Cincom CCM Batch & On-Demand Document Generation
Scale Communications with Precision and Speed
Flexible Document Generation to Meet Every Need
Cincom Eloquence puts control in the hands of business users, enabling teams to generate documents in real time or at scale, without IT bottlenecks. Whether it’s a claims letter triggered by customer action or policy updates sent to thousands, your teams can respond with speed, accuracy, and consistency.
It supports both:
- On-Demand Generation: Create personalized documents instantly in response to customer interactions, which is perfect for confirmations, service updates, and more.
- Batch Processing: Automate high-volume outputs like statements or renewals, ensuring timely, compliant communication at scale.
A 20x boost in document output annually without compromising brand control or regulatory compliance.
| Without Cincom Eloquence | With Cincom Eloquence |
|---|---|
| Separate systems for batch and on-demand outputs | Unified engine for both batch and on-demand generation |
| Static templates requiring IT maintenance | Dynamic, reusable templates managed by business users |
| Manual scheduling and script-based triggers | Event-driven automation and time-based scheduling |
| Difficult to scale large-volume processing | Scalable architecture handling thousands of records per run |
| Minimal version control and audit trails | Built-in tracking, versioning, and audit-ready document logs |
High-Volume or High-Stakes—We’ve Got You Covered
Scale Without the Chaos
Cut Costs, Not Corners
By digitizing high-volume workflows and reducing dependency on manual labor, you minimize errors and rework, lowering costs while maintaining quality and compliance.
From Print to Digital, Seamlessly
Move from bulky physical documents to streamlined digital formats and modernize operations, accelerating the turnaround time while delivering documents via the customer’s preferred channels.
Compliance at Every Step
With pre-set rules and approval flows, ensure every document meets business, legal, and jurisdictional requirements. No more chasing updates or version mismatches.
Who Is This Feature Built For?
7 Reasons Why Your CCM Is Failing
Discover the hidden gaps slowing down your teams, risking compliance, and frustrating your customers.
Real-World Insurance Use Cases
Policy Renewal Notices
Automatically generate and send thousands of personalized renewal letters and reminders each cycle, ensuring timely, compliant, and consistent communication with policyholders.
Claims Status Updates
Regulatory Compliance Mailings
New Policy Documents
Generate tailored policy documents and welcome kits immediately upon issuance or endorsement, enhancing the customer onboarding experience.
Billing Statements & Payment Reminders
Exception Handling Communications
Proven in Insurance. Trusted by Industry Leaders.
Frequently Asked Questions about Cincom Eloquence
1. Can batch and on-demand document generation run simultaneously?
Yes. Cincom Eloquence’s unified engine allows both processes to operate in parallel, ensuring you can manage real-time customer interactions while executing scheduled bulk communications without delay.
2. How does Eloquence maintain consistency across large-scale document runs?
Templates and business rules are centrally managed, so every generated document, whether on-demand or in batch, uses the same approved logic, design, and content for guaranteed consistency.
3. What formats and delivery channels does Eloquence support?
Eloquence supports multiple output formats such as PDF, Word, and HTML, and can deliver documents through print, email, portals, or integrated digital platforms based on customer preferences.
4. Is there visibility into document generation activities for auditing purposes?
Yes. Eloquence includes detailed version tracking and audit-ready logs that record every document’s generation, approval, and distribution history for full traceability.
5. How scalable is Eloquence for organizations with growing document volumes?
The platform’s architecture is built to scale effortlessly, handling large batch runs and increasing output demands without compromising performance or system stability.