Name: Safety and Automation in the Mining industry with 5G
Start: 2023-05-30T15:00:00Z
End: 2023-05-30T15:00:40.000Z
Location: BrightTALK
Rating: 5

Intel® Industry Solution Builders program has a mission to help communication service providers and enterprises accelerate their development and implementation time by gathering a global ecosystem to provide flexible, scalable, virtualized, and cloud native solutions for cloud, core, and edge computing. The Intel® Industry Solution Builders Builders webinar program is a recurring webcast series in which ecosystem members and Intel technology experts delve into the technologies, topics, and issues facing the edge and networking industry. Ecosystem partners with commercialized solutions based on Intel architecture benefit from an array of marketing opportunities to amplify their offerings into market and accelerate adoption.

5G private networks are transforming the energy sector by enabling advanced technologies that boost
operational efficiency and safety. In this webinar, we will explore the deployment of 5G in thermal power
plants, hydropower facilities, solar farms, nuclear plants, and wind farms. 

We’ll highlight how 5G supports high-definition video surveillance, real-time communications, advanced data analytics, video-based
diagnostics, AR-guided maintenance, and remote operations with robotics and drones.

These innovations offer tangible benefits, including reduced downtime, streamlined fault detection and
resolution, improved operational efficiency, and decreased reliance on manual labor.

Join us to discover how 5G is reshaping energy production and management, driving the industry
towards a more efficient and reliable future.

Transforming the Energy Industry with 5G Private Networks

Transform your 5G network using Intel® FlexRAN™ and Xeon®

Nybsys EdgeLink products are engineered to deliver scalable, low-latency, and high-capacity indoor 5G network solutions. By leveraging Intel Xeon processors with lock-aside acceleration, EdgeLink outperforms most integrated picocell or femtocell products. It is compliant with O-RAN standards, enabling seamless integration with existing infrastructure to roll out advanced 5G networks. This makes EdgeLink ideal for enterprise coverage in large indoor areas, factory floors, and semi-outdoor setups.

EdgeLink excels in supporting real-time operations with sub-millisecond latency, making it perfect for robotics and AI integration. Enterprises can build private 5G networks capable of supporting tens of thousands of devices, while Mobile Network Operators can deploy specialized networks to support diverse use cases, unlocking new revenue streams. Designed for smart cities, industrial automation, warehousing, healthcare and beyond, EdgeLink is the future of 5G network innovation.

Innovate and Monetize your Indoor Coverage with Nybsys EdgeLink

In an era where operational efficiency and early anomaly detection are paramount, traditional AI approaches often fall short due to their dependency on supervised learning and the need for extensive labeled data. Enter Amber, Boon Logic’s flagship product powered by the cutting-edge Nano algorithm. 

This unsupervised machine learning solution redefines anomaly detection by learning the normal operating states of machines and processes in real-time, without the need for pre-labeled data or time-intensive training.

In this webinar, we will dive into how Amber, leveraging the Nano algorithm, outpaces conventional methods by achieving 1000x faster training and inference—running exclusively on Intel processors without requiring cloud-support or additional accelerators like GPUs or FPGAs. 

Attendees will gain insights into Amber’s deployment capabilities, including real-world examples where it has successfully predicted critical failures well in advance, and integrations in auxiliary software stacks including visual inspection and embedded devices.

Deploying Amber: Edge-Based, Real-Time Anomaly Detection on Intel CPUs

Join us for an insightful 1-hour webinar where industry leaders from GXC, Dell, Intel, Multitech, and Digital Barriers come together to explore how cutting-edge technologies are redefining perimeter security. In this session, we will explore how Mesh Private Cellular networks, Native Edge computing, and AI integration create a robust, secure, and scalable defense system. Learn how these innovations are transforming security protocols and operational efficiencies for enterprises across various sectors. 

Key Takeaways: Understand the integration of mesh private cellular networks for enhanced security. Discover how native edge computing optimizes data processing and reduces latency. Learn about AI’s role in predictive analytics and real-time threat detection. Explore real-world applications and case studies from industry experts.

Advanced Perimeter Security: Private Cellular, Native Edge & AI

Manufacturing is marching toward a future that is highly automated, interconnected and flexible. Increasingly smart factories are made up of connected systems that generate large amounts of data. Central to this transformation is the essential need for robust, reliable connectivity to ensure the seamless operation of autonomous mobile robots (AMRs), automated guided vehicles (AGVs), drones and AI-driven video control systems.

