => []);
			const { groupConfig, topicConfig } = resolveTelegramGroupConfig(chatId, resolvedThreadId);
			const groupAllowOverride = firstDefined(topicConfig?.allowFrom, groupConfig?.allowFrom);
			const effectiveGroupAllow = normalizeAllowFromWithStore({
				allowFrom: groupAllowOverride ?? groupAllowFrom,
				storeAllowFrom
			});
			const hasGroupAllowOverride = typeof groupAllowOverride !== "undefined";
			if (isGroup) {
				if (groupConfig?.enabled === false) {
					logVerbose(`Blocked telegram group ${chatId} (group disabled)`);
					return;
				}
				if (topicConfig?.enabled === false) {
					logVerbose(`Blocked telegram topic ${chatId} (${resolvedThreadId ?? "unknown"}) (topic disabled)`);
					return;
				}
				if (hasGroupAllowOverride) {
					const senderId = msg.from?.id;
					const senderUsername = msg.from?.username ?? "";
					if (!(senderId != null && isSenderAllowed({
						allow: effectiveGroupAllow,
						senderId: String(senderId),
						senderUsername
					}))) {
						logVerbose(`Blocked telegram group sender ${senderId ?? "unknown"} (group allowFrom override)`);
						return;
					}
				}
				const defaultGroupPolicy = cfg.channels?.defaults?.groupPolicy;
				const groupPolicy = firstDefined(topicConfig?.groupPolicy, groupConfig?.groupPolicy, telegramCfg.groupPolicy, defaultGroupPolicy, "open");
				if (groupPolicy === "disabled") {
					logVerbose(`Blocked telegram group message (groupPolicy: disabled)`);
					return;
				}
				if (groupPolicy === "allowlist") {
					const senderId = msg.from?.id;
					if (senderId == null) {
						logVerbose(`Blocked telegram group message (no sender ID, groupPolicy: allowlist)`);
						return;
					}
					if (!effectiveGroupAllow.hasEntries) {
						logVerbose("Blocked telegram group message (groupPolicy: allowlist, no group allowlist entries)");
						return;
					}
					const senderUsername = msg.from?.username ?? "";
					if (!isSenderAllowed({
						allow: effectiveGroupAllow,
						senderId: String(senderId),
						senderUsername
					})) {
						logVerbose(`Blocked telegram group message from ${senderId} (groupPolicy: allowlist)`);
						return;
					}
				}
				const groupAllowlist = resolveGroupPolicy(chatId);
				if (groupAllowlist.allowlistEnabled && !groupAllowlist.allowed) {
					logger.info({
						chatId,
						title: msg.chat.title,
						reason: "not-allowed"
					}, "skipping group message");
					return;
				}
			}
			const text = typeof msg.text === "string" ? msg.text : void 0;
			const isCommandLike = (text ?? "").trim().startsWith("/");
			if (text && !isCommandLike) {
				const nowMs = Date.now();
				const senderId = msg.from?.id != null ? String(msg.from.id) : "unknown";
				const key = `text:${chatId}:${resolvedThreadId ?? "main"}:${senderId}`;
				const existing = textFragmentBuffer.get(key);
				if (existing) {
					const last = existing.messages.at(-1);
					const lastMsgId = last?.msg.message_id;
					const lastReceivedAtMs = last?.receivedAtMs ?? nowMs;
					const idGap = typeof lastMsgId === "number" ? msg.message_id - lastMsgId : Infinity;
					const timeGapMs = nowMs - lastReceivedAtMs;
					if (idGap > 0 && idGap <= TELEGRAM_TEXT_FRAGMENT_MAX_ID_GAP && timeGapMs >= 0 && timeGapMs <= TELEGRAM_TEXT_FRAGMENT_MAX_GAP_MS) {
						const nextTotalChars = existing.messages.reduce((sum, m) => sum + (m.msg.text?.length ?? 0), 0) + text.length;
						if (existing.messages.length + 1 <= TELEGRAM_TEXT_FRAGMENT_MAX_PARTS && nextTotalChars <= TELEGRAM_TEXT_FRAGMENT_MAX_TOTAL_CHARS) {
							existing.messages.push({
								msg,
								ctx,
								receivedAtMs: nowMs
							});
							scheduleTextFragmentFlush(existing);
							return;
						}
					}
					clearTimeout(existing.timer);
					textFragmentBuffer.delete(key);
					textFragmentProcessing = textFragmentProcessing.then(async () => {
						await flushTextFragments(existing);
					}).catch(() => void 0);
					await textFragmentProcessing;
				}
				if (text.length >= TELEGRAM_TEXT_FRAGMENT_START_THRESHOLD_CHARS) {
					const entry = {
						key,
						messages: [{
							msg,
							ctx,
							receivedAtMs: nowMs
						}],
						timer: setTimeout(() => {}, TELEGRAM_TEXT_FRAGMENT_MAX_GAP_MS)
					};
					textFragmentBuffer.set(key, entry);
					scheduleTextFragmentFlush(entry);
					return;
				}
			}
			const mediaGroupId = msg.media_group_id;
			if (mediaGroupId) {
				const existing = mediaGroupBuffer.get(mediaGroupId);
				if (existing) {
					clearTimeout(existing.timer);
					existing.messages.push({
						msg,
						ctx
					});
					existing.timer = setTimeout(async () => {
						mediaGroupBuffer.delete(mediaGroupId);
						mediaGroupProcessing = mediaGroupProcessing.then(async () => {
							await processMediaGroup(existing);
						}).catch(() => void 0);
						await mediaGroupProcessing;
					}, MEDIA_GROUP_TIMEOUT_MS);
				} else {
					const entry = {
						messages: [{
							msg,
							ctx
						}],
						timer: setTimeout(async () => {
							mediaGroupBuffer.delete(mediaGroupId);
							mediaGroupProcessing = mediaGroupProcessing.then(async () => {
								await processMediaGroup(entry);

