Caregivers calling the office to get their schedule, confirm a client address, or report a care concern because the app is too unreliable to use on a mobile data connection in the field?
Incident reports written on paper during the shift and handed in at the end of the week -- too late for a timely management response and creating a compliance exposure if the paper is lost?
Caregiver Mobile App Development
Caregivers are the service delivery layer in home care. Every care interaction -- task completion, medication prompt, observation, incident -- depends on the caregiver having the right information at the visit and being able to document what happened before they leave the client's home. A mobile app that is slow to load on a mobile data connection, hard to navigate with a gloved hand, or dependent on office WiFi to function is not a usable clinical tool. It becomes something caregivers work around rather than with, and the documentation gaps it creates are a compliance exposure.
We build caregiver mobile apps for home care agencies that work in field conditions -- offline-capable scheduling and task lists, GPS EVV check-in, fast care task documentation, and incident reporting that reaches the supervisor the moment the report is submitted rather than at the end of the week when the paper form comes in.
Shift schedule and client details offline-capable
EVV GPS check-in and check-out
Care task documentation with signature capture
Incident reporting with photo attachment
RaftLabs builds custom caregiver mobile apps for home care agencies. We develop offline-capable shift scheduling with client details and care plan summaries, EVV-compliant GPS check-in and check-out with missed check-in alerts, care task documentation with timestamped completion records and client signature capture, structured clinical observation entry with out-of-range alerts to supervisors, incident reporting with photo attachment and immediate submission on data connection restore, and HIPAA-aware secure messaging between caregivers and the office. Apps are built for iOS and Android with offline-first architecture for areas with poor mobile data coverage. Fixed cost, 12-14 week delivery.
OfflineCapable field use
·EVVGPS compliant
·FixedCost delivery
·12-14Week delivery cycles
Caregiver app built for field use, not office conditions
Most caregiver app failures in the field come down to three things: poor mobile data coverage at the client's home, older consumer-grade Android devices with limited processing power, and caregivers who are skilled care professionals but not tech-native users. An app designed for a fast WiFi connection in an office environment behaves completely differently when it is being used on a 3G connection in a rural area on a four-year-old mid-range phone. Pages that load in two seconds on a developer's laptop take fifteen seconds in the field -- long enough for a caregiver to give up and call the office instead.
The design choices that make a caregiver app usable in the field are not complicated, but they require deliberate decisions at the architecture stage rather than retrofits after complaints start coming in. Offline-first data architecture means the caregiver's schedule, client details, and care tasks are cached on the device and accessible without any data connection -- syncing changes when connectivity returns. Large touch targets and high-contrast labels work with gloved hands and in bright outdoor light. A home screen that surfaces the active visit without navigation means a caregiver can open the app and see exactly what they need in one tap. We make these decisions at the start of the build rather than learning them from support tickets after go-live.
What we build
Shift schedule and client information
The caregiver's upcoming shifts are displayed on the home screen with the client name, service address, care plan summary, and any access instructions -- door codes, key safe locations, parking notes. The client's contact number and emergency contact are accessible from the visit screen without navigating through multiple menus. The full schedule is cached on the device so the caregiver can access it without a data connection at the client's home -- a caregiver who loses signal on arrival still has the care plan and task list available for the entire visit. When the agency assigns a new shift or changes an existing one, a push notification reaches the caregiver's device and the schedule updates the next time the device connects, without any manual refresh required.
EVV GPS check-in and check-out
One-tap GPS check-in at the start of the visit and check-out at the end captures the caregiver's location and timestamp without the caregiver manually entering coordinates or selecting from a list. The location is checked against the client's registered service address automatically -- no action required from the caregiver if the check-in is within the permitted radius. A check-in outside the permitted radius prompts a confirmation screen with a reason entry field before the check-in is recorded, so the caregiver can document a legitimate reason without the visit being rejected outright. A missed check-in past the scheduled start time triggers an alert to the caregiver's device and to the office supervisor so the situation can be resolved before the visit window closes. At check-out, the caregiver sees a visit time summary showing total visit duration against the scheduled duration.
Care task documentation
The care plan tasks for the active visit are displayed in the order defined by the care coordinator: personal care tasks, medication prompts, nutrition and hydration assistance, mobility support, and domestic tasks. The caregiver marks each task as completed or not completed; a not-completed selection requires a brief note explaining what happened -- the client refused, the task was not needed, or a substitution was made. Each task completion is timestamped and queued for sync to the care management system when a data connection is available, so a caregiver working in an area with no signal still builds a complete visit record offline. At the end of the visit, the client or an authorised family member can sign the device screen to confirm the care was delivered, with the signature stored against the visit record.
