Telegram Bot VPS with a valid HTTPS endpoint, static IP, and 24/7 uptime

Long-polling is the fast path while you're building: getUpdates works from anywhere with outbound internet, no domain or TLS cert needed. For anything production, webhooks are lower-latency and cheaper in resources: Telegram pushes updates to your HTTPS endpoint instead of your bot idling in a getUpdates loop. Webhooks require a valid TLS certificate (Let's Encrypt is fine) on port 443, 80, 88 or 8443, plus a stable public IP, which is exactly what a VPS gives you.

Point a subdomain like bot.yourdomain.com at your VPS's IPv4, then run certbot with the Nginx or Caddy plugin: one command, free 90-day cert, auto-renew via cron. Caddy will do it in a single Caddyfile line with `bot.yourdomain.com { reverse_proxy localhost:8443 }`. If you don't own a domain, you can use Cloudflare's free tier and terminate TLS at their edge, though direct is simpler.

Yes. Each bot has its own token, its own process, and its own port (in webhook mode). We recommend one systemd unit per bot with Restart=always, and a shared nginx or Caddy reverse proxy fronting them all on :443. Webhook Pro (4 GB RAM, 2 vCPU) comfortably runs 3–5 modestly-sized bots; Multi-Bot handles ten with Redis and Postgres on the same box.

For Python bots, a 10-line systemd unit with `Restart=always` and `RestartSec=5` is the standard: your bot is back online in under 5 seconds after a crash or reboot. For Node bots, pm2 does the same job and adds log rotation and cluster mode. Both come preinstalled on our Ubuntu 22.04 image, and we can wire a healthcheck endpoint to Uptime Kuma so you get pinged the moment anything looks off.

The Bot API caps outbound at ~30 messages/second per bot globally and 1 message/second per chat, with bursts allowed. Group-wide announcements need to be spaced. python-telegram-bot's AIORateLimiter and aiogram's throttling middleware handle this automatically. On the VPS side you never hit any limit; the constraint is Telegram's.

Absolutely. Userbots use MTProto (not the Bot API), so they run alongside your Bot API workers without conflict. The Userbot / MTProto plan is sized for scenarios where you're keeping several sessions warm: 8 vCPU / 16 GB is enough for a healthy handful of concurrent Telethon workers plus a Redis session store. Static IPs help here: Telegram is less likely to flag account re-logins from a consistent address.

Linux. Ubuntu 22.04 or Debian 12 is what every Telegram bot framework ships against: pip, apt, systemd, nginx, certbot, docker compose, all preinstalled or one command away. Windows is available if you need it, but every tutorial and framework's docs assumes Linux.

Card checkout activates in under 5 minutes with root SSH creds emailed instantly. Crypto payments (BTC, USDT, XMR) come online on first confirmation, usually 10–20 minutes. After that: `git clone`, `pip install`, `systemctl start`, `curl -F url=…` to setWebhook, and you're live.