Druva Real-time Ransomware Response and Recovery

Event: Security Field Day 10

Appearance: Druva Presents at Security Field Day 10

Company: Druva

Video Links:

Personnel: Badri Raghunathan

As data is growing, the challenges associated with protecting and managing that data, wherever it resides, are compounding. Druva takes real-world ransomware experiences and showcases Druva’s unique capabilities to address inherent gaps in security with a 100% cloud native architecture.


Why Backup and Data Protection Needed to be Reinvented with Druva

Event: Security Field Day 10

Appearance: Druva Presents at Security Field Day 10

Company: Druva

Video Links:

Personnel: Badri Raghunathan

In today’s dynamic business environment, organizations are continuously assessing their priorities, including the ability to recover from ransomware,
reducing costs and complexity, modernizing IT infrastructure with an accelerated cloud strategy, empowering a secure hybrid workforce, and improving efficiencies with AI and automation. Druva leads the discussion on what organizations can do to better manage these evolving challenges.


Druva Analysis of Ransomware Attacks – Their Gain Your Loss

Event: Security Field Day 10

Appearance: Druva Presents at Security Field Day 10

Company: Druva

Video Links:

Personnel: Neil Ashworth

Using open source reporting we analyze recent high profile breaches believed to be by the same threat actor, “Scattered spider” and will discuss lessons learned from each that can help strengthen your cyber incident response plan.


Druva’s Data Resiliency Cloud with Neil Ashworth

Event: Security Field Day 10

Appearance: Druva Presents at Security Field Day 10

Company: Druva

Video Links:

Personnel: Neil Ashworth

We briefly explore Druva’s Data Resiliency Cloud, empowering organizations efforts in data center modernization, ransomware recovery, cyber resilience, multi-cloud and end user protection.


Forward Networks Demo: How a Digital Twin Transforms Network Security

Event: Security Field Day 10

Appearance: Forward Networks Presents at Security Field Day 10

Company: Forward Networks

Video Links:

Personnel: Matt Honea, Mike Lossmann

So how does it work? Our seasoned network engineer, Mike Lossmann pops open the Forward Enterprise application to walk the XFD audience through the full network digital twin functionality. Mike guides the delegates through intent-checking and blast radius exposure, security posture / zero trust and network vulnerabilities, network verification for layer 3 to layer 7, the discovery of rogue devices, and configuration validity all within one app.


The Game Changer – Network Digital Twin for Network Security with Forward Networks

Event: Security Field Day 10

Appearance: Forward Networks Presents at Security Field Day 10

Company: Forward Networks

Video Links:

Personnel: Matt Honea, Mike Lossmann

Why are so many network security breaches hitting the headlines lately? Former State Department cybersecurity professional Matt Honea guides the Security Field Day audience through the latest news-worthy exploitations of network vulnerabilities and how a network digital twin could have mitigated the disasters. Matt outlines the key steps to build a successful network security program and key areas that the Forward Enterprise platform directly supports.


Demo: Elastic Energy Distributed Edge Infrastructure with Intel Ethernet and Intel IPU

Event: Networking Field Day 33

Appearance: Intel Presents at Networking Field Day 33

Company: Intel

Video Links:

Personnel: Brian Johnson

In this session, Brian will demonstrate how we can implement a federated energy observability/manageability stack to achieve “Energy Elastic Edge” configuration for optimized Carbon Footprint and Energy Costs with 3 Key Strategies:

  • Adaptive systems that implement energy proportionality in multiple levels
  • System and federated approaches for observability and control
  • Energy Time/Space shifting across large scale deployments and Sustainability APIs between workloads and SW System


Intel Demo Achieving Power Savings for Comms Workloads Using Localized Workload Telemetry

Event: Networking Field Day 33

Appearance: Intel Presents at Networking Field Day 33

Company: Intel

Video Links:

Personnel: Patrick Kutch

In this session Patrick Kutch, Principal Engineer, will discuss and demonstrate the pathfinding work he has been doing using a “Telemetry Pipe” from a workload that can be used to quickly and dynamically optimize power utilization.


