Live check-in, GPS verification and Zoom attendance for compliance programs.
My Meeting Card replaces the paper meeting card with a phone. A participant checks in with GPS at the start of a session. The app tracks attendance duration for the full meeting. If the meeting runs on Zoom, the app schedules it and watches live presence, flagging anyone who misses a periodic check to the admin. Rehab, parole, probation and outpatient programs get a single source of truth for attendance, with the privacy controls and reliability the use case demands.

My Meeting Card speaks in a calm voice. The visual system uses a deep civic navy with a single verification-green accent. No decoration, no marketing noise. Admins and participants need to trust the screen at first glance, so the screen earns that trust through clarity alone.
A participant never has to open a second tool. A parole officer or counselor does not have to juggle Zoom, a spreadsheet and a paper card.



Each feature answers a specific need of rehab, parole or outpatient programs. No filler, no cosmetic add-ons.
Device location captured at meeting start only, with accuracy tuning and anti-spoofing checks.
Daily, weekly or monthly. Any day-of-week combination, any window length, one model covers all cadences.
Schedule Zoom meetings inside the app. Periodic presence checks flag absentees to the admin in real time.
Meeting duration logged automatically. Discrepancies raise an alert on the admin dashboard.
Three moments make up every session on My Meeting Card.
The participant opens the app at the start of the meeting. GPS confirms location at that exact moment. Nothing is tracked outside the session.
If the meeting is on Zoom, the app schedules it and watches live presence. Periodic checks keep everyone engaged.
Duration is logged, discrepancies get flagged to the admin and the attendance record updates in real time.
Swift on iOS and Kotlin on Android handle the GPS check-in, the camera flows and the background sync. A Laravel backend on HostGator with a MySQL database owns the schedule, the attendance records and the Zoom monitoring logic.
Live GPS tracking had to stay accurate while protecting user privacy. The app captures the check-in location at the exact moment of a meeting and does not track the participant outside that window.
We built native iOS in Swift and native Android in Kotlin. GPS access, background handling and permission prompts behave the way each platform expects, which is exactly the discipline thorough mobile app development demands for a tool admins have to trust.
Zoom integration had to feel native. Users schedule a Zoom meeting inside the app, share the link or ID, and the app watches presence during the session. A missed presence check pushes the user out and alerts the admin in real time.
A Laravel backend on HostGator with a MySQL database handles scheduling, attendance records, admin approvals and the Zoom monitoring logic. This kind of custom software development keeps nothing sensitive on the phone where it could be spoofed.
Recurring meetings needed flexibility. Daily, weekly or monthly schedules with arbitrary day-of-week combinations. A parole officer running a Tuesday and Thursday program should not have to create a separate meeting for each date.
Recurring meetings use a flexible schedule model. Pick any combination of days, set a window and set a duration. One configuration covers daily, weekly, biweekly, monthly and custom cadences.
The app had to work reliably across the country. Different carriers, different GPS accuracies, different network conditions. A patchy connection should not silently drop a legitimate check-in.
A background sync queues check-ins when the phone loses signal. When the app reconnects, the queue drains. The admin never loses a legitimate check-in because of a cell tower outage.
Common questions compliance teams, program directors and founders ask before investing in an attendance verification app.
Building an attendance verification app typically costs between $45,000 and $180,000 in 2026. A lean native iOS-only MVP with GPS check-in starts near $45,000. A production build with iOS and Android, Zoom integration, recurring scheduling, an admin dashboard and role-based access usually lands between $110,000 and $180,000.
GPS-based attendance verification in a mobile app captures the device location at the moment the participant checks into a meeting, not continuously. The app requests foreground location permission, reads latitude and longitude, timestamps the record and sends it to the server. Accuracy tuning and anti-spoofing checks stop falsified check-ins.
Yes, an attendance app can integrate with Zoom, Microsoft Teams or Google Meet through their public SDKs or REST APIs. For Zoom, you schedule a meeting, store the ID and password and monitor attendance through webhooks. Periodic presence checks keep participants honest and flag absentees to the admin in real time.
Flexible recurring meeting schedules are built with a data model that supports daily, weekly and monthly patterns plus any combination of weekdays. One record holds the start date, end date or count, day-of-week rules and a session duration. The same model covers daily, biweekly, monthly or custom cadences without extra code paths.
A compliance app keeps GPS and attendance data private through consent screens, strict scoping of when location is captured (only during meeting check-in), role-based access on the admin side, TLS in transit, encryption at rest, short retention windows and audit logs. The app never tracks a participant outside the active session.
An attendance tracking app for iOS and Android usually takes 4 to 6 months from kickoff to launch. Expect 2 to 3 weeks of discovery, 12 to 16 weeks of parallel native Swift and Kotlin development, 2 weeks of closed beta with real program admins and 1 to 2 weeks for App Store and Google Play review.
Attendance apps for rehab, parole or outpatient programs touch HIPAA (health data), CJIS (criminal justice data) and state-level privacy laws like CCPA. Expect requirements around encryption, access control, audit trails, data retention and breach notification. Partner with a privacy and compliance advisor early in the design phase.
An attendance app handles unreliable cell service by queuing check-ins locally when the phone loses signal, then syncing them to the server once the connection returns. A conflict resolution policy decides which record wins if the server received a later update. The user never loses a legitimate check-in because of a dropped tower.
We build native apps that handle GPS, video integrations and attendance reporting in regulated spaces. Tell us about your program and we will take it from there.