[9610 more lines in file. Use offset=58878 to continue.]


Looking at the code, I don't see explicit filtering of bot messages (e.g., checking `msg.from.is_bot`). The issue is likely that **Telegram Bot API doesn't deliver bot messages to other bots by default** - this is a Telegram platform limitation.

Let me check if there's any filtering I missed, and if not, I need to explain this to the user.

I found the issue! Looking at the Telegram message handling code (line 58728+), there's **no explicit filtering of bot messages** in OpenClaw.

The issue is a **Telegram Bot API platform limitation**:

**Telegram bots cannot see messages from other bots.** This is by design - when Maya (a bot) sends a message in a group, Telegram does NOT deliver that message to Canna (another bot) through the Bot API.

This is why:
- When Maya tags Canna, Canna doesn't see it
- When Canna tags Maya, Maya doesn't see it
- They can both see YOUR messages (human), but not each other's

**Why this happens:**
Telegram's Bot API has privacy rules where bot messages are invisible to other bots to prevent spam and loops.

**Potential workarounds:**
1. **Use the agent-to-agent tool** - Agents can message each other directly via `sessions_send` (which they were doing)
2. **Human relay** - You relay messages between them
3. **Single agent per group** - Only one bot per group, others join via their own accounts

The agents CAN communicate via the `sessions_send` tool (which Canna was using to message Maya), but they cannot see each other's Telegram group messages due to Telegram's platform restrictions.


Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.


The user is sending a heartbeat. Let me check if HEARTBEAT.md exists in the workspace and follow it.


# HEARTBEAT.md

# Keep this file empty (or with only comments) to skip heartbeat API calls.

# Add tasks below when you want the agent to check something periodically.


The file is empty - just comments. So I should reply HEARTBEAT_OK.


[Telegram Skinny (@skinnyc813) id:6558388607 +2m Thu 2026-02-12 15:41 UTC] Are you there?
[message_id: 342]


The user is asking if I'm there. This is a simple check-in. I should respond normally.

Here! What do you need?


[Telegram Skinny (@skinnyc813) id:6558388607 +6s Thu 2026-02-12 15:41 UTC] Canna isn't responding anywhere
[message_id: 344]


The user is saying Canna isn't responding anywhere. Let me check Canna's sessions and see what's happening.

