Real time ice hockey rink environmental monitoring with IoT solution

Our IoT-based system optimize ice quality and energy efficiency by monitoring in real-time, improving ice conditions, reducing energy use, and enabling predictive maintenance.

Key Benefits Optimized Ice & Energy Efficiency: Monitors factors to improve ice quality and reduce energy use. Predictive Maintenance: Identifies issues early. Regulatory Compliance: Ensures air quality standards. Remote Access: Real-time alerts and cloud access. Easy Installation: Quick setup in under one hour.

Sales Advantages Easy-to-install system. Single to multi-rink facilities. Cost efficient

Technical Features of the Exploitable Result – Ice Hockey Rink Monitoring Our IoT-based ice hockey rink monitoring system integrates advanced sensor technology, cloud-based analytics, and automated alerts to provide real-time insights into rink conditions. The system is designed for easy deployment, minimal maintenance, and long-term reliability.

1. Sensor Capabilities Comprehensive Monitoring: The system measures nine key environmental and operational variables to ensure optimal rink conditions. Energy Optimization: Provides data to dynamically adjust cooling and ventilation systems, reducing energy consumption while maintaining performance.
2. Connectivity & Data Processing Reliable Cellular Connectivity: The system uses mobile network connections (SIM-based) for secure and uninterrupted data transmission, eliminating dependence on local networks. Edge Processing & Cloud Integration: Local data processing reduces transmission requirements, while cloud storage enables historical trend analysis and remote access. Real-Time Data & Alerts: Operators receive instant notifications about abnormal conditions, allowing quick corrective actions.
3. System Architecture Modular IoT Hardware: Compact, battery-operated, or mains-powered sensor units designed for long-term durability and minimal maintenance. Rechargeable Batteries: The device operates on rechargeable batteries, which can be easily recharged using a standard phone charger, ensuring convenient and cost-effective operation. Secure Cloud Platform: Encrypted data transmission and a cloud-based dashboard for remote monitoring and analytics. API for Integration: Open API enables seamless integration with existing building management systems (BMS) or third-party analytics tools. OTA Updates: Over-the-air (OTA) update capability allows us to introduce new features, fix potential issues, and optimize device performance remotely, ensuring continuous improvement without requiring manual intervention.
4. Installation & Maintenance Plug-and-Play Installation: The system can be installed in under one hour with minimal technical expertise required. Low Power Consumption: Optimized energy usage extends device lifespan and reduces operational costs. Automatic Firmware Updates: Ensures continuous improvements and security updates without manual intervention. By combining these technical features, our solution delivers a reliable, scalable, and cost-effective approach to ice rink monitoring, ensuring operational efficiency and improved rink conditions with minimal effort from operators.

Integration Methods, Requirements, and Constraints Our ice hockey rink monitoring system is designed for seamless integration with existing infrastructure and third-party platforms. It supports multiple connectivity options and standard protocols, ensuring compatibility with a wide range of operational environments.

1. Integration Methods Cloud API Integration: A RESTful API allows external systems (e.g., rink management software, energy optimization tools, and analytics platforms) to access real-time and historical data. Building Management System (BMS) Compatibility: Data can be integrated into existing BMS solutions via API or standardized data formats. Custom Dashboard Access: Users can monitor and analyze data through our secure cloud-based web dashboard without requiring additional integration.
2. Requirements Network Connectivity: Requires a cellular network (SIM-based) for data transmission; does not rely on Wi-Fi or local network infrastructure. Cloud Platform: The system operates on a secure cloud backend, requiring an internet connection for remote access and analytics. Power Supply: Battery-operated with rechargeable batteries or optional mains power connection.
3. Constraints Data Access Restrictions: API access requires authentication (API key) and proper authorization to ensure data security. Receiving end needs to support REST API. By offering flexible integration methods and standardized protocols, our solution ensures that rink operators can adopt and utilize it with minimal disruption to their existing workflows.

Targeted Customers and Markets Our primary customers are ice rink operators, facility managers, and sports venue owners who seek to optimize rink conditions, reduce energy consumption, and improve player safety. This includes municipalities, private rink owners, sports organizations, and facility management companies responsible for maintaining high-quality ice surfaces.

Additionally, we target business partners such as:

Ice rink manufacturers looking to integrate smart monitoring into their rink solutions. Companies providing ice rink cooling solutions that want to enhance energy efficiency and operational control with real-time data. Building automation and energy management companies that integrate smart monitoring solutions into existing systems. Sports technology providers looking to enhance their offerings with real-time environmental data. IoT and telecom operators interested in expanding their portfolio with connected solutions for facility monitoring. The market focus is on Europe and North America, where energy efficiency regulations, sustainability goals, and sports technology adoption drive demand for advanced monitoring solutions.

Conditions for Reuse of the Exploitable Result The exploitable result – our ice hockey rink monitoring system – can be reused under the following conditions:

1. Licensing Commercial Use: The solution is available for licensing under a commercial agreement, which grants the licensee the right to use, integrate, and resell the technology within their operations or customer base. Non-Commercial Use: For research, academic, or nonprofit purposes, the system can be made available through a specific, non-commercial license that limits redistribution and commercial exploitation. OEM Partnerships: Manufacturers and system integrators interested in incorporating our monitoring technology into their own products may obtain an OEM license, subject to negotiated terms.
2. Modification & Customization Custom Modifications: Licensees are permitted to customize the system to meet specific needs or integrate with their existing solutions, provided that all modifications are documented and align with the terms of the agreement. Any changes to core functionalities may require approval or additional licensing. Source Code Access: For certain partners or under specific agreements, we may offer access to the system's source code to enable further development and adaptation.
3. Data Usage & Privacy Data Ownership: The data collected by the monitoring system remains the property of the licensee or end user. However, the use of data for research or development purposes will be subject to explicit permission. Confidentiality: Any data or proprietary technology shared under the license agreement must be kept confidential and not disclosed to unauthorized third parties.
4. Maintenance & Support OTA Updates: Licensees will receive access to over-the-air (OTA) updates for system enhancements, bug fixes, and optimizations, ensuring continued improvement and security. Support Services: Technical support and maintenance services can be negotiated as part of the licensing agreement, with options for ongoing assistance or training as needed. These conditions ensure that our technology is used appropriately, fostering collaboration and growth while protecting intellectual property and ensuring high-quality service.