Tennr - 2026 Pricing, Features, Reviews & Alternatives

Tennr is an agentic patient orchestration platform designed to streamline patient flow through complex care journeys at scale. The platform applies policy-grade decisioning to align patient authorization status and medical necessity criteria with appropriate care settings. It supports a diverse range of healthcare providers, from national networks to independent practices, by automating operational workflows across consults, diagnostics, authorizations, and scheduling processes.

Tennr features automated data classification and routing that ingests patient information from sources such as faxes, portals, and internal orders and seamlessly directs this data into designated operational workflows without manual intervention. The platform maintains data consistency by automatically updating charts and orders across connected systems when changes occur. Eligibility verification, benefits investigation via direct payer interactions, and automated prior authorization submissions are integrated to accelerate administrative tasks and reduce denial rates. Proprietary models trained on extensive mappings of service criteria to payer requirements drive precise decisioning across every step in the patient journey.

A centralized control tower provides real-time visibility into operational bottlenecks and identifies patients experiencing delays or those ready to progress. The system detects missing documentation required for specific patients and services, initiates requests to the appropriate parties, and tracks completion status through to resolution. Insurance decisioning capabilities include selection of payer and plan, detection of coverage changes, and automatic re-verification of active coverage before care scheduling. Aggregated data continues to inform intelligent routing decisions that unblock stalled cases and optimize revenue cycle management.

Tennr integrates payer interactions directly into its operational workflows, handling all prior authorization submissions and tracking across benefit categories. The platform scales to process high volumes of patient intake data that traditionally require extensive manual effort, preserving staff capacity for value-added tasks. By coordinating interactions among patients, providers, and payers within a unified architecture, the system minimizes manual follow-up requirements and touchpoints. This orchestration approach enhances clarity, accelerates care delivery, and supports operational efficiency throughout the revenue cycle.