Advantech Co-Creating the Future of the IoT World

	Ubuntu Classic (one-time)	Ubuntu Pro for Devices (one-time)	Ubuntu Pro (subscription)
Years of Support	5 years(starting from the release date)	10 years(starting from the release date)	10 years(starting from the release date)
Security and Maintenance Patches	2,300 packages	Over 25,000 packages	Over 25,000 packages
Real-Time Kernel Feature	-
Patch Management Tool - Landscape	-
Patch Update Without Reboot - Livepatch	-
Security Enablement Checking Tool	-
Weekday Support is Half the Price of 24/7 Support	-	-
Ubuntu Assurance Program	-
Price Difference	$	$$(CPU based pricing tier)	$$$$$(USD$900 up/ year)

Ubuntu in Robotics

Scenario:

A manufacturing company is deploying a fleet of collaborative robots (cobots) to assist human workers with assembly tasks. They are using Ubuntu as the primary operating system for the cobots and utilizing ROS for robotic control and coordination.

Key Use Cases:

Collaborative Task Execution: ROS provides the framework that enables cobots to interact with human workers safely and efficiently. The cobots can share workspace, exchange tools, and perform tasks alongside humans.
Real-time Data Processing: ROS enables cobots to process sensor data, such as camera images and force feedback, in real time, allowing them to adapt to changing environments and avoid collisions.
Integration with Industrial Systems: Ubuntu and ROS can be integrated with existing industrial systems, such as OPCUA and SCADA, to ensure seamless communication and coordination.

Benefits of Using Ubuntu:

Security: ROS Expanded Security Maintenance provides regular security updates and patches, protecting the cobots from vulnerabilities.
Real-time Performance: Ubuntu and ROS offer the performance and reliability needed for real-time robotic control and data processing.
Scalability: Ubuntu and ROS can handle large-scale deployments of cobots, making them suitable for various manufacturing applications.

Canonical MicroCloud in Manufacturing Facilities

Scenario:

The manufacturer, looking to optimize production line management, implemented Canonical MicroCloud to streamline instant monitoring, improve scalability, and seamlessly integrate IoT devices for enhanced operational efficiency.

Key Use Cases:

Live Monitoring and Data Collection: Canonical MicroCloud enables seamless prompt monitoring and data collection from various machines on the production floor, enhancing visibility and improving operational efficiency through centralized data aggregation and analysis.
Scalability & Response Time: With Canonical MicroCloud’s flexible cloud-based architecture, the factory easily scales its infrastructure and achieves faster response times, supporting dynamic production needs and enhancing overall system performance.
IoT Device & Sensor Integration: Canonical MicroCloud facilitates seamless integration of diverse IoT devices and sensors across the production lines, optimizing data flow and enhancing system connectivity for a more efficient, interconnected manufacturing environment.

Benefits of Using Canonical MicroCloud:

Integration: Canonical MicroCloud integrates effortlessly with industrial environments through IoT devices and middleware that connect PLCs to Canonical MicroCloud clusters, ensuring no disruption to production processes.
Downtime Reduction: Reduce 20% of production downtime through timely machine monitoring and predictive maintenance, enabling proactive issue resolution.
Productivity: Canonical MicroCloud empowers factories to increase throughput by 15% with its faster decision-making and enhanced data insights, optimizing overall production efficiency.

Ubuntu in Transportation

Scenario:

A major metropolitan area plans to implement a fully automated, driverless rail system. Ubuntu has been selected as the operating system for these autonomous trains.

Key Use Cases:

Train Control and Automation: Ubuntu will power the central control system that manages train movements, schedules, and safety protocols. The operating system will process data from sensors and cameras, enabling autonomous decision-making and ensuring safe and efficient operations.
Passenger Information Systems: Ubuntu will drive the digital displays and kiosks that provide passengers with information about train schedules, routes, and delays. The system will integrate with ticketing and payment systems to offer a seamless travel experience.
Maintenance and Diagnostics: Ubuntu will be used on onboard computers to monitor train health, detect anomalies, and initiate preventive maintenance.
Communication and Networking: Ubuntu will manage the communication infrastructure between trains, stations, and control centers, ensuring reliable and secure data transmission.