Clinical observations and vital signs
For agencies providing skilled nursing or home health services, the app includes structured observation entry screens for blood pressure, pulse, weight, temperature, and oxygen saturation -- with normal range indicators displayed next to the entry fields so the caregiver knows when a reading is outside the expected range. Free-text observation notes cover behaviour changes, appetite, mood, skin condition, and any other changes from the previous visit that the caregiver wants to flag. Observations sync to the client's care record when a connection is available. Readings that fall outside the configured normal range for the client are flagged in the supervisor's dashboard for review, rather than sitting unread in a visit note until the coordinator happens to look at the record.
Incident reporting
The incident report form is accessible from the active visit screen with required fields: incident type from a configurable list, date and time, description of what happened, immediate action taken by the caregiver, and whether a witness was present. Photo attachment allows the caregiver to document a fall scene, a skin integrity issue, or property damage at the time of the incident rather than relying on a written description. The report is submitted to the care management system the moment a data connection is available -- if the caregiver is in an area with no signal, the report is queued and submitted automatically on reconnect, not held until the caregiver returns to the office. A supervisor notification is triggered immediately on submission so the incident is visible to the management team within minutes of occurrence. The incident record is linked to the client record and appears in the incident management dashboard alongside all other open incidents.
Secure messaging and task communication
HIPAA-aware secure messaging between the caregiver and the office coordination team is built into the app -- messages are encrypted in transit and stored in the care management system rather than in the caregiver's personal SMS history. The office can send group announcements to all caregivers or to a specific team, with delivery and read receipts visible in the coordinator dashboard. Care-related task messages can be linked to a specific client record so the communication thread stays associated with the relevant care context rather than disappearing into a general inbox. Messages composed while the caregiver is offline are queued and sent automatically when connectivity restores, so a caregiver who drafts a message at the client's home without signal does not have to remember to send it manually when they return to their car.
Frequently asked questions
We build native iOS and Android apps or cross-platform apps using React Native, depending on the device mix your caregivers use and the features required. If your caregiver workforce uses a mix of iOS and Android devices -- which is common in home care -- a cross-platform build gives you a single codebase that covers both platforms without maintaining two separate apps. If your agency issues specific devices, we design for that device's screen size, camera, and GPS hardware during development and test on that hardware before go-live. We do not assume the latest iPhone -- we test on mid-range Android devices from two to three years ago, which more accurately reflects the devices caregivers use in the field.
The app is built with an offline-first architecture. The caregiver's schedule, client details, care plans, and task lists are downloaded to the device when a connection is available -- typically when the caregiver opens the app at home or in the office before their shift. During the visit, the app reads from the local cache rather than making live network requests, so a complete loss of mobile data coverage does not prevent the caregiver from accessing the information they need or recording visit data. All actions taken offline -- task completions, observations, incident reports, check-out -- are queued locally and sync to the backend automatically when the device reconnects to mobile data or WiFi. The caregiver does not need to do anything manually to trigger the sync.
Yes. The caregiver app captures all six federally required EVV data elements per visit: service type drawn from the care plan, client identity linked to the Medicaid recipient record, visit date, GPS location at check-in, caregiver identity, and start and end time from check-in and check-out. The visit data is formatted for submission to the state EVV aggregator your agency uses. If you need a full EVV system -- aggregator integration, exception management, audit-ready record storage, and Medicaid billing linkage -- that is available as a combined build with the caregiver app as the data capture layer. The EVV functionality in the app is the same whether you build the full EVV backend with us or need the app to connect to an existing EVV system via API.
A caregiver app covering offline-capable scheduling, EVV GPS check-in and check-out, care task documentation with signature capture, incident reporting, and secure messaging typically takes 12 to 14 weeks from requirements sign-off to go-live. Adding clinical observation entry, vital signs capture, and integration with an existing care management or billing system extends the timeline to 16 to 18 weeks depending on the complexity of the existing system's API. Cost is fixed and agreed before development starts. We include caregiver onboarding support -- short video walkthroughs and in-app tooltips -- as part of the standard delivery so the go-live is not dependent on in-person training for every caregiver on your roster.
Tell us how many caregivers you employ, what devices they use, and where the current app or process lets them down. We will scope a build around how your team works in the field.