Prior Authorization in Tebra (Kareo)

Prior authorization in Tebra, formerly Kareo, runs through the order or referral in the patient chart and out to the payer, and an AI agent can drive that path on the same screens your staff use. The agent reads the order, confirms whether the service needs authorization, assembles the CPT codes, diagnosis, and clinical documentation the payer requires, submits the request, tracks its status, and writes the authorization number back to the record so the claim does not deny for a missing auth. Because a browser agent uses the Tebra interface a person uses, it does not need a native integration or an API to do this. The result is fewer requests sitting untouched in a queue while a patient waits, and fewer authorization-related denials downstream.

How does prior authorization work in Tebra?

Tebra is the platform formed when Kareo and PatientPop combined, and it gives independent practices a practice management and EHR system with billing, scheduling, and a patient portal in one place. Prior authorization runs through that chart: when a provider orders a service, staff first determine whether the payer requires authorization, then gather the CPT codes, diagnosis codes, and clinical notes that support medical necessity. They submit the request through the payer's portal or by fax, because payer support for a fully electronic path varies, and they track the status until the payer approves, denies, or asks for more information. When approval comes back, the authorization number is recorded and attached to the claim so it reconciles against the service billed. If any of that is skipped, the claim can deny, and the denial shows up on the 835 remittance as a CARC and RARC code that has to be worked after the fact. The point of doing it well in Tebra is to prevent that denial rather than rework it.

Can AI submit prior authorization in Tebra?

Yes. A browser agent drives the same Tebra screens your staff use to handle an authorization end to end. It reads the order in the chart, confirms the authorization requirement against the payer's rules, assembles the required documentation, submits the request through the payer's portal or the electronic path, tracks the status across days, and writes the outcome and authorization number back to the record. This maps to the HIPAA 278 prior authorization transaction where a payer supports it and to a payer portal or fax where it does not. The workload here is real: practices complete an average of 39 prior authorization requests per physician each week and spend about 13 hours on them, according to the AMA. An agent runs the submission and the repeated status checks consistently and escalates the cases that need a peer-to-peer review or clinical judgment, so requests keep moving instead of stalling in a queue. To see the full path this follows, read our overview of AI for Tebra.

Can AI verify eligibility in Tebra (formerly Kareo)?

Yes, and it is the step that prevents most authorization surprises. Tebra supports real-time insurance eligibility checks, and an agent can trigger the check, read the payer's response, and post the active plan, copay, deductible, and coverage details back to the record. Where a data path exists, the check uses the HIPAA 270/271 eligibility transaction, in which the practice sends a 270 inquiry and the payer returns a 271 response with benefit detail in a standardized format; when a payer only answers by portal or phone, the agent falls back to that path and still writes the result into the same Tebra field. Verifying eligibility a day or two before the visit does two things at once: it confirms the policy is active and it surfaces whether the ordered service needs prior authorization, so the front desk starts that request early instead of discovering the requirement when the claim denies. For the broader mechanism across payers and portals, see prior authorization automation.

Is it HIPAA compliant?

It can be, and the safeguards are the ones you already apply to any staff member who touches the chart. The agent operates under a defined Tebra account with scoped permissions, so it can see and do only what its role requires. Every action it takes is logged, which gives you an audit trail of what was submitted, to which payer, and what came back. Protected health information stays inside your systems and the vendor's compliant environment rather than being copied somewhere loosely governed, which matters because HIPAA holds both the practice and its business associates accountable for how that data is handled. Flexbone is HIPAA compliant and SOC 2 aligned, and the agents are built to gather, record, and hand off, not to make coverage or clinical decisions on their own. Before connecting any agent to Tebra, ask the vendor for its business associate agreement, its access model, and a sample of its audit logs, so the controls are verified rather than assumed.

Flexbone can map which authorization and eligibility tasks run cleanly inside Tebra for your practice, and where a voice agent should handle the payer call around them. To walk through your Tebra workflows and see what AI can run, book a call with Flexbone.