Search Results for: network

Quantum network simulation is foundational to the success of any quantum network implementation. In this session, Eric Brown, Head of Simulation at Aliro Quantum, discusses how a Quantum Network Simulator informs the planning and designing of quantum networks and what to look for in a simulator. Eric will also demonstrate a Quantum Network Simulator. Business leaders and technologists will gain a comprehensive understanding of Quantum Networking Simulation. You’ll learn: - What a simulator is for and why you need one - What to look for in a Quantum Network Simulator - The levels of abstraction you’ll see in a simulator - How to use different levels of abstraction to plan with your Quantum Network Simulator - What to do with information from your Quantum Network Simulator The next technology revolution will be quantum - and quantum networks are essential to the transformation. Organizations who are on the cutting edge of disrupting and transforming their industries are investigating how to plan, design, and implement Quantum Networks. This webinar will prepare you for navigating the quantum future.

The difference between successfully defending an attack or failing to compromise is your ability to understand what’s happening in your network better than your adversary. Choosing the right network security monitoring (NSM) toolset is crucial to effectively monitor, detect, and respond to any potential threats in an organisation’s network. In this webinar, we’ll uncover the best practices, trends, and challenges in network security monitoring (NSM) and how Elastic is being used as a core component to network security monitoring. Highlights: What is network security monitoring (NSM)? Types of network data Common toolset Overcoming challenges with network security monitoring Using Machine Learning for network security monitoring Demo

The difference between successfully defending an attack or failing to compromise is your ability to understand what’s happening in your network better than your adversary. Choosing the right network security monitoring (NSM) toolset is crucial to effectively monitor, detect, and respond to any potential threats in an organisation’s network. In this webinar, we’ll uncover the best practices, trends, and challenges in network security monitoring (NSM) and how Elastic is being used as a core component to network security monitoring. Highlights: What is network security monitoring (NSM)? Types of network data Common toolset Overcoming challenges with network security monitoring Using Machine Learning for network security monitoring Demo

As businesses embrace new digital business models and accelerate their adoption of cloud-based services, traditional network services are struggling to keep pace. The emergence of technologies such as SDN and NFV is creating a new generation of faster, more agile and intelligent networks that are fundamentally changing how businesses provision and experience connectivity.   Embracing network automation can help businesses as they build and manage increasingly complex and global IT environments by enabling them to orchestrate networks to meet their needs. Yet network automation already means different things to different people, and it is becoming harder for businesses to understand the short and long-term implications of intelligent networking.   In this BrightTALK panel, we’re bringing together networking experts, enterprises and technology providers to discuss the opportunities and challenges presented by intelligent networking. Join us to learn:   -          How your business can begin the move to intelligent networking -          How network automation can play a role in improving access to the cloud and other current use cases.   -          Why open APIs are an essential part of the move to intelligent networks -          How industry standards are also helping to advance network automation -          What truly autonomous and intelligent networks can mean for business in the future

As businesses embrace new digital business models and accelerate their adoption of cloud-based services, traditional network services are struggling to keep pace. The emergence of technologies such as SDN and NFV is creating a new generation of faster, more agile and intelligent networks that are fundamentally changing how businesses provision and experience connectivity.   Embracing network automation can help businesses as they build and manage increasingly complex and global IT environments by enabling them to orchestrate networks to meet their needs. Yet network automation already means different things to different people, and it is becoming harder for businesses to understand the short and long-term implications of intelligent networking.   In this BrightTALK panel, we’re bringing together networking experts, enterprises and technology providers to discuss the opportunities and challenges presented by intelligent networking. Join us to learn:   -          How your business can begin the move to intelligent networking -          How network automation can play a role in improving access to the cloud and other current use cases.   -          Why open APIs are an essential part of the move to intelligent networks -          How industry standards are also helping to advance network automation -          What truly autonomous and intelligent networks can mean for business in the future