Benefits of Using Ubuntu:

Open Source Flexibility: Ubuntu's open-source nature allows for customization and integration with various hardware and software components.
Robust Security: Ubuntu's strong security features are essential for protecting critical infrastructure and preventing unauthorized access.
Long-Term Support: Ubuntu LTS releases provide a stable and predictable platform for mission-critical applications like transportation systems.

Ubuntu in Telecommunication Test Equipment
Canonical AI Consulting Services in Telecommunication Test Equipment

Scenario:

A major telecommunications company is developing a new generation of 5G network test Equipment and has selected Ubuntu as the primary operating system for these devices.

Key Use Cases:

Test Automation: Ubuntu provides a stable and reliable platform for running automated test scripts that simulate various network conditions and traffic patterns.
Protocol Emulation: The operating system can be used to emulate different network protocols and devices, allowing engineers to test the compatibility and performance of 5G equipment.
Data Analysis and Visualization: Ubuntu can be used to analyze test results and generate reports, providing valuable insights into network performance and identifying potential issues.

Benefits of Using Ubuntu

Security: Ubuntu's robust security features, including package signing, firewalls, and regular updates, are essential for protecting sensitive network data and preventing unauthorized access.
Compliance: Ubuntu can be configured to comply with various industry standards and regulations, such as those related to data privacy and security.
Flexibility: Ubuntu's open-source nature allows for customization and integration with different hardware and software components.
Scenario:

Router manufacturers aiming to optimize operations across all layers, reduce costs, enhance the customer experience, and lower power consumption.

Key Use Cases:

Optimized Architecture and Skilled Talent for Project Execution: The project can benefit from a well-designed architecture and access to skilled talent, ensuring smooth execution and management of optimization initiatives. At the same time, expertise is readily available to drive the implementation and management of optimization projects for edge devices and network infrastructure.
Efficient Model Maintenance and Updates: An effective system is in place to continuously maintain and update models, ensuring accurate, instant insights and optimal performance throughout the project lifecycle. The process of updating models is streamlined, enabling accurate and timely insights for ongoing optimization and decision-making.

Benefits of Using Canonical AI Consulting Services

Model Deployment: Canonical AI Consulting Services designed an MLOps architecture on Ubuntu Core, enabling continuous updates and optimized routing; this optimized routing for 1.5 million switches, reducing costs and improving efficiency.
Integration: NVIDIA Aerial support and NGC containers are integrated for smooth edge device management. A unified solution for both data center and edge devices, enhancing scalability and performance.

Canonical AI Consulting Services in Oil and Gas Sectors
Canonical MicroCloud in Oil and Gas Sectors

Scenario:

A global drilling company looking to leverage advanced AI technologies to optimize operations and reduce costs.

Key Use Cases:

Seamless Integration of Large Language Models (LLMs): Organizations that need to integrate large language models (LLMs) into their workflows to enhance productivity and streamline processes.
Development of Conversational AI Bots: An organization is developing conversational AI bots to improve operational decision-making, boosting efficiency and effectiveness across various functions.

Benefits of Using Canonical AI Consulting Services

AI-Powered Optimization: Canonical AI Consulting Services enabled seamless AI workflow integration with model optimization and MLOps on a hybrid-cloud setup, streamlining the summarization of drilling results and reducing manual effort.
Advanced AI Solutions: The solution leveraged NVIDIA NeMo as well as public cloud AI hardware for enhanced processing capabilities, optimizing drilling operations and leading to cost savings and improved efficiency.
Scenario:

Operating in remote oil and gas regions with unstable internet connectivity, Canonical MicroCloud enables local processing and data storage, ensuring continuous operations, instant monitoring, and seamless performance even without a stable internet connection.

Key Use Cases:

Enhanced Live Data Analysis: With Canonical MicroCloud, local computing capacity can be increased, enabling prompt data analysis and faster decision-making, improving operational efficiency on-site.
Seamless System Integration: Canonical MicroCloud facilitates seamless integration of various systems, providing unified oversight of drilling operations, safety equipment, and remote sensors, enhancing control and safety across operations.

Benefits of Using Canonical MicroCloud

Computing and Storage Capacity: Canonical MicroCloud scales on-site, adding computing nodes for complex calculations, enabling live monitoring and predictive analytics.
Decision-Making: Prompt data analysis reduces equipment failure by 25%, enhancing operational efficiency.
Cost Optimization: The site is able to effectively manage local infrastructure, cutting operational costs without relying on costly cloud services.