Traditional wired connections and conventional Wi-Fi networks often fail to meet the demands of modern, mobile autonomous systems due to their limitations in coverage, bandwidth, latency, and scalability. The integration of private 5G networks and enterprise mobile cloud technology into existing and new infrastructure is a crucial step toward achieving unparalleled levels of operational efficiency, security, and reliability.

Highway 9 and Intel examine how private 5G networks and mobile cloud technology can drive the next generation of manufacturing and warehousing processes while integrating seamlessly with current IT infrastructure and security policies. In this webinar, we will cover some of the connectivity and operational challenges of Industry 4.0 investments, focusing on use cases ranging from legacy systems to AMRs, AGVs, and drones via real life examples and product demos.

The Smart Factory of the Future: Private 5G with Mobile Cloud Industry 4.0 Automation

Join us for an insightful webinar where industry leaders delve into the evolving landscape of technology in the retail vertical market. This session will explore the latest trends, the transformative role of AI in retail and the future of checkout experiences.

Key Topics:

      1. Shifting Trends in Retail Technology
Current and emerging technology trends are shaping the retail industry, including the power struggle between fast food and convenience stores for market share. Learn how technological advancements are impacting this rapidly changing landscape.


      2. The Future of POS & Checkout
Explore why weaknesses with traditional self-checkout systems are being blamed for poor earnings and performance. Learn about RadiusAI’s innovative AI Assisted Checkout, utilizing Lenovo's Think Stations, and how they are designed to reduce losses and improve the checkout experience.

      3. VideoAI in Retail 
Discover how video analytics and artificial intelligence are revolutionizing retail operations. Learn about loss prevention, customer experience enhancement and revenue optimization and how Lenovo performance servers are equipped to handle the heavy data workloads.

      4. Advancements in Technology 
The current state of technology is marked by rapid progress across various domains. Innovations continue to shape our daily lives, from smartphones to smart cities. Recent developments include quantum computing, AI and machine learning, biotechnology and renewable energy. And it's competition among chip manufacturers that drives innovation. Learn how developer tools, like Intel's OpenVino, help ISVs innovate faster.

Navigating Advancements in Retail Technology

The evolving landscape of power grids presents unprecedented challenges, driven by increased energy consumption, integration of renewable resources, and the need for enhanced resilience. This webinar delves into the transformative potential of centralized and virtualized protection and control (CPC) solutions in modernizing electrical distribution systems.

Participants will gain insights into the benefits of CPC, including reduced hardware complexity, cost savings, and improved flexibility and scalability. The session will highlight ABB's innovative SSC600 device and SSC600 SW software, which streamline substation automation and asset management. Real-world case studies will demonstrate successful implementations, showcasing how utilities have enhanced reliability, safety, and efficiency.

Key topics include:

The impact of changing energy dynamics on grid management
Centralized protection and control: architecture and benefits
Virtualized protection: flexibility and future-proofing
Real-time monitoring and control of distributed energy resources
Integration with IEC 61850 standards for seamless communication

Join us to explore how ABB's CPC solutions can help utilities navigate the complexities of the digital age, fostering a greener and more resilient power grid.

Rethinking Protection and Control for the Digital Age

Rapid Team Collaboration

Nybsys Sentra is a rapid team collaboration tool that provides unmatched instantaneous voice and data communication. Push-to-Talk (PTT) technology is now increasingly adopted by industrial organizations that require no-lag voice communications for quick response times and precise coordination. With the advent of 5G smart devices and private cellular networks, PTT systems have become more efficient and reliable, with low latency of less than 1ms. This ensures virtually no delay in communication, which is crucial in high-stakes environments. It facilitates seamless communication across large and dispersed teams, supporting high-definition video calls, real-time data sharing, and integration with IoT sensors.

Industry Focus

Industries such as manufacturing, mining, healthcare, education, and construction benefit from PTT over private 5G. Real-time information delivery through private networks can be used to monitor equipment health, manage workflows, and ensure worker safety. With equipment and IoT sensors on the same private 5G network, PTT enables simultaneous voice communications and real-time data from machinery, leading to faster decision-making and reduced downtime. As industries continue to digitize their operations, the trend towards integrating PTT with 5G and IoT technologies is expected to accelerate.

