Telgorithm’s A2P 10DLC Registration Performance Metrics (2026)

As A2P 10DLC registration remains mandatory across the U.S. messaging ecosystem, ISVs and software platforms evaluating messaging providers often ask the same questions:

• How fast are Campaigns approved?
• How often are Campaigns rejected?
• How does the provider manage throughput and carrier rate limits?
• What infrastructure supports registration and redundancy?

This page outlines Telgorithm’s current A2P 10DLC registration benchmarks based on active ISV messaging traffic.

1. Average Campaign Approval Time: ~24 Hours

Telgorithm maintains an average Campaign approval time of approximately 24 hours.

Campaigns are submitted with structured use-case documentation, proper opt-in, opt-out language validation, and pre-submission compliance checks to reduce avoidable delays.

Approval speed can vary across the ecosystem depending on carrier load and vetting volume. However, our architecture and compliance processes are designed to minimize preventable resubmissions and routing delays.

Metric:
~24-hour average campaign approval time

2. First-Time Approval Rate: 99%

A high first-time approval rate reduces onboarding friction and prevents repeated vetting cycles.

Telgorithm maintains a 99% first-time campaign approval rate across active ISV traffic.

This is achieved through:

• Structured registration workflows
• Compliance validation during onboarding
• Deep specialization in A2P 10DLC use case alignment
• Individualized compliance guidance from experts
• Direct engagement with multiple Direct Connect Aggregators (DCAs)

Fewer rejections mean:

• Faster customer onboarding
• Reduced operational overhead
• Lower compliance-related support volume

Metric:
99% first-time campaign approval rate

3. Zero Failures Due to Carrier Rate Limits

Carrier rate limits can cause MT (mobile terminated) message failures, which may still incur fees depending on routing and carrier rules.

Telgorithm maintains zero failures attributable to hitting carrier rate limits through patented Smart Queueing technology that proactively adjusts throughput before limits are exceeded.

Instead of reacting to failures, throughput is dynamically managed based on carrier-specific constraints.

Metric:
Zero rate-limit-related message failures

4. Multi-DCA Architecture for Built-In Redundancy

Telgorithm is integrated with multiple Direct Connect Aggregators (DCAs), providing architectural redundancy and flexibility.

A multi-DCA approach reduces:

• Single-point-of-failure risk
• Dependency on a single registration pathway
• Exposure to isolated bottlenecks

This structure supports both registration performance and long-term compliance resilience.

Infrastructure Standard:
Multi-DCA redundancy

5. What These Metrics Mean for ISVs

For ISVs evaluating A2P 10DLC messaging providers, these benchmarks translate to:

• Predictable Campaign onboarding timelines
• Reduced registration rework
• Fewer compliance escalations
• Protection against avoidable message and carrier fee waste
• Infrastructure resilience as enforcement tightens

As carrier requirements continue to evolve, durable compliance and infrastructure maturity are increasingly important selection criteria.

Data Source

These benchmarks are based on internal registration and traffic performance data across active ISV platforms, 2025–2026.