Embedded IoT machine control
Microcontroller firmware connecting commercial washers and dryers over MQTT: power relays, cycle phase detection, temperature monitoring, and fault cutoffs.
An end-to-end commercial laundry automation ecosystem for distributed self-service kiosks, developed for US software company Dracocode. It bridges embedded controllers with cloud backends using Python, Django, FastAPI, MQTT, and IoT hardware.
Microcontroller firmware connecting commercial washers and dryers over MQTT: power relays, cycle phase detection, temperature monitoring, and fault cutoffs.
Real-time synchronization of washing and drying units. Customers and operators see remaining cycle times, busy/idle states, and completion alerts.
Mobile-responsive portal with GIS maps of nearby facilities, live machine availability, wallet reloads, and self-service reservation.
Timed dynamic QR codes and mobile GPS verification trigger electromagnetic door strikes only when the authenticated user is at the facility.
On-site cashier desk to sell wash/dry credits, top up prepaid accounts, validate receipts, and accept card or cash.
Administrative portal with multi-facility overview, remote machine lockouts, immutable door-entry audit trail, and revenue analytics.
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Secure entry point for facility managers and technical service operators.
High-level operational overview of all active kiosks, total usage, and revenue metrics.
Catalog of all managed kiosk sites with machine capacities and operational states.
Interactive spatial map showing all deployed automated laundry facilities.
Granular view of a single kiosk facility including hardware controller health.
Configuring pricing tariffs, cycle durations, and machine IDs for a specific kiosk.
Real-time status of individual washer/dryer units with remote power cut-off controls.
Historical timeline of machine activations, duration, power draw, and user assignments.
Immutable record of all QR scans, GPS unlock attempts, and solenoid triggers.
Hardware diagnostics verifying MQTT connection quality and relay responsiveness.
Emergency or scheduled facility lockdown triggered directly from the admin panel.
Instant remote trigger pulse to open the electromagnetic door strike.
Time-rotating cryptographic QR token shown on the kiosk door screen.
Authorizing technician maintenance mode via encrypted camera QR scan.
Proximity validation ensuring the user is physically within range of the kiosk.
Direct manual cycle trigger used for technician testing and maintenance runs.
Interface for front-desk cashiers to sell wash tokens and top up customer wallets.
Instant assignment of washing credits to registered customer accounts.
Completed transaction verification with printable/electronic receipt generation.
Role-Based Access Control (RBAC) settings and technician credentials.
Managing system-wide parameters, pricing models, and MQTT connection endpoints.
Public-facing portal explaining automated laundry benefits and kiosk features.
Secure customer authentication for managing wallet balances and machine reservations.
Personalized dashboard showing available credit balance and active wash status.
Managing payment cards, instant top-ups, and historical transaction receipts.
List of nearby facilities displaying real-time washer/dryer availability.
Visual map locator showing open laundry locations with turn-by-turn navigation.
Live countdown showing remaining cycle minutes on occupied washing machines.
Detailed view of a selected kiosk including operating hours and per-cycle pricing.
Personal dynamic QR code presented to the physical kiosk door reader for entry.
Successful geofenced proximity verification and instant solenoid trigger.
Safety validation preventing accidental door opening when the user is not physically near.
Selecting the target washer/dryer, temperature program, and wash intensity.
Confirming wallet deduction and transmitting the MQTT start signal to the machine.
LaundryMaxy is a commercial laundry kiosk platform with MQTT machine control, live washer and dryer telemetry, prepaid wallets, POS billing, dynamic QR door access, and geofenced GPS unlocking. Anlix built it for Dracocode (SYS-09). https://anlix.dev/work/laundrymaxy/
Timed dynamic QR codes and mobile GPS verification trigger electromagnetic door strikes only when the authenticated user is at the facility.