Search Results for: network

Variations in security controls across different clouds multiply the risk of data breaches. Very limited dynamic routing intelligence in a cloud infrastructure creates new challenges to protect current cloud workloads from breaches. Also, modern multi-cloud environments make creating unified security policies difficult. Join Matthew Iakhov, Solution Engineering Manager at Versa Networks, as he explains how to develop a cloud integration model that secures hybrid cloud workloads with GCP Network Connectivity Center (NCC). In this webinar, you will learn: - Multiple security deployment models for GCP networking stack - How to develop identity-driven templatized security for secure cloud access - How to enable optimal SaaS access and traffic steering (SD-WAN) - How to enable network engineers to have end-to-end application visibility

In-Vehicle Networking is experiencing strong growth due to rising complexities in next-generation transportation applications and the rapid advancement of technology. In this webinar, Avnet’s own Jason Struble and guest technology partner, Bob Card from ON Semiconductor will discuss how automotive E/E (electrical/electronic) architecture has progressed through four distinct trends: 1) Distributed and de-centralized 2) Domain Controlled with early centralization 3) Inter Domain Controlled with more centralization 4) Zonal Control with Full Centralization We’ll examine how the IVN landscape, specifically LIN (Local Interconnect Network), FlexRay, CAN (Controller Are Network), CAN-FD (Controller Are Network – Flexible Data rate), SBC (Systems Basis Chips), and automotive Ethernet, have navigated these four trends, and what lies ahead.

In-Vehicle Networking is experiencing strong growth due to rising complexities in next-generation transportation applications and the rapid advancement of technology. In this webinar, Avnet’s own Jason Struble and guest technology partner, Bob Card from ON Semiconductor will discuss how automotive E/E (electrical/electronic) architecture has progressed through four distinct trends: 1) Distributed and de-centralized 2) Domain Controlled with early centralization 3) Inter Domain Controlled with more centralization 4) Zonal Control with Full Centralization We’ll examine how the IVN landscape, specifically LIN (Local Interconnect Network), FlexRay, CAN (Controller Are Network), CAN-FD (Controller Are Network – Flexible Data rate), SBC (Systems Basis Chips), and automotive Ethernet, have navigated these four trends, and what lies ahead.

How to close the gap between compromise, discovery and action with Network Detection and Response Network security becomes increasingly complex with each passing day, making it critical that busy security teams have full visibility and threat detection capabilities. A wide range of security appliances like firewalls, intrusion detection systems, and forensics may already be in place, but managing multiple interfaces and data sets may be more than any one person - or team - can use effectively.   Cloud-delivered network detection and response unifies network threat detection, forensics and integrated response, providing deep visibility into enterprise, cloud and industrial environments. The cloud makes it possible to apply multiple advanced analysis techniques such as machine learning, retrospective analysis, threat intelligence, behavior and anomaly detection in parallel to metadata and full-packet captures (PCAPs). In this webinar, Verizon cybersecurity experts will lead a discussion and present real use cases that show how to use network detection and response to deliver extremely reliable detections that leave attackers — even those executing multi-stage attacks — with no place to hide.

When organizations need to protect their on-prem networks, IT departments typically turn to old, legacy hardware boxes. These hardware boxes are expensive, hard to manage, and slow. To complicate matters further, legacy approaches to connectivity (re: MPLS) and security (re: on-prem firewalling and DDoS ‘scrubbing centers’) just don’t work for today’s distributed workforce and cloud-hosted applications. Between cloud app adoption growth and the work-from-home mode of operation becoming part of business as usual, the Internet is mission-critical: to share data, solve challenges, and stay connected. But as the importance of the internet increases so too do the risks of cyber threats and network demands. Join this informative webinar where you will hear experts discuss the death of network hardware appliances and how cloud-native architectures can help you continue to provide secure, enterprise-class connectivity. You can expect to learn: 1. The evolution of the network layer to the cloud 2. Modern WAN architectures for on-prem and cloud-hosted workloads 3. How virtual network functions delivered as-a-service enable organizations to increase their agility and reduce overall costs

Uncovering the indictors of a compromise requires visibility into your network and endpoint processes, and the knowledge of the tactics, techniques and procedures used by attackers. In this webcast, we’ll illustrate the telltale signs of a breach across various phases of the attack chain, and discuss how you can detect advanced threat actors within your network.

Uncovering the indictors of a compromise requires visibility into your network and endpoint processes, and the knowledge of the tactics, techniques and procedures used by attackers. In this webcast, we’ll illustrate the telltale signs of a breach across various phases of the attack chain, and discuss how you can detect advanced threat actors within your network.

Service Providers and Large Enterprises who view network infrastructure as a resource to be offered as differentiated services to customers will face challenges in managing those services over the lifetime that they operate. When a service is initially deployed, it will require multiple network resources to be allocated and configured along with customer, service, and ticket identifiers associated with the service instance. As the service moves from one lifecycle stage to another, this data can change making it challenging to track and update, and when a service is cancelled some resources may not be deallocated if updated tracking hasn’t been maintained. To efficiently manage a multitude of complex network services at scale, organizations need stateful orchestration, which is the ability to automate any network changes, orchestrate end-to-end service processes, and flexibly update and track a multitude of different data types related to each service. Whether it’s tracking details of a set of network devices, like VLANs, IP Addresses or ACLs, or managing intricate network services that span routers, firewalls, cloud, and IT systems, Itential’s Lifecycle Manager (LCM) can help. With LCM, teams are able to leverage stateful orchestration to keep tabs on infrastructure resources, critical details, and current statuses for all services by using workflows to automate common management processes and keep resource information up to date. Join us for a live discussion and demo where Peter Sprygada and Rich Martin will show you how to: • Understand LCM’s Stateful Orchestration features and identify relevant use cases. • Create a Resource Model for tracking data for a service. • Associate a workflow to an Action that will operate on a service instance. • Manage a service’s lifecycle process using Create, Update, and Delete Actions. • Review a network service’s details and history throughout its lifetime.

We are thrilled to invite you to a live Q&A session featuring industry experts, Paul Marshall, CCO & Founder and Marco Parmegiani, Solutions Architect Director. This session aims to delve into the significance of testing your device using a private LTE network and provide an opportunity for you to ask any questions you may have on the topic. Date: 28th June Time: 12pm Duration: 30-45 minutes Agenda: - Overview of testing your device using a private LTE network and its significance - Real-world applications and benefits of using private LTE networks as part of a testing and development strategy: - Device performance - Measurements - Stress testing - Security - Reliability - Live Q&A session: Addressing your questions and queries We encourage you to prepare any questions you may have regarding private LTE network testing, as this live Q&A session will provide a unique opportunity to have them answered by industry experts.

When you deploy Red Hat OpenShift on-prem and want to expand to a hybrid cloud environment, it can be challenging to provision your networking and security consistently across all environments. Now there’s a solution that easily connects your apps by provisioning the routing, VPNs, or NAT automatically across multiple clients and by providing a consistent security policy. Join us to discover the new F5 collaboration with Red Hat. This solution brings together the Red Hat OpenShift Container Platform with F5 Distributed Cloud secure multicloud networking. This provides a managed app environment across all clouds that enables organizations to achieve seamless, secure networking. We’ll provide a short demo of the joint solution, and you’ll discover how it can help reduce your digital complexity, lower your total cost of ownership, and help reduce your operational burden. In this webinar, we’ll cover: - The challenges of multicloud networking and security - How to easily provision networking, application connectivity, and unified security across hybrid or multiple clouds - How to enable application mobility between Elastic Kubernetes Service (EKS) and Red Hat OpenShift on AWS (ROSA). Register today, learn more