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We’ve integrated Python Lambdas, AWS IoT services, and MQTT for real-time notifications. Our modular approach has enabled us to segregate functionalities like device management, user administration, and notifications into individual services. AWS Cognito serves as the unifying authentication platform for all these services, ensuring a secure and streamlined user experience.
Features
1. Modular Microservices: Each microservice is dedicated to a specific module—devices, users, notifications, etc. This modularity simplifies scaling, maintenance, and potential future module additions.
2. Real-time IoT Device Monitoring: By leveraging AWS IoT, our SaaS application can efficiently track, monitor, and manage countless IoT devices in real-time.
3. Cross-platform Compatibility: With dedicated native applications for both Android and iOS, users can seamlessly monitor and manage their IoT devices on the go.
4. Real-time Notifications with MQTT: MQTT, a lightweight messaging protocol, powers our real-time notification system. This ensures that users are instantly alerted about significant device events and updates.
5. Unified Authentication with AWS Cognito: Centralized authentication through AWS Cognito ensures a secure and consistent authentication experience across all our microservices.
Challenges
Maintaining Consistency
Ensuring data consistency across multiple microservices can be challenging, especially when they scale independently.
Service Communication
With multiple microservices, efficient inter-service communication is vital. Finding the right balance between RESTful APIs, direct service calls, and event-driven approaches was crucial.
IoT Device Diversity
IoT devices come in various shapes, sizes, and capabilities. Creating a SaaS platform that's compatible with a broad spectrum of devices posed some initial challenges.
MQTT Broker Scalability
As the number of connected IoT devices and users grows, ensuring that the MQTT broker can handle the increased message load without lag becomes crucial.
Error Handling & Recovery
In a distributed system, handling service failures gracefully while ensuring minimal user disruption was a complex task.
Project Goals
1. Enhanced Scalability: We aim to further optimize our services to handle millions of simultaneous IoT devices, ensuring real-time performance remains consistent.
2. Improved Device Compatibility: By expanding our IoT integration libraries and tools, we want our SaaS application to support an even wider range of IoT devices out-of-the-box.
3. Advanced Analytics & Insights: Building upon the data collected from IoT devices, we intend to offer users advanced analytics and predictive insights into their connected devices.
4. Tighter Security Measures: As the digital landscape evolves, so do threats. We continuously strive to enhance our security measures, ensuring data integrity and user privacy.
5. Community-Driven Modules: By open-sourcing certain components, we hope to foster a community-driven approach where developers can contribute to and create new modules for our platform.
Showcase
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Airports Module
The Airports module is responsible for managing information related to various airports. It allows users to add, view, and update details of different airports. Each airport contains multiple hangars where devices can be stored and tracked.
Hangars Module
The Hangars module deals with the management of hangars within each airport. Users can add new hangars, assign devices to specific hangars, and track their status. The module also enables users to monitor the occupancy of each hangar, ensuring optimal utilization of space.
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