Accelerating AI at the Edge with Oracle Roving Edge Infrastructure | Intel

Introduction

Introduction

Live from Oracle Cloud World at the Venetian in Las Vegas, we had a dynamic discussion on the collaboration between Oracle and Intel regarding their advancements in Edge Computing. This partnership has thrived for over 31 years, and at this event, we had the opportunity to engage with Matt Leonard, VP of Oracle Cloud Infrastructure, and Peter Gara, Global VP of Data AI at Oracle. They highlighted the significant trends in Edge Computing and discussed the launch of the new NextGen Roving Edge Infrastructure (RED).

The Importance of Edge Computing

Edge Computing is becoming increasingly vital as organizations adapt to today's data demands. According to Gartner, by 2025, 50% of data processed will occur at the edge and beyond traditional data centers. IDC has stated that 44% of organizations are moving into Edge Computing with AI applications. The market anticipates a compound annual growth rate (CAGR) of 20-30%, indicating a substantial opportunity for businesses to innovate in this space.

A Look Back at Roving Edge

The original Roving Edge device was conceptualized with military applications, designed to operate in disconnected environments necessary for tactical operations. The enhancements in the new Roving Edge Infrastructure build on this foundation, aiming to meet the diverse needs of a variety of commercial use cases.

Launching NextGen Roving Edge

The launch of the NextGen Roving Edge Infrastructure introduces three configurations:

1. Base Compute Configuration: Tailored for standard application workloads, suitable for scenarios like supply chain management on cruise ships or in retail stores.

2. Storage Configuration: Optimized for customers working with large data sets requiring significant storage capabilities.

3. GPU Configuration: Equipped with NVIDIA L4 GPUs to support various AI workloads, including large language models and Vision AI applications.

One of the main changes in the new generation is a considerable cost reduction, making it more accessible for organizations.

Building AI at the Edge

Through collaboration with Intel, the new Roving Edge devices leverage robust technology to handle real-time AI inferencing. The Edge deployments tackle issues concerning data sovereignty and network connectivity, enabling organizations to process data locally. For instance, in the healthcare sector, AI models can analyze sensitive patient data right where the data is collected, reducing latency and ensuring compliance with privacy requirements.

Impactful Use Cases

Some marquee customers have begun utilizing the Roving Edge Infrastructure to enhance their operational efficiencies. Examples include:

• Power Management: Implementing AI to analyze sensor data from electric systems on ships, reducing potential incidents by around 30%.

• Military Operations: Deploying large language models for real-time analysis in the field, allowing for immediate adjustments based on collected intelligence.

• Agricultural Innovations: Utilizing drones paired with Roving Edge Infrastructure to monitor crops, enabling a 70% reduction in labor costs through AI-enhanced decision-making.

Intel's Role in Roving Edge Device

Intel technology is critical to the Roving Edge Infrastructure’s success. The devices utilize Intel CPUs, specifically the latest Sapphire Rapids generation. This technology withstands extreme conditions, essential for military and industrial applications, boasting significant performance improvements over previous generations.

Conclusion

The collaboration between Oracle and Intel continues to bear fruit as they unlock new possibilities at the edge of AI technology. With advancements in the Roving Edge Infrastructure, organizations can process data more efficiently and effectively, fueling innovation and enhancing operational capabilities across many sectors.

Keywords

• Edge Computing
• Roving Edge Infrastructure
• AI Workloads
• NVIDIA L4 GPUs
• Data Sovereignty
• Network Connectivity
• Military Operations
• Agricultural Innovations

FAQ

Q1: What is Roving Edge Infrastructure?
A1: Roving Edge Infrastructure is a solution designed by Oracle for Edge Computing, enabling organizations to run applications and analyze data in disconnected environments, essential for various industries, including military and commercial sectors.

Q2: What are the new configurations of the NextGen Roving Edge?
A2: The NextGen Roving Edge includes three configurations: Base Compute, Storage Configuration, and GPU Configuration.

Q3: Why is Intel technology significant for Roving Edge devices?
A3: Intel CPUs provide the necessary robustness and performance needed for Roving Edge devices, allowing them to function in extreme temperature conditions and support demanding AI workloads.

Q4: How does Edge Computing apply to healthcare?
A4: In healthcare, Edge Computing enables real-time processing of sensitive data, allowing for immediate analysis without relying on potentially unreliable network connections.

Q5: What benefits have organizations seen from adopting Roving Edge Infrastructure?
A5: Organizations have reported enhanced operational efficiencies, significant cost reductions, and the ability to leverage AI for better decision-making in areas such as power management and crop monitoring.