Assets onboarded during the pilot phase (25% of the total fleet).
Clients and five distributors were onboarded in the initial rollout.
Of FSI employees are using AssetCONNECT internally.
Industry
HealthTech
Tech Stack
React | NestJS | AWS | PostgreSQL | Kotlin | Swift
Timeline
2021 – 2025 Ongoing (Support + Enhancements)
Memory Machine is an Australia-based health-tech startup transforming how individuals with memory loss live, communicate, and stay independent.
SoluteLabs partnered with Memory Machine to build a connected platform that bridges patients, caregivers, and healthcare professionals, making daily routines, reminders, and communication effortless and secure.
We developed a unified digital ecosystem that enhanced patient engagement and streamlined caregiver operations while maintaining strong security and performance standards. The goal was to create a connected, reliable, and intuitive experience across all platforms, ensuring ease of use, scalability, and compliance with healthcare requirements.
Patient Tablet App
Caregiver Mobile App
Secure Multi-Tenant Backend
Cloud & DevOps
Third-Party Integrations
Performance & SEO
Headless Shopify Integration
Simplified UI designed specifically for individuals with cognitive challenges.
Tracks memory performance and behavioral patterns to assist caregivers and healthcare providers.
Enable seamless interaction among patients, caregivers, and medical teams.
Helps patients locate personal belongings through connected GPS tags.
Non-disruptive, context-aware notifications displayed directly within the application.
Timely reminders for medications, appointments, or daily activities, even when the app isn’t open.
Locks the tablet into kiosk mode, allowing only one active app to reduce confusion and distraction.
Subscription-based access with one-time payment unlocking all features.
Adjusts available features based on the patient’s memory loss level (1–5), ensuring simplicity and ease of use.
The project followed Agile methodology with sprint-based iterations, continuous feedback, and feature validation through user testing with hospitals and caregivers.
Focused on usability and accessibility for memory-impaired users.
Prototypes built in Figma were tested with caregivers and patients.
Configured using AWS best practices to ensure data security, uptime, and scalability.
Automated builds, tests, and deployments via Bitrise and AWS ECS.
Gradual deployment across patient groups with continuous support and maintenance.
CI/CD setup, infrastructure design, and environment configuration.
Authentication, caregiver onboarding, and initial patient registration.
Stripe integration, user roles, and payment management.
Notification engine, reminders, and in-app communication tools.
Kiosk mode, dashboard analytics, and usability refinements.
Ongoing maintenance, landscape mode support, and feature enhancements.
STAGES
ACTION/PROCESS
STAKEHOLDERS
Discovery & Setup
Configuration
Engagement
Optimization
Support & Maintenance
Initial sprints for core setup and caregiver onboarding
Caregiver management, reminders, and alerts setup
Communication tools and push notifications integrated
Data tracking, analytics, and dashboard rollout
Continuous updates, Hexnode integration, bug fixes
Aligned design with patient usability needs
Personalized patient experience
Improved coordination and timely reminders
Better caregiver insight into patient progress
Long-term reliability and scalability
Human-Centered Cognitive Support Memory Machine digitized cognitive care through an accessible, tablet-first design that empowers patients with memory loss to manage daily routines independently.
Caregiver Empowerment Caregivers gain real-time visibility, analytics, and secure communication, supported by a multi-tenant architecture that ensures data privacy and system scalability.
Agile, Feedback-Driven Delivery Agile sprints enabled continuous improvement, incorporating direct input from caregivers and healthcare professionals for a practical, evolving solution.
Future-Ready Enhancements Upcoming developments include AI-powered reminders, hospital system integrations, and enhanced accessibility to boost patient autonomy and caregiver efficiency.