Online check-in
Patients join the queue from home, see their place in line and get a text when it is their turn to come in.
SIZ Group designs and builds an urgent care patient self-service app where patients check in online, hold a place in line, complete intake forms and receive their visit summary without standing at the desk. Every project starts with a free scoping call and ends with a proposal that lists each line item.
Urgent care patients arrive when something has gone wrong, often without warning, and they want to know how long they will wait. A clinic that cannot say when a patient will be seen loses trust quickly, and the front desk spends its day answering the same question from the waiting room. A self-service app takes that load off the desk and gives the patient a clear place in line.
The app also helps with the paperwork that slows every visit. Insurance details, medication lists and consent forms are usually completed on a clipboard after the patient has already arrived. Completing them on a phone beforehand shortens the time at the desk, which matters most when the waiting room is full.
The owner or customer experience lead will want fewer front desk questions and fewer patients leaving before they are seen. We would agree on measures during scoping, such as the share of patients who check in online, the number of waiting room questions about wait times and the share of visit summaries sent on the day of care.
Accuracy matters more than polish. A wait estimate the clinic cannot keep will damage trust faster than no estimate at all. We would show only the information the clinic can stand behind, and any wait display would draw on the clinic's own queue data rather than a guess.
The first release should cover online check-in, intake forms, insurance upload and the visit summary. Those four pieces cover the steps that slow the desk down the most, and they can be tested on a single shift before the app grows.
Front-desk staff should be involved from the first week, because they hear the questions patients ask most. Their feedback decides which screen gets simplified first, and it often reveals a wording problem that no one on the project team had noticed.
Prescription tracking, pharmacy routing, work and school notes and records requests can wait for later phases. Each one touches more systems and needs clinical sign-off, so we would add them once the first release runs smoothly and the team knows what patients use.
Patients join the queue from home, see their place in line and get a text when it is their turn to come in.
Medical history, medication lists and consent forms completed on a phone before the visit, saved to the chart.
Card and photo ID captured in the app, with a clear note on how the images are stored and who can see them.
After the visit, the patient gets discharge steps, follow-up advice and a link to ask a question by phone.
Most urgent care clinics run an electronic health record, a practice management system for scheduling and billing, and a clearinghouse for insurance claims. Larger groups sometimes standardize on Epic or athenahealth, while independent clinics often use a cloud EHR with a practice management module. The app should read queue and registration data from whichever system you use, and confirm which interfaces it offers before promising any live feed.
Payments and reminders usually run through established tools such as Stripe and Twilio. Staff chat for internal coordination belongs in a separate tool, so the patient app never carries staff messages at all. We would keep the patient view to what the patient needs at that moment.
Patient information is covered by HIPAA where it applies, so we encrypt data in transit and at rest, limit what the app stores and settle a business associate agreement before any record moves. Insurance card images need the same care as any other identity document.
Safety is the most important rule. The app must never imply that an urgent care visit replaces emergency care. When a patient selects symptoms such as chest pain, trouble breathing or stroke signs, the app should tell them to call 911 or go to the nearest emergency department, and it should not offer a queue place.
Track the front desk questions about wait times, the share of patients who check in online and the number of patients who leave before being seen. Compare them with the months before launch, using the same definitions and the same posted hours. Staff can also tag each patient who leaves unseen with a reason, so the cause is recorded rather than guessed.
Add two patient-facing checks. Track how many visit summaries are opened and how many patients complete intake on their phone before arrival. A steady rise in completed intake usually means the desk is spending less time on paperwork, which is the result the owner cares about most.
The starting point is $4,500 for a mobile app. Check-in steps, queue data access and whether payments run inside the app determine the final figure.
Only if your queue data supports it. We would use the clinic's own check-in and visit times to produce an estimate, and we would show a range rather than a single number if the data is uneven. We check this during scoping.
No. The app tells patients to call 911 or go to the nearest emergency department when they describe emergency symptoms, and it does not offer a queue place in that case. Your clinical team approves that wording before launch.
The photo is stored with restricted access and used for registration. We agree on retention rules and safeguards with you before launch, and where HIPAA applies, a business associate agreement is in place before any protected health information is stored.
Describe your check-in flow on a free call and receive an itemized proposal.