High Delivery Rate
Direct operator connection ensuring over 99% message delivery success.
Connect your NetGSM account to Supsis AI automations. Send branded SMS, OTP verification codes, and trigger-based notifications directly from live chat and chatbot flows.
99%+ delivery rate and instant customer reach with branded SMS.
Direct operator connection ensuring over 99% message delivery success.
2-3 second delivery speed for time-critical OTP codes.
Dynamic text templates with customer names, order IDs, and tracking links.
Send SMS at your own advantageous NetGSM package rates with no Supsis markup.
Track delivery timestamps and message statuses for every recipient.
Trigger SMS fallback automatically when WhatsApp messages remain unread.
Appointment alerts, shipping updates, and OTP security.
Send automatic reminder SMS 24 hours before healthcare, beauty, or service appointments.
Keep buyers updated with tracking numbers and delivery notifications via SMS.
Deliver one-time passwords for secure logins and transactional approvals.
Send an SMS notice to customers who left the chat before an agent connected.
Broadcast personalized promotional announcements to segmented customer lists.
Send SMS with your registered alphanumeric corporate brand title for maximum customer trust.
Trigger SMS automatically when chats initiate, orders update, or appointments are created.
Deliver one-time verification passwords in seconds for secure customer validation.
Monitor SMS delivery status and your NetGSM balance directly inside the Supsis dashboard.
Connect your NetGSM API credentials and start sending SMS.
Obtain your API Username, Password, and approved Brand Header from the NetGSM portal.
Navigate to Integrations > NetGSM in Supsis and save your API credentials.
Add SMS action nodes to your chatbot flows and event automations.
NetGSM is a premier telecom operator providing robust SMS infrastructure. Supsis AI NetGSM integration augments your live support and chatbots with reliable branded SMS.
Branded SMS and NetGSM API setup questions.
Visit Our Documentation Page →Learn More