Generative AI Use Case

Imagine combining the power of Nybsys Sentra with generative AI like ChatGPT. By integrating ChatGPT into your PTT system, users can access AI-driven insights and support. Workers can use PTT to ask ChatGPT for maintenance procedures, troubleshooting tips, or safety protocols, all delivered instantaneously through voice communication. This integration enhances the functionality of PTT systems, providing users with intelligent assistance whenever they need it. In most situations, companies want to train the generative AI models locally, which needs a lot of edge compute power available through Intel.

Redefining Collaboration: Sentra at the Intel Edge

Broadband service is essential. The Federal Communications Commission (FCC) in the USA recently redefined broadband service as 100Mbps downstream and 20Mbps upstream to ensure that all Americans have access to adequate connectivity. Government subsidies available in the US (BEAD) and around the globe are attracting new fiber overbuilders, as well as enticing existing broadband providers, to upgrade networks to meet the new definitions. Many network operators agree that fiber-to-the-premise is the end goal for their access network evolution. Some operators will maximize the utility of their existing DOCSIS networks for many years to come.

While others in highly competitive markets will offer PON fiber services sooner. In the next several years, cable MSOs have robust options for delivering multi-gigabit broadband service using virtualized platforms to deliver both DOCSIS and Fiber concurrently in their networks. This panel will feature discussions with market leaders Comcast, Harmonic, Dell’Oro, and Intel to touch on topics such as the technical feasibility of converging next generation DOCSIS and PON delivery platforms, the operational benefits of convergence, and market trends for broadband access.

Moderator & Panelist:
- Jeff Heynen, VP, Broadband Access and Home Networking at Dell’Oro

Panelists:
- De Fu Li, Distinguished Engineer at Comcast
- Asaf Matatyaou, SVP, Product, Broadband Business at Harmonic
- Thuy Nguyen, Head of Cable Segment at Intel

Delivering PON Fiber and DOCSIS on a Converged Broadband Platform

In an increasingly digital world, ensuring the online safety of children has become a paramount concern for parents and guardians. Join us for an insightful webinar titled "Advancing Online Child Safety with Telco-Based Digital Wellbeing & Parental Control". 
This session will explore an innovative solution available for CSPs to enhance digital wellbeing and implement robust parental control measures as value added service. 

Our expert speaker will delve into the latest advancements in telco-based technologies that empower parents to monitor and manage their children's online activities effectively. 

Attendees will gain a comprehensive understanding of:

Current Challenges:
The evolving landscape of online threats and the necessity for proactive measures.

Technological Solutions: 
How a telco-based platform can offer superior tools to digitally empower children while uplifting their digital autonomy.

Implementation Strategies: 
Practical steps for integrating these solutions into daily routines for maximum effectiveness.

Case Study: 
Real-world example of a successful implementation and the positive impact on the digital wellbeing of children.

Advancing Online Child Safety w/Telco-Based Digital Wellbeing & Parental Control

Anuket delivers a common model, standardized reference infrastructure specifications, and conformance for virtualized and cloud native network functions, enabling faster, more robust onboarding into production, reducing costs and accelerating communications digital transformations.

This panel will discuss Anuket value to Communications Service Providers, how it evolved into the most comprehensive Telco Cloud architecture and specification documents, and latest progress and trends.

Moderator: 

- Petar Torre, Intel, Principal Engineer

Panelists: 

- Beth Cohen, Verizon, Advanced Networking Product Strategist

- Gergely Csatari, Nokia, Senior Open Source Specialist

- Riccardo Gasparetto Stori, Vodafone, Principal Cloud Architect

- Walter Kozlowski, Telstra, Principal Cloud Architect

Anuket Architecture and Specifications for Common Telco Cloud Infrastructure

Join us to understand how Kamiwaza's state-of-the-art AI engine powered by Xeon and Gaudi drive our mission of  helping enterprises achieve 1 trillion inferences a day as they enter the 5th Industrial Revolution. 

24/7 Autonomous Agents: 
Discover how always-running AI agents can manage complex workflows, ensuring seamless operations and continuous productivity.

Operationalizing AI: 
Unlike traditional model training, this webinar focuses on the real-world application of AI, emphasizing what it takes to deploy and maintain operational AI solutions within the enterprise.

Scalable Hardware Configurations:
Learn about the initial hardware configurations necessary for robust AI inference. Understand how to size clusters to handle redundant, always-running tasks, ensuring high availability and reliability.

