This Case Shows Specific Expertise. Find the Companies with the Skills Your Project Demands!

You're viewing one of tens of thousands of real cases compiled on Many.dev. Each case demonstrates specific, tangible expertise.

But how do you find the company that possesses the exact skills and experience needed for your project? Forget generic filters!

Our unique AI system allows you to describe your project in your own words and instantly get a list of companies that have already successfully applied that precise expertise in similar projects.

Create a free account to unlock powerful AI-powered search and connect with companies whose expertise directly matches your project's requirements.

Smart City Environmental Monitoring and Alerting Platform Development

whitelabelcoders.com

Government

Environmental Services

Information technology

Challenges in Environmental Monitoring and Public Safety

The client currently lacks a centralized, real-time system for collecting, analyzing, and disseminating environmental data. This makes it difficult to proactively manage air quality, respond effectively to weather hazards, and communicate timely alerts to residents. Data is likely fragmented across disparate sources, hindering informed decision-making and potentially compromising public safety.

About the Client

A local government entity responsible for managing environmental conditions within its jurisdiction, focusing on air quality, water levels, and weather hazards for public safety and well-being.

Project Goals

Develop a comprehensive IoT platform for collecting environmental data from various sources.
Establish a real-time data visualization and analysis dashboard for local authorities.
Implement an automated alert system for weather hazards and air pollution.
Improve communication with residents regarding environmental risks through a public-facing application.
Ensure system scalability to accommodate future sensor deployments and data growth.

Functional Requirements

Sensor Data Acquisition & Processing: Collect data from weather stations, storm radars, and water level sensors.
Data Visualization: Display real-time and historical data through interactive charts and maps.
Alerting System: Generate alerts based on pre-defined thresholds for weather hazards and air pollution.
User Management: Securely manage user accounts and access permissions.
Public Notification System: Enable dissemination of alerts and information to residents through a public application (PWA).
Vendor Device Integration: Support data ingestion from sensors produced by multiple vendors using a flexible parsing mechanism.

Preferred Technologies

Cloud Platform (e.g., AWS, Azure, Google Cloud)

IoT Platform (e.g., Azure IoT Hub, AWS IoT Core)

Database (e.g., PostgreSQL, TimescaleDB)

Web Framework (e.g., React, Angular, Vue.js)

Mapping Library (e.g., Leaflet, Mapbox)

Required Integrations

Public APIs for weather data (e.g., OpenWeatherMap)
Public APIs for air quality data
Notification Services (e.g., Firebase Cloud Messaging)

Non-Functional Requirements

Scalability: The system should be able to handle a growing number of sensors and users.
Reliability: The system should be highly available and resilient to failures.
Security: Data must be securely stored and protected.
Performance: Data visualization and alert generation should be performed in near real-time.
Maintainability: The system should be designed for easy maintenance and updates.

Expected Business Impact

This project will empower the local authority to make data-driven decisions regarding environmental management and public safety. Proactive alerts and real-time monitoring will improve response times to weather hazards and air pollution events, enhancing citizen well-being and potentially reducing associated costs. Improved communication will foster public trust and engagement.