Let me check what's happening with Canna:


Cron: Deal Post - X + Pinterest (every 30 min)

Cron: X Engagement - Helpful Replies (5/day)

Cron: Canna: Reddit Engagement (9 AM EST)

Cron: Canna: Morning X Deal Post (8 AM EST)


OpenClaw status

Overview
┌─────────────────┬───────────────────────────────────────────────────────────────────────────────────────────────────┐
│ Item            │ Value                                                                                │
├─────────────────┼───────────────────────────────────────────────────────────────────────────────────────────────────┤
│ Dashboard       │ http://127.0.0.1:18789/                                                                           │
│ OS              │ linux 6.8.0-94-generic (x64) · node 22.20.0                                                       │
│ Tailscale       │ off                                                                                │
│ Channel         │ stable (default)                                                                                │
│ Update          │ pnpm · npm latest 2026.2.9                                                                        │
│ Gateway         │ local · ws://127.0.0.1:18789 (local loopback) · reachable 40ms · auth token+password · fred (192. │
│                 │ 168.1.195) app unknown linux 6.8.0-94-generic                                                     │
│ Gateway service │ systemd installed · enabled · running (pid 1183292, state active)                                 │
│ Node service    │ systemd not installed                                                                             │
│ Agents          │ 7 · 7 bootstrapping · sessions 84 · default main active 1m ago                                    │
│ Memory          │ 0 files · 0 chunks · dirty · sources memory, sessions · plugin memory-core · vector ready · fts   │
│                 │ ready · cache on (0)                                                                              │
│ Probes          │ skipped (use --deep)                                                                              │
│ Events          │ none                                                                                │


I can see Canna has active sessions. Let me check the recent activity on Canna's main session to see if there are any errors or issues.


[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[Assistant]
The user is sending repeated heartbeat prompts. I should just reply HEARTBEAT_OK since HEARTBEAT.md says to keep it empty (only comments) to skip heartbeat API calls.

HEARTBEAT_OK

[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[Assistant]
The user is sending a heartbeat check. I need to read HEARTBEAT.md and follow its instructions. From the context provided in the first message, HEARTBEAT.md contains:

```
# HEARTBEAT.md

# Keep this file empty (or with only comments) to skip heartbeat API calls.

# Add tasks below when you want the agent to check something periodically.
```

So the file is essentially empty - there's nothing to do. I should reply HEARTBEAT_OK.

HEARTBEAT_OK

[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[Assistant]
The user is sending repeated heartbeat prompts. I should just reply HEARTBEAT_OK since HEARTBEAT.md says to keep it empty (only comments) to skip heartbeat API calls.

HEARTBEAT_OK

[User] Read HEARTBEAT.md if it exists (workspace context). Follow it strictly. Do not infer or repeat old tasks from prior chats. If nothing needs attention, reply HEARTBEAT_OK.

[Assistant]
The user is sending a heartbeat check. I need to read HEARTBEAT.md and follow its instructions. From the context provided in the first message, HEARTBEAT.md contains:

```
# HEARTBEAT.md

# Keep this file empty (or with only comments) to skip heartbeat API calls.

# Add tasks below when you want the agent to check something periodically.
```

So the file is essentially empty - there's nothing to do. I should reply HEARTBEAT_OK.

HEARTBEAT_OK


I see the issue now. Canna's session is hitting rate limits across multiple providers:

1. Google Gemini: "Resource has been exhausted (e.g. check quota)" - 429 errors
2. Anthropic Claude: "This request would exceed your account's rate limit" - 429 errors

But the most recent messages show Kimi K2.5 working successfully (the HEARTBEAT_OK responses).

Looking at the sessions list, Canna's main session (`agent:cannadeals-marketing:main`) was last updated at 1770910793580 (about 2 minutes ago), and the model is set to `k2p5`.

Wait, but the user is saying Canna isn't responding. Let me check if there's a specific issue with the Telegram binding or if messages aren't being routed correctly.

Actually, looking more carefully at the session history - the recent successful responses are using `kimi-coding` provider with `k2p5` model. So Kimi is working.

But the user says Canna isn't responding. This could be:
1. A Telegram routing issue
2. The session is stuck on an older message
3. There's a binding issue

Let me check the group chat session for Canna.