Robust Data Management: 
See how Kamiwaza's Enterprise Engine facilitates data management across petabytes of data leveraging RAG (Retrieval-Augmented Generation) techniques to ensure scalability and efficiency at true Enterprise scale.

Flexible Deployment: 
Explore the flexibility of running Intel-powered inferencing across cloud, on-premises, and edge environments. Kamiwaza enables AI to be brought to data, wherever it resides, enhancing data locality and minimizing latency.

Achieving 1 Trillion Inferences a Day Running GenAI Agents within the Enterprise

Stürmsfs is a leading steel and metal processing company. They excel in webshop and frontend digital processes, however there is room for enhancement of their production related digital processes. As a result they have launched the smartfactory@stürmsfs project, where the company has defined priority use-cases and is building up digitalization know-how in an “open Lab” together with technology partners and implementation partners since 2022.

A private 5G network based upon Nokia DAC technology and implemented by Datwyler IT Infra plays an important role at the smartfactory@stürmsfs. It has become an indispensable connectivity backbone for machine integration and data mining, without limitations – flexible performant and reliable.

During the webinar the audience will learn more about the characteristics of a Private 5G network in comparison to WiFi for customer needs in an industrial IT/OT environment. Current use-cases and a future outlook will be presented.

Presenters:
- Raoul Harlacher, Nokia 5G Mobile Private Network Account and Partner Manager for the Swiss market
- Karsten Lengnink, Head of Partner Management at Datwyler IT Infra
- Christian Donitzky, Director Center of Excellence Manufacturing EMEA at Intel

5G enabled – Smart Factory @ stürmsfs

Join this technical webinar on the value of end-to-end use case with CAMARA Traffic Influence API integrated by teams and with assets from AWS, Nabstract and Intel.

Presenters:
- Aymen Saidi, Principal, Architecture and Product, AWS 5G team, specializes in Network and Service Automation, Network Analytics, and OSS
- Babu Narayanan Koonampilli, Chief Technologist, Nabstract, with focus on building network abstraction and exposure related products.
- Petar Torre, Principal Engineer, Intel's Telecom vertical with focus on Telco Cloud and Edge AI.

Network Monetization Enabled by Application-Driven Automation

Disaggregated and virtualized Radio Access Network (RAN) enables 5G market competition and customer choice with lower equipment costs, and improved network performance. Open RAN deployments can be implemented in vendor-neutral hardware and software-defined technology, based on open interfaces and community-developed standards. Many 5G use-cases run well on pure CPU platforms, but as bandwidths increase and advanced antenna systems are deployed, hardware oftentimes struggle to keep up and start driving impractical levels of power consumption. Hardware acceleration is needed for the compute-heavy Layer-1, or physical layer. Our Intel® Agilex™ FPGA based reconfigurable SmartNICs can bring in flexible hardware acceleration options with in-line or look-a-side LDPC and SD-FEC related workload offloading.

Presenter:
- Istvan Szonyi, VP of Engineering

5G Hardware Acceleration with Intel Agilex® FPGA Based Silicom SmartNICs

Edge-ready performance, rapid deployment, and zero trust security with the power of 5G for responsive decision-making in the field. Cybersecurity across hardware, firmware, software, and network layers leaves no room for compromise. Certified to the most stringent standards to operate in harsh environments.

Presenters:
- Robert Haag, Chief Commercial Officer at Trenton Systems
- Subramanian 'Subbu' Srinivasan, Senior Director Of Engineering - Emerging Technology at Zscaler
- Yazz Krdzalic, VP of Market Development at ECS

Presenter Bios:
- Robert Haag is responsible for working across the company to help position Trenton Systems for accelerated business growth. With his background in strategic planning and partnerships, sales, engineering, operations, and marketing, he is an invaluable asset to Trenton’s executive leadership team, led by experienced professionals focused on the company’s continued customer and business expansion.

- Subramanian 'Subbu' Srinivasan is Senior Director Of Engineering - Emerging Technology at Zscaler, currently responsible for delivery of products for securing 5G ecosystem.  Previous stint was co founder and director of engineering for the zero trust based ZPA product line. Subbu holds a master’s degrees in computer engineering, been in cyber security products for last 25 years.

- Yazz Krdzalic is an accomplished professional known for integrating cutting-edge technologies into comprehensive solutions across commercial, industrial, and defense sectors. Specializing in cybersecure private 5G solutions, Yazz led the development of an acclaimed integrated edge solution. Now leading market development at Equus Compute Solutions, Yazz drives innovation in high-performance computing, telecom/5G, AI/ML, and advanced cooling solutions, aligning with the company's vision of empowering businesses with state-of-the-art technologies.

