“Ensure the Hash Code used for SMS submission matches the approved PE-TM Chain.” That single line in Jio’s regulatory notice has confused more businesses than any other, because most senders have never seen their hash code, cannot find it on any portal, and do not know who is supposed to manage it. This guide explains what the DLT hash code is, where it comes from, why the new TRAI PE-TM Binding Framework validates it on every message, and the good news: if your provider is a registered delivery telemarketer with a properly approved chain, the hash matches automatically and you never touch it.<\/p>\n
Signup Now<\/a>Schedule Free Meeting<\/a><\/p>\n When a PE-TM chain is created and approved on a DLT platform, the platform generates an identifier that represents that exact approved chain: this Principal Entity, sending through this sequence of telemarketers, terminating at this delivery telemarketer (TM-D). That identifier is the hash code<\/strong>. Think of it as the fingerprint of the approved route.<\/p>\n Every A2P SMS submitted to an operator now carries the chain identity along with the usual DLT fields (entity ID, header, template ID). The operator’s platform recomputes what the chain should be for that PE and that TM-D, and compares. Same fingerprint: the message passes. Different fingerprint: the message is flagged during monitoring, and summarily blocked<\/strong> once blocking mode is active from 30th September.<\/p>\nWhat the hash code is<\/h2>\n
Where the hash code lives, and who handles it<\/h2>\n