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How to Choose Orthopedic Coding and RCM Software in 2026: Buyer’s Checklist and Vendor Landscape

How to Choose Orthopedic Coding and RCM Software in 2026: Buyer’s Checklist and Vendor Landscape

How to Choose Orthopedic Coding and RCM Software in 2026: Buyer’s Checklist and Vendor Landscape

A 2026 buyer’s checklist for orthopedic coding and RCM software, with demo questions, red flags, a pilot plan and a 10-vendor landscape.

A 2026 buyer’s checklist for orthopedic coding and RCM software, with demo questions, red flags, a pilot plan and a 10-vendor landscape.

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12 min read

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Sources cited: 35

Hand checking off items on a checklist, representing a software buyer’s checklist

Short answer

To choose orthopedic coding and RCM software, first decide whether you need AI coding software, an outsourced billing service or a hybrid. Then test vendors on your own notes for coding depth, EHR integration, audit trails and accuracy measurement. Require a BAA, a SOC 2 report and data export rights, and pilot for 30–60 days against baseline KPIs.

To choose orthopedic coding and RCM software, first decide whether you need AI coding software, an outsourced billing service or a hybrid. Then test vendors on your own notes for coding depth, EHR integration, audit trails and accuracy measurement. Require a BAA, a SOC 2 report and data export rights, and pilot for 30–60 days against baseline KPIs.

Key takeaways

  • Decide whether you are buying software, outsourced labor or both; several vendors sell more than one model.

  • Test orthopedic depth on your own de-identified notes: global periods, modifiers, NCCI edits, DME, workers’ comp and prior authorization.

  • Ask how accuracy is defined, who checked it and on which encounters; an automation rate is not an accuracy rate.

  • Require a BAA, read the vendor’s own SOC 2 report, confirm whether it is Type 1 or Type 2, and secure data export rights.

  • Pilot for 30–60 days against your baseline clean claim rate, denial rate, charge lag and audited coding accuracy.

Orthopedic practices shopping for coding and AI RCM tools can choose among AI coding platforms, outsourced billing companies and hybrid services. This guide gives a buyer’s checklist, demo questions, red flags, a pilot plan and a landscape of 10 vendors as of October 2026.

Disclosure: Rette AI publishes this guide and is one of the vendors listed. In the vendor landscape, we describe every vendor, Rette included, in the same format and only from what each company says on its own website. We do not rank vendors, we have not tested the other vendors’ products, and any performance claims are the vendors’ own.

What types of orthopedic coding and RCM solutions are there?

Most options fall into three models, and many vendors sell more than one, so pin down whether you are buying software, labor or both, and who answers for errors.

  • AI coding and documentation platforms. Software reads clinical documentation and either suggests codes for your coders to approve or assigns them autonomously, sending clean encounters to billing and routing exceptions to people. Some are built only for orthopedics; others cover many specialties, and several focus on health systems.

  • Outsourced billing and RCM services. A billing company’s staff handle coding, claims, follow-up and appeals, in your systems or theirs.

  • Hybrid tech-enabled services. The vendor pairs its own platform with its own specialists, and some let you buy the software, the staff or both.

Our comparison of in-house, outsourced and AI-automated billing covers cost and fit by practice size.

What belongs on an orthopedic coding and RCM software checklist?

Score every vendor on the same criteria, with answers in writing.

  1. Orthopedic coding depth. Ask how the product handles Medicare’s 0-, 10- and 90-day global periods under the global surgical package, the modifiers that go with them (24, 25, 57, 58, 78 and 79), laterality and multiple procedures. CMS updates NCCI procedure-to-procedure edits every quarter, so ask how quickly new edit files and payer policies are loaded. Check DME too: Medicare processes DMEPOS claims, including orthotics such as braces, through DME MACs rather than your Part B MAC. Ask which states’ workers’ compensation rules the product supports.

  2. EHR integration and write-back. Confirm which EHR and practice management systems are live in production, not on a roadmap. Ask whether the tool only reads your chart or also writes codes, charges or notes back, what it can change without human approval, and who maintains the interface.

  3. Audit trail and explainability. Every suggested or assigned code should point to the note text that supports it, and every change should be logged with who made it and when, in a form you can export for audits.

  4. Accuracy measurement method. Ask how the vendor defines accuracy (CPT codes, modifiers, ICD-10 codes, units or the whole claim), who set the reference answers, and which encounters were tested, how many and over what period. An automation or “touchless” rate shows how much work skipped human review, not whether the codes were right.

  5. Denial and prior authorization workflow. Ask whether the product checks authorization requirements before the visit or surgery, flags mismatches between the authorized and billed procedure, tracks payer deadlines and drafts appeals from the chart. Under the CMS prior authorization final rule, Medicare Advantage, Medicaid, CHIP and federal Exchange plans must implement a Prior Authorization API beginning January 1, 2027, so ask how the vendor plans to connect.

  6. Compliance. A vendor that handles PHI for billing or claims processing on your behalf is a HIPAA business associate, so you need a BAA, and its subcontractors must agree to the same restrictions. Ask for the full SOC 2 report, not a badge: a Type 1 report gives the auditor’s opinion on whether controls are suitably designed, and a Type 2 report adds whether they operated effectively over a review period. Confirm it covers the vendor’s own systems, not only its cloud host, and ask where data is stored and whether PHI is used to train models.

  7. Data ownership and export. A BAA must require the vendor to return or destroy PHI when the contract ends, if feasible, but that is not the same as a usable data export. Get the right, in writing, to export claim, coding, remittance and audit-log data in a standard format during the contract and at exit.

  8. Pricing model and contract terms. Pricing may be per physician, per transaction (such as per claim or CPT code), per dedicated staff member, a subscription, a managed-service fee, or a percentage of collections or recoveries. Ask what is included, what implementation and integration cost, how renewal works and what it costs to leave.

  9. References from orthopedic practices. Ask for references that use your EHR and have a similar number of surgeons and a similar payer mix, and ask them what they measured before and after go-live.

What should you ask in a vendor demo?

Ask for a live demo on your own documentation. Use de-identified notes, or sign a BAA before sharing any PHI. Then ask:

  • Code this knee arthroscopy note, this total joint note and this injection-day office visit. Which codes and modifiers would you assign, and which lines of the note support each one?

  • What happens when the system is unsure? Show me the confidence threshold and where that encounter goes next.

  • Show me the audit log for one claim, from signed note to submission.

  • Which edits and payer policies did this claim pass, and when were they last updated?

  • What exactly will your system write into our EHR or practice management system, and who approves it?

  • How will we measure accuracy during a pilot, and will you accept an independent coding audit?

  • If we leave, how do we get our data back, and what does that cost?

What red flags should make you pause?

  • Unexplained numbers. Accuracy, automation or ROI figures the vendor cannot back with a definition, sample, time period and reviewer.

  • No BAA, or reluctance to name the subcontractors that touch PHI or to say where data is stored.

  • A badge instead of a report. The vendor cannot share a current SOC 2 report covering its own systems, or offers only its cloud host’s certifications. Check which CPA firm issued the report and what it covers.

  • No data export, or fees and delays to get your data back.

  • Coding pitched as revenue. Promises of higher code levels, rather than codes your documentation supports.

  • Lock-in. Long, auto-renewing terms with no pilot, no performance terms and no exit plan.

How do you run a 30–60 day pilot?

A good pilot tests the product on your encounters, against your own baseline, with success criteria agreed in writing before it starts.

  1. Measure a baseline. Pull at least three months of the metrics you will judge, calculated the way our orthopedic RCM benchmarks guide describes, including clean claim rate and denial rate by count and by dollars.

  2. Pick the scope. Choose providers, payers and encounter types that reflect your mix, such as injection visits, arthroscopy, total joints, fracture care and DME.

  3. Start in shadow mode. Have the tool code the same encounters your coders code, with neither side seeing the other’s answers. A certified coder who coded neither set then settles each disagreement.

  4. Go live on a subset. Let the tool work live on part of your volume and compare it with the rest.

  5. Allow for lag. Denials arrive only after payers adjudicate claims, so keep tracking pilot claims for several weeks after the pilot ends.

Pilot KPI

How to measure it

Watch for

Coding accuracy

Tool’s codes vs. a certified coder’s audit of the same encounters

Score CPT, modifiers, ICD-10 and units separately

Clean claim rate

Claims passing edits with no manual touch ÷ claims scrubbed

Same scrubber and rules as the baseline

Initial denial rate

Denied ÷ remitted pilot claims, and denied ÷ billed dollars

Remittances lag submission

Charge lag

Days from date of service to claim submission

Delays from added review steps

Staff time

Minutes per encounter for coding, authorizations and appeals

Time the same tasks before and during the pilot

Prior authorization turnaround

Days from order to payer decision

Track retro-authorizations separately

Which vendors offer orthopedic coding and RCM software in 2026?

Disclosure: Rette AI, which publishes this guide, is one of the vendors below. Each vendor, including Rette, is described in the same format and only from its own website as of October 2026, grouped by model and then listed alphabetically. Inclusion is not an endorsement, and the list is not exhaustive.

Vendor

Model

Orthopedic focus (what its site says)

Notable published capabilities

Integrations it lists

Arintra

AI coding platform

Lists orthopedics among its specialties; serves enterprise health systems and provider groups

Autonomous coding written back into the EHR, with each code traced to the note; documentation and denial tools

Epic (Toolbox), athenahealth (Marketplace), eClinicalWorks, Oracle Cerner, Meditech, NextGen, Allscripts

CodaMetrix

AI coding platform

None stated; describes radiology, pathology, surgery and inpatient professional fee coding for health systems

Touchless coding and billing, with coder review retained where needed; a coding quality framework

Epic (Toolbox Approved)

CombineHealth

AI coding platform

Lists orthopedics among 16 supported specialties

AI agents for coding, eligibility and claim checks, A/R follow-up, appeals and analytics; exportable audit logs

Epic, athenahealth, eClinicalWorks, ModMed, NextGen, AdvancedMD and six others

Fathom

AI coding platform

None stated; serves health systems, physician groups, clinics, health plans and RCM vendors

Autonomous coding that passes remaining charts to your coders; AI review of coder or coding vendor work

Epic (Toolbox)

Maia

AI coding platform

Orthopedics only; built for private-practice orthopedic groups

E/M leveling; surgical coding checked against NCCI, multiple-procedure and global period rules; prior auth, appeal and underpayment tools

athenahealth, eClinicalWorks; NextGen in progress

Nym

AI coding platform

None stated; six service lines, including outpatient surgery

Autonomous coding sent straight to billing, with exceptions routed to coders and a rationale for each code

Epic, Oracle Health/Cerner, Meditech and others

Rette AI

AI coding platform

Built for orthopedic practices

Flags documentation gaps and suggests ICD-10 and CPT codes for coder review; checks claims against NCCI, NCD and LCD rules and payer medical policy; prior auth, denials, appeals and workers’ comp in one queue; read-only EHR access

athenahealth, eClinicalWorks

Advanced Data Systems (ADSC)

Outsourced billing, plus its own EHR and PM software

Orthopedic EHR, practice management and billing services page

Outsourced coding, claims and follow-up; prior auth and eligibility tools; workers’ comp, no-fault and PIP claims

Its own MedicsCloud EHR and MedicsPremier PM; says it connects with virtually any EHR

Infinx

Hybrid: AI agents plus RCM specialists

Orthopedic RCM services page; also lists sports medicine, DME and ASCs

Prior authorization, eligibility, certified coders with orthopedic experience using AI tools, A/R and denial management; platform, staff or both

Epic, athenahealth, eClinicalWorks, ModMed, NextGen, Surgimate and others

Mira Health

Hybrid: software plus RCM service

Built exclusively for orthopedics

Ambient scribe, phone and intake tools; RCM service that codes, submits and appeals claims, as your billing team or a second check

Epic, athenahealth, ModMed, eClinicalWorks, NextGen, DrChrono

Orthopedic-specific options. Three vendors describe products built specifically for orthopedics: Maia (coding and RCM software modules used alongside your staff), Mira Health (a broader platform plus an RCM service) and Rette AI (documentation-integrity and coding software).

Published pricing. Maia says its pricing is based on the number of physicians using the platform. Infinx says annual engagements start at $5,000 per month and can be priced per transaction, by dedicated staff, as a subscription, as managed services or as a contingency fee.

Security and performance claims. Vendors describe security differently: some state SOC 2 Type II or HITRUST certification, while others state SOC 2 without a type, describe an audit in progress or cite their cloud host’s certifications. Several also publish accuracy or revenue figures. We have not verified any of these claims, Rette’s included, so request reports and test figures in your pilot.

How Rette helps

Rette AI makes AI documentation-integrity and coding software for orthopedic practices. Its agents read operative and clinical notes in the EHR your practice already uses, suggest codes and check claims against NCCI, NCD and LCD rules before submission, with prior authorization, denials, appeals and workers’ compensation in one prioritized work queue. Evaluate it with the same checklist and pilot as any other vendor.

Frequently asked questions

What is the difference between AI coding software and outsourced billing?

AI coding software is a tool your team uses: it reads clinical documentation, suggests or assigns codes and checks claims, while your staff or billing partner still submits and follows up. Outsourced billing is a service: a company’s staff do the coding, claims and follow-up for a fee, which may be a percentage of collections. Hybrid vendors combine both. Either way, claims go out under your practice’s NPI, so audit the work regularly.

How should I measure coding accuracy in a pilot?

Have the tool and your coders code the same encounters independently, then ask a certified coder who coded neither set to settle every disagreement. Score CPT codes, modifiers, ICD-10 codes and units separately, and report results by encounter type, such as injections, arthroscopy and total joints. Use the same sample and definitions for every vendor, and track clean claim and denial rates on pilot claims as a cross-check.

How do Maia and Mira Health differ?

Based on their websites as of October 2026, both describe products built for orthopedics. Maia describes AI coding and RCM modules, including E/M and surgical coding, prior authorization, appeals and underpayment review, that work alongside a practice’s staff and integrate with athenahealth and eClinicalWorks. Mira Health describes a wider platform with an ambient scribe, phone and intake tools, and an RCM service that can replace or augment a billing team. Rette AI, which publishes this guide, competes with both.

What is the difference between a SOC 2 Type 1 and Type 2 report?

Both are reports by an independent CPA on a service organization’s controls relevant to security, availability, processing integrity, confidentiality or privacy. A Type 1 report gives an opinion on whether the system description is fair and the controls are suitably designed. A Type 2 report adds an opinion on whether the controls operated effectively over a period, with the auditor’s tests and results. SOC 2 reports are restricted-use, so ask the vendor for a copy.

Sources

  1. Rette - AI Revenue Cycle Intelligence for Orthopedics — Rette Corp., accessed October 14, 2026

  2. Maia, Autonomous Medical Coding (homepage) — Maia, accessed October 14, 2026

  3. Maia Products — Maia, accessed October 14, 2026

  4. Surgical AutoCoder — Maia, accessed October 14, 2026

  5. Mira Health | The AI Operating System for Orthopedic Practices — Mira Health, accessed October 14, 2026

  6. Orthopedic Revenue Cycle Management & Billing | Mira RCM — Mira Health, accessed October 14, 2026

  7. Trust & Security | Mira Health — Mira Health, accessed October 14, 2026

  8. Healthcare AI Revenue Cycle Management Software | CombineHealth — CombineHealth, accessed October 14, 2026

  9. AI Medical Coding & Billing for All Specialties | CombineHealth — CombineHealth, accessed October 14, 2026

  10. Trust & Security - CombineHealth — CombineHealth, accessed October 14, 2026

  11. Nym | AI Medical Coding Solutions - Medical Coding Automation — Nym, accessed October 14, 2026

  12. Autonomous Medical Coding Engine | How It Works - Nym Health — Nym, accessed October 14, 2026

  13. Simplified AI Medical Coding Implementation Process | Nym — Nym, accessed October 14, 2026

  14. CodaMetrix — Code For Better, Autonomous Medical Coding — CodaMetrix, accessed October 14, 2026

  15. Infinx: AI-Powered Revenue Cycle Management and Patient Access — Infinx, accessed October 14, 2026

  16. Orthopedic RCM Services & Revenue Cycle Solutions | Infinx — Infinx, accessed October 14, 2026

  17. Healthcare RCM Pricing & Revenue Cycle Solution Costs | Infinx — Infinx, accessed October 14, 2026

  18. Enterprise-grade AI for revenue assurance (Arintra homepage) — Arintra, accessed October 14, 2026

  19. AI Medical Coding Software | Arintra Platform — Arintra, accessed October 14, 2026

  20. Orthopedic EMR, Practice Management & RCM Services | Advanced Data Systems — Advanced Data Systems Corporation, accessed October 14, 2026

  21. Revenue Cycle Management Services & Software | Advanced Data Systems RCM — Advanced Data Systems Corporation, accessed October 14, 2026

  22. Fathom - Medical coding automation powered by AI — Fathom, accessed October 14, 2026

  23. Medical Coding Services | Fathom — Fathom, accessed October 14, 2026

  24. Fathom autonomous medical coding available in Epic Toolbox — Fathom, September 12, 2024

  25. World class security, privacy, and compliance at Fathom — Fathom, accessed October 14, 2026

  26. 45 CFR 160.103, Definitions — Electronic Code of Federal Regulations, current as of October 2026

  27. 45 CFR 164.504, Uses and disclosures: Organizational requirements — Electronic Code of Federal Regulations, current as of October 2026

  28. System and Organization Controls: SOC Suite of Services — AICPA & CIMA, accessed October 14, 2026

  29. Expanding Service Organization Controls Reporting — Journal of Accountancy (AICPA), July 1, 2011

  30. Promises of ‘fast and easy’ threaten SOC credibility — Journal of Accountancy (AICPA), February 1, 2026

  31. Global Surgery (MLN907166) — CMS Medicare Learning Network, December 2025

  32. Medicare NCCI Procedure to Procedure (PTP) Edits — CMS, last modified September 1, 2026

  33. What’s a MAC — CMS, last modified July 8, 2026

  34. CMS Interoperability and Prior Authorization Final Rule CMS-0057-F — CMS fact sheet, January 17, 2024

  35. 2024 CMS Interoperability and Prior Authorization Final Rule (CMS-0057-F) — CMS, last modified October 8, 2026

This guide is educational and is not legal, coding-compliance or billing advice. Payer rules change often, so confirm requirements with the payer before you bill. CPT® is a registered trademark of the American Medical Association; code descriptions here are Rette’s plain-language summaries.

See how Rette catches orthopedic denials before claims go out

See how Rette catches orthopedic denials before claims go out

See how Rette catches orthopedic denials before claims go out

Rette reads the operative note in the EHR you already use, suggests codes and checks claims against payer and NCCI rules before submission.