Cybersecure Private 5G In-A-Box for Edge Deployments

Most key exchange methods used to secure data in networks today use mechanisms that are broken by quantum computers. Even before quantum computers become available, it’s possible for attackers to store data today and decrypt it later. Information that needs to be kept secret for a long time (state secrets, personal health and genomics data, trade secrets, financial data, etc.) is already at risk since it can be easily siphoned from public networks and stored encrypted in a data silo until it can be decrypted.

Arqit’s Symmetric Key Agreement™ Platform (SKA) is a cloud-hosted or on-prem service that can secure networks with encryption that is unbreakable by a quantum computer. This allows endpoints to upgrade the security of communication channels they create, like an IPsec tunnel. 

Arqit and Intel have joined forces to produce a number of out-the-box post-quantum cryptography (PQC) solutions. Combining Intel's existing FD.io Vector Packet Processing (VPP) and strongSwan tools with Arqit SKA™ enables a PQC IPsec solution, demonstrating how the 1.89 Tb IPsec throughput previously achieved on 4th Gen Intel® Xeon® processors can be protected against quantum attack without compromising performance.

The solution can also be deployed directly on the Intel® NetSec Accelerator Card, providing all the functional performance benefits of the smart NIC alongside world class quantum safe encryption capability. This is made possible due to the lightweight nature of the software and provides use cases across a diverse range of industries, such as Defense, Telecommunications and Internet of Things (IoT).

Join the webinar to find out how Arqit's technology integrates seamlessly with Intel's products to create out-the-box solutions that mitigate against the quantum threat.

Presenters:
- Divya Pendyala, Cloud Software Architect at Intel
- Dr. Michael Murphy, Deputy Chief Technology Officer at Arqit
- Phil Burn, Solution Architect at Arqit

Post-Quantum Cryptography (PQC) Without Compromising Performance

24 Gigabit SD-WAN - Unlocking New Use-Cases using Intel® Processors and Turnium SD-WAN to Build Networks
Join us to learn about challenges in designing a highly scalable, 100 Gigabit capable Software-Defined Wide Area Networking Platform and how Turnium and Intel collaborated to test Turnium's new version 7.0 software release.

Presenters:
- Josh Hicks, VP Product & Development
- James Oakley, Senior Software Architect

Presenter Bios:
- Josh Hicks: Josh is Turnium’s VP of Product and Development and has 10 years of experience in the SD-WAN space. Previously, he led a cloud infrastructure implementation team at Microsoft working with Fortune 500 companies, managed data center and infrastructure implementations at Abgenix Biopharma (now Amgen), and project managed campus-wide technology initiatives at Simon Fraser University.
- James Oakley: James is a Senior Software Architect at Turnium, having joined the company in 2013. Since beginning as a software developer in 2000, James has worked almost exclusively in the networking space. Previously he worked on routing gateways for hospitality guest networking and IPTV distribution, deployed in some of the largest hotels in the world. He has also contributed to a number of well-known open-source projects.

Unlocking New Use-Cases using Intel® Processors and Turnium SD-WAN

From time to time, we read news about fatal accidents in the mines. Many families have lost their loved ones in unfortunate incidents. While mining as such is exposed to the unpredictability of the elements, we should strive to minimize risks and adopt practices that ensure that those that carry out work in zones with higher risk can return home safely every day. Technology has today reached a stage where we automate some of the mining tasks and also allow the people operating the mining equipment to do so safely at distance from the risk zone.

Remote operation allows miners to control the mining machines from a safe location rather than at a station where the ore is excavated. To realize this, a highly reliable wireless network must be built to connect the machines to the control room. 5G technology provides high bandwidth, low latency and most importantly high reliability to perform such operations remotely. Comba, in cooperation with Intel, has developed an end-to-end 5G private network mining solution, helping mining companies to improve safety and automation. 

Presenter:
Jan Berglund, Sr. Director of Product and Solutions, Comba Telecom

Safety and Automation in the Mining industry with 5G

Comba

Mining

Private Network

Intel

Welcome to the virtualization community on BrightTALK! Whether it affects servers, storage, networks, desktops or other parts of the data center, virtualization provides real benefits by reducing the resources needed for your
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Safety and Automation in the Mining industry with 5G

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