Improving Sustainability at the Edge with Intel Energy Elastic Systems

Event: Networking Field Day 33

Appearance: Intel Presents at Networking Field Day 33

Company: Intel

Video Links:

Personnel: Brian Johnson

In this session Brian Johnson, Sr. Solutions Architect, will discuss different operational carbon footprint optimization possibilities, the latest pathfinding research for optimizing power consumption and architecture concepts using Intel Ethernet and Intel Infrastructure Processing Units (Intel IPU). The discussion will focus on two aspects of Energy Elastic Systems from customer perspective.

1. Business Level Service Level Objective: Workload KPI (Key Performance Indicators) will determine infrastructure for deployments.

2. Energy and Carbon Service Optimizations: Optimize energy consumption and carbon footprint by introducing “Energy Elasticity” and Carbon centric observability, predictions, and orchestration.


Intel Networking for AI with Naru Sundar

Event: Networking Field Day 33

Appearance: Intel Presents at Networking Field Day 33

Company: Intel

Video Links:

Personnel: Naru Sundar

With generative AI and other ML workloads exploding, the design and structure of fabrics interconnecting AI elements becomes an important concern. This talk walks through the current state of the AI networking fabric and discusses challenges and tensions arising from the use of proprietary technologies. We present a view of a more open, standards based approach and some recent trends that leads us towards that including developments in the network protocol stack for reliable transport form Intel as well as the Ultra Ethernet consortium’s reliable transport initiative.


Securing Remote Users and Micro Branches with Fortinet Universal SASE Demo

Event: Networking Field Day 33

Appearance: Fortinet Presents at Networking Field Day 33

Company: Fortinet

Video Links:

Personnel: Michael Lippman

The flexible connectivity demonstration of Fortinet Universal SASE encompasses a comprehensive walkthrough of various key components. This includes a detailed exploration of Secure Internet Access (SIA) through both Agent-based and Agentless approaches. Additionally, it covers the Micro Branch use case utilizing FEX wireless WAN (LTE/4G), as well as a walkthrough of Secure Private Access (SPA) facilitated by SD-WAN. Lastly, it delves into a walkthrough of Universal Zero Trust Network Access (ZTNA).


Flexible Connectivity Options to Secure Remote Users, Micro Branches and Campuses with Fortinet Universal SASE

Event: Networking Field Day 33

Appearance: Fortinet Presents at Networking Field Day 33

Company: Fortinet

Video Links:

Personnel: Satish Madiraju

With the hybrid workforce model becoming a permanent fixture, it is imperative for organizations to maintain a consistent network and security experience across all edges, which encompass remote users, micro-branches, and campuses. This consistency is essential for streamlining operations.


Orchestrating SD-WAN Policies and Monitoring Traffic with Fortinet Secure SD-WAN

Event: Networking Field Day 33

Appearance: Fortinet Presents at Networking Field Day 33

Company: Fortinet

Video Links:

Personnel: Michael Lippman

The Fortinet Secure SD-WAN demo offers an in-depth exploration of policy orchestration, monitoring, and security, particularly the implementation of a Zero Trust model. This centralized approach not only simplifies the process but also ensures scalability to accommodate thousands of sites. It seamlessly integrates with the Fortinet Security Fabric, fortifying the protection of users, devices, and applications across the board.


Fortinet Secure SD-WAN is Foundational to SASE Journey

Event: Networking Field Day 33

Appearance: Fortinet Presents at Networking Field Day 33

Company: Fortinet

Video Links:

Personnel: Rami Rammaha

With Fortinet Secure SD-WAN, organizations can improve application experience, secure connectivity, and enhance operations, all leading to improved user experience. In addition, organizations can transform and secure the WAN with on-premises security. At the same time, they have the flexibility to extend security in the cloud with FortiSASE. The de-centralized, autonomous controller ensures scalable and resilient network.


Overview of Fortinet Universal SASE

Event: Networking Field Day 33

Appearance: Fortinet Presents at Networking Field Day 33

Company: Fortinet

Video Links:

Personnel: Satish Madiraju

Fortinet Universal SASE uniquely converges networking and security to support today’s hybrid workforce. It expands network edges and new microbranches to enable secure access to applications. Our SASE solution also provides high ROI through consolidation and improved digital user experience. We offer a robust network of over 100 global SASE locations to enable broad coverage and scalability.


Nokia SR Linux and Generative AