Best Telephone Triage Software for Pediatrics 2027: 5 Picks

Key Takeaways

• Choose the category before the vendor. Protocol software keeps a nurse in the decision, AI agents answer and route calls first, and triage APIs supply logic to a system your team builds and runs.

• ClearTriage was the only vendor in this review whose pages publish prices for a pediatric tier. The other four keep pricing behind a demo or sales conversation.

• Pediatric content is where the paperwork differs most. ClearTriage and TriageLogic describe pediatric protocol sets, while Clearstep's FAQ and Assort Health's triage page name no pediatric protocols.

• Escalation matters more than feature counts. Ask each vendor who receives an emergency-tagged call after hours, how quickly, and in what format.

• Independent accuracy data for phone triage is thin. The strongest peer-reviewed comparison we found covers in-person emergency triage, and it shows large gaps between nurses and AI models.

• Because most prices are quote-based, compare written scope rather than sticker prices. Fix the peak number of concurrent nurses, the protocol version, the EHR write-back method, and after-hours escalation before requesting bids.

TL;DR: For a pediatric office that staffs its own phone line, start with a protocol product and get its pediatric content terms in writing. Consider an AI agent only when call volume or after-hours coverage is the real problem, and only with a written emergency handoff.

Start with the category, not the vendor

Telephone triage software is software that helps a clinic decide, from a caller's answers, whether a child needs emergency care, a same-day visit, a routine appointment, or home care, and records that decision.

The first purchase decision is who makes the call. A protocol product keeps a nurse in charge and gives them a structured question path. An AI agent answers first and routes the caller onward. A triage API hands the logic to software your team owns. Each category fails differently. Protocol software fails when staff skip steps or the protocol version is out of date. AI agents fail when they misroute a serious symptom or hand off a call without a usable summary. Triage APIs fail when a team wires a correct answer into the wrong escalation path.

We left out two products after checking them. Simbo AI's site describes front-office phone tools and does not mention clinical triage or pediatric coverage. Emitrr's pricing pages returned no page at the URLs we tried, and the third-party plan prices we found for it conflicted, so we did not use its figures.

How we evaluated these tools

This is an informed buyer's guide built from public vendor pages, a peer-reviewed study, a research-firm report, and a professional association's guidance. We did not run demos or live calls, so each score reflects what a vendor publishes. The weights are our judgment, and a practice with a different call mix should change them.

Pediatric content carries the most weight because a child's presentation is not handled the same way as an adult's. Escalation comes next because the handoff, not the first answer, determines what happens when a call turns urgent. Price transparency counts less than safety content, but quote-based pricing makes a three-way comparison hard, so it still matters.

Feature matrix

A blank or "not described" cell means the vendor's public page did not say, not that the product lacks the feature. Read the matrix as a list of questions to put in writing. Ask each vendor how answering-service and call-handling data connects to your EHR.

Pricing and cost comparison

Pricing checked October 26, 2026.

ClearTriage is the only vendor here that publishes figures, so its pediatric tier is the place to model cost. Illustrative case, not a customer: a pediatric office expects three nurses to take calls at the same time during office hours. Peds office-hours tier: $49 per month per concurrent user according to ClearTriage (undated), or $529 per user per year on annual billing. At the monthly rate, three concurrent users cost $147 a month, or $1,764 a year ($49 × 3 × 12), and on annual billing they cost $1,587 a year ($529 × 3), which is $177 less. The same page defines a concurrent user as a nurse using the software at the same time, so the number to model is peak simultaneous use, not the full staff roster. The page lists $195 per month per concurrent user for the pediatric after-hours tier, or $2,075 per user per year on annual billing. If the office also built on Infermedica's API, its triage_level field would return one of a fixed set of urgency values, and the clinic's own routing logic would need to handle every one of them.

The table below scales the ClearTriage pediatric tiers across staffing levels. Every ClearTriage figure in it comes from the pricing page cited above, and the arithmetic is ours.

The other four vendors publish no figures on the pages we opened. Clearstep's FAQ says it is licensed for a fixed monthly fee with additional variable fees tied to the features a practice selects and the scale of implementation, according to Clearstep (undated). TriageLogic's Schmitt-Thompson page lists no prices and offers a free demo and a 15-minute call instead. Assort Health's homepage shows no price and links to a demo request. Infermedica's product page offers "Contact sales" links. Standard pricing paths on TriageLogic, Clearstep, and Infermedica returned no page when we checked them.

Vendor profiles

ClearTriage

Published facts: The pediatric product lists 265 pediatric triage protocols covering 98% of symptom-based calls, according to ClearTriage (undated), a vendor claim. The page also lists care-advice handouts, over-the-counter pediatric dosage tables, and real-time documentation. It says the software runs in the cloud with no installation and "works with every EHR."

Best fit: Practices whose nurses take calls during office hours and want on-screen protocol guidance with a published per-user price to budget against.

Limitations: This is decision support for nurses, not a caller-facing product. The pages we opened do not describe escalation past the nurse on duty. Pricing counts peak simultaneous use, so a larger rotation raises the bill. The pages do not state an update schedule for the protocols, so ask for the version and update log in writing.

Implementation: The cloud model means no local install. "Works with every EHR" does not say how documentation reaches the chart, so ask for the write-back method and an example record.

Our assessment: This is the most specific pediatric detail in this set and the only published price. The gap is independent evidence. We found no independent evaluation of ClearTriage in the sources we opened.

TriageLogic

Published facts: TriageLogic licenses Schmitt-Thompson-based protocols for adult and pediatric triage, split into office-hours and after-hours sets. Its myTriage Checklist is described as "up and running in 30 minutes" according to TriageLogic (undated), which is a vendor claim. The page describes user's guides and a nurse self-study guide rather than a formal training program. The call-center platform is described as able to "integrate with any EMR," and the checklist "works with paper charts or EMR."

Best fit: Nurse lines, in-house or outsourced, that want an established protocol set with both office-hours and after-hours versions, including offices that still chart on paper.

Limitations: No prices are published, no EHR vendors are named, and no update cadence is stated. The page says protocols "need to be re-evaluated regularly," which means the schedule is the buyer's question to ask.

Our assessment: A credible alternative to ClearTriage when after-hours coverage matters more than a published price. Get the after-hours scope and the update schedule before comparing it against the first option.

Clearstep

Published facts: Clearstep's FAQ describes its core as a symptom checking and care routing engine, with other modules added as needed. It says the platform "integrates with facility, inventory, scheduling, EMR, and CRM databases" and that Clearstep is a member of Epic's AppOrchard. The FAQ does not mention pediatric use or age groups.

Best fit: Health systems or multi-specialty groups that want AI chat and voice triage tied to an Epic environment. A pediatric office should shortlist it only after pediatric content is confirmed in writing.

Limitations: No pediatric content is named, the FAQ describes no escalation path, and the price depends on the features selected and the scale of implementation.

Implementation: Integration depends on your EHR, scheduling, and call-center systems. The Epic AppOrchard membership shows a listing, not a configuration in your environment.

Our assessment: A serious option for a larger organization with an Epic environment. For a small pediatric office, the open question is whether pediatric triage exists at all in this product.

Assort Health

Published facts: Assort's patient-triage page describes AI agents that identify why a caller is calling and how urgent it is, then route the call without phone trees. It describes a warm handoff in which staff receive a full summary before they pick up, urgent calls escalated to on-call providers through existing on-call integrations, and non-urgent callers placed in a prioritized callback queue. It says EHR-native tasks are created automatically. The page claims 1.6M+ decision pathways for triage training, according to Assort Health (undated), a vendor claim with no method given. Pediatrics appears only as a specialty on the homepage.

Best fit: Practices with high call volume that want one AI agent for scheduling, intake, and triage routing, and whose main need is quick routing with a clear handoff.

Limitations: The triage page names no triage protocols, defines no urgency tiers, and does not describe emergency-specific routing. For a pediatric office, those three gaps are the first questions to close. Pricing is not published.

Evidence: KLAS, an independent research firm, published an Assort Health spotlight dated August 5, 2026, according to KLAS (2026). The text visible without a login covers patient communications and scheduling, and KLAS states that its findings are not conclusive for the whole client base.

Infermedica

Published facts: The product page says the Infermedica API adds symptom assessment, triage, and intake to apps, patient portals, chatbots, call centers, and voice systems. It lists "adult & pediatric coverage" in its medical knowledge base, according to Infermedica (undated). The triage endpoint takes sex, age, and evidence and returns the urgency result in triage_level. Infermedica triage output: 5 urgency levels according to Infermedica (undated). Requests authenticate with App-Id and App-Key headers.

Best fit: Developers and health-tech teams that will build the phone or patient-facing flow and own escalation, logs, and consent.

Limitations: An API is not a finished phone product. Pricing is quote-based through sales. The docs we read do not name the pediatric thresholds the logic applies, so the clinical validation is the buyer's job.

Implementation: Your team owns the integration, including keeping the App-Key on your server rather than in a caller-facing app. An office without an engineer on staff should not start here.

Our assessment: The most flexible option in this set and the wrong first purchase for an office that wants a phone line running within a few weeks.

Where the accuracy evidence stands

The best independent comparison we found is a 2026 study in Frontiers in Pediatrics. It compared triage levels assigned to 1,505 children under 18 with emergency visits at a pediatric emergency department in Istanbul. In that study, nurses reached 53.1% accuracy against physician labels, ChatGPT-4o reached 76.1%, and Grok 3 reached 47.0%, according to Frontiers in Pediatrics (2026).

ED triage accuracy: nurses 53.1%, ChatGPT-4o 76.1%

The study covers in-person emergency triage, not telephone triage, and its authors conclude that AI should support nursing triage rather than replace it. That is the more useful reading for a phone product. Treat any vendor's accuracy claim as a starting point, and run a validation sample before signing. Give each finalist de-identified pediatric call scenarios, have a clinician label the expected disposition for each, and review every disagreement. This is a recommended method, not a result we ran.

Who this is for, and who should look elsewhere

• Staffed office phone line during office hours: a protocol product fits, so shortlist ClearTriage and TriageLogic.

• High call volume or an after-hours gap: an AI agent deserves a shortlist, so consider Clearstep or Assort Health, but only with a written emergency handoff.

• An in-house engineering team: the triage API route fits, provided the team owns escalation and logs.

Red flags: a vendor that will not name its pediatric protocol source or version in writing, a vendor that cannot say who receives an emergency-tagged call after hours, and pricing that cannot be discussed until a sales call has happened.

When NOT to use US Tech Automations: skip it if a protocol product already covers your nurses' decisions and your only gap is documentation, because a licensed tool with its own EHR connection is the shorter path. Skip it if call volume is low and a call center that meets the AAP's requirements for HIPAA compliance and clinician review already covers your after-hours calls. Skip it if your phone platform and EHR offer no API or export access at all, because a workflow layer has nothing to act on.

Build versus buy: Zapier, Make, n8n, or in-house

Zapier, Make, and n8n are a fair alternative for a practice that already has a phone platform and an EHR API. When configured, they can keep run histories, retry failed steps, branch on errors, and store an audit trail. The buyer still owns the design: duplicate-task protection, escalation paths, access controls on patient data and protocol content, monitoring, and maintenance when a connected API changes. What no-code tools do not supply is clinical content. TriageLogic's page describes Schmitt-Thompson protocol sets and ClearTriage publishes its own pediatric protocol set, while a flow built in-house has to source, review, and update its own.

A proposed US Tech Automations design for after-hours calls would start with a trigger: the phone platform sends a call summary and any triage result when an after-hours call ends. The action creates an EHR task through the practice's existing API or export and pages the on-call clinician through the paging tool the practice already uses. The output is a task record holding the call summary, a time stamp, and the disposition the caller heard. Prerequisites are API or export access to the phone platform and the EHR, a paging integration, and a list of red-flag terms approved in writing by the clinical lead. Human review points are a nurse or physician reviewing every call tagged as an emergency before anyone closes it, and the clinical lead approving any change to routing rules. The design could also hold failed task writes in a retry queue and log each attempt, which a manual process rarely does. Whether the EHR and paging connectors exist is a question to confirm before any build.

For daytime calls, the proposed US Tech Automations design would start when a nurse records a routine or home-care disposition in the protocol tool, which requires either an exported disposition code or a field the nurse fills in. The action schedules a callback or follow-up task with a due time the clinic sets. The output is a daily exception report of overdue callbacks for the office manager. The human review point is the nurse's signed disposition, which the workflow reads but never changes. A leaner setup would send only exceptions to the manager rather than every routine call, which is a configuration choice rather than a requirement.

Common mistakes and a decision checklist

Common mistakes to avoid:

• Comparing per-user prices without counting peak simultaneous nurses, which is how ClearTriage defines the billable unit.

• Treating a protocol count as quality. Ask which protocol version is loaded and how it is updated.

• Buying an AI agent for pediatric calls without a written emergency handoff.

• Accepting "works with every EHR" without asking how documentation is written back to the chart.

• Relying on vendor accuracy claims instead of a clinician-reviewed validation sample from your own call types.

Decision checklist before you request a bid:

• A written pediatric protocol source, version, and update log.

• A named owner for emergency-tagged calls after hours, with a response time.

• Each EHR and phone-system connection marked as API, export, or manual.

• The annual cost at your peak number of concurrent nurses.

• A clinician-reviewed validation sample built from your own call types.

Frequently asked questions

Is telephone triage software the same as an AI answering service?

No. Protocol software supports the nurse who makes the disposition, while an AI answering service takes the call first and routes it, so each needs different safety checks.

Which vendor here publishes pediatric prices?

ClearTriage is the only vendor in this review whose pages publish pediatric tier prices, and those figures are in the pricing section above.

Can an AI triage agent handle a child's emergency call on its own?

Not safely without a written handoff. Require that every emergency-tagged call goes to a named clinician with a stated response time, and that a human reviews any change to routing rules.

What does AAP guidance say about outside answering services?

According to AAP (2021), the chosen service must be HIPAA compliant and sign a Business Associate Agreement, and a physician or registered nurse should promptly review encounters to decide whether follow-up calls are needed.

How should we check accuracy before signing?

Build a small validation sample of de-identified pediatric call scenarios, have a clinician label the expected disposition for each, and review every disagreement before you sign. The result depends on your own call mix, not on a vendor's published claim.

Why are most prices quote-based?

Four of the five vendors here publish no price on the pages we opened, and Clearstep's FAQ describes fees that vary with the features selected and the scale of implementation. Ask every vendor for a written scope with the same assumptions so the bids can be compared.

Bottom line

Decide the category first. For a pediatric office with its own phone line, the shortest evaluation is a protocol product, a written request for pediatric content terms, and a validation sample built from your own calls. If call volume or after-hours coverage is the real problem, shortlist an AI agent only with written emergency handoff terms, and expect quote-based pricing. Teams with engineers can build on a triage API, but then they own the logic, the escalation, and the logs. To see how a configurable design would route after-hours calls, see how US Tech Automations configures this.