🤖 AI Summary
This work addresses the widespread inadequacy of enterprise CRM systems in natively modeling user consent status for SMS communications, which hinders compliance with regulations such as the TCPA that mandate explicit opt-in and immediate opt-out capabilities—particularly in multi-tenant hosted environments where modifying customer data schemas is infeasible. To overcome this limitation, the authors propose a lightweight, non-intrusive SMS consent management architecture that models consent as an independent record type. By leveraging keyword-driven consent capture, hash-based deduplication, and real-time unsubscribe suppression at send time, the approach achieves cross-industry regulatory compliance without altering existing customer data structures. The design ensures strict multi-tenancy data isolation and consistency, and has been successfully deployed in healthcare, financial services, and sales sectors, significantly enhancing the compliance, reliability, and scalability of SMS messaging.
📝 Abstract
Regulatory frameworks such as the Telephone Consumer Protection Act (TCPA) impose strict consent requirements on enterprise messaging systems: organizations must obtain and record explicit opt-in consent before sending SMS communications, and must immediately honor opt-out requests. While CRM platforms provide rich contact and lead data models, they do not natively model consent state as a first-class record type. This gap becomes architecturally significant in multi-tenant managed packages distributed via enterprise application marketplaces, where the package cannot assume or modify the installing organization's schema. This paper presents a production consent record architecture, generalized from patterns implemented within a CRM-native messaging managed package serving independent enterprise organizations spanning healthcare, financial services, and sales operations. We describe the data model design, keyword-based consent capture, a hash-based uniqueness strategy for deduplication, suppression enforcement at message send time, and the multi-tenant constraints that shaped these design decisions.