As businesses embrace new digital business models and accelerate their adoption of cloud-based services, traditional network services are struggling to keep pace. The emergence of technologies such as SDN and NFV is creating a new generation of faster, more agile and intelligent networks that are fundamentally changing how businesses provision and experience connectivity.   Embracing network automation can help businesses as they build and manage increasingly complex and global IT environments by enabling them to orchestrate networks to meet their needs. Yet network automation already means different things to different people, and it is becoming harder for businesses to understand the short and long-term implications of intelligent networking.   In this BrightTALK panel, we’re bringing together networking experts, enterprises and technology providers to discuss the opportunities and challenges presented by intelligent networking. Join us to learn:   -          How your business can begin the move to intelligent networking -          How network automation can play a role in improving access to the cloud and other current use cases.   -          Why open APIs are an essential part of the move to intelligent networks -          How industry standards are also helping to advance network automation -          What truly autonomous and intelligent networks can mean for business in the future

With the need to deliver exceptional customer experience, the concept of the zero touch network has been gaining ground. While not a new idea, in 2020 the zero touch network is defined by most as being a network that ensures high availability, reliability and efficiency - automatically. Behind this is a management system that relies on many of the principles of software-defined networking and virtualization. As 5G begins to be deployed around the globe, the requirements for network transformation has ramped up quickly and is having a significant impact on network operations. Join this panel of networking experts as they share insights and lessons on how to navigate the new zero touch network and its demands on operations around capacity, latency, reliability and scalability. Speakers: Steve Brumer, Partner, BH IoT Group (Moderator) Brandon Heller, CTO & Co-Founder, Forward Networks Rama Darbha, Director, Consulting Services, Culumus Nathan McMahon, Solutions Architect, Avi Networks

As companies continue to shift toward agile, DevOps management practices to enable digital transformation, it’s critical that the teams and tooling that support their IT infrastructure are also evolving. Red Hat Ansible for Networking is a powerful tool for automating network configuration changes and is becoming one of the most popular tools for networking teams across the globe. However, for network engineers who do not focus on application script development, leveraging Ansible may be a challenge. The Itential for Red Hat Ansible solution makes using Ansible easier by providing built-in network intelligence and a low-code development interface, enabling users without deep network engineering or script development backgrounds to accelerate their organization’s movement toward a software-driven network operations practice. Join us for a discussion on how to extend Ansible to network automation activities with Itential. We’ll explore: • How to accelerate network automation activities with Itential for Ansible. • How to expand the capabilities and use cases of Ansible automation to Networking. • How to apply DevOps principles to NetOps; enabling network engineering and IT operations teams to create and execute network automation capabilities without writing code.

For enterprise networks to be compliant they must encompass two things: standards that define how networks are configured and ensuring those standards are enforced rigidly and uniformly across the network, whether it is physical, virtual, or cloud. However, today’s modern and exploded network infrastructure includes a multitude of edge devices such as switches, routers, firewalls, load balancers, and with the addition of cloud-based services it’s only getting more complex. Effective management of the network in a holistic manner is crucial for operational consistency. Regardless of your network size or type, constant configuration changes to infrastructure components based on business and technical requirements are inevitable and organizations need a modern approach to ensure configuration compliance across all network devices and services. In this webinar we will discuss: • Modern network compliance and why a modernized approach and process is required for today’s enterprise networks. • Sources and categories of network compliance. • How to extend compliance into cloud networks and show how to maintain compliance by implementing a Configuration Validation method into any configuration change process. • The necessity of moving beyond the break-check-fix cycle with Configuration Validation.

The continuing pandemic has changed the way we work. Increased data in motion from video conferencing, email, make-shift work environments, and remote applications have shifted the way we utilize our network and think about security. In addition, the dynamics of network architectures are changing, and security professionals and individuals are struggling to adapt. Modern organizations must rely on a complex mix of connectivity over both public Internet and private WANs, leaving security administrators challenged to balance requirements for network performance and strong security as more data traverses networks out of their control. Network Independent Encryption, is one of the innovative technologies developed to meet the demands of modern network architectures. Using Transport Independent Mode (TIM), security professionals can encrypt data concurrently at network Layers 2, 3, or 4. Our experts for this session will discuss current and future network architectures, including TIM, and give advice on how to secure your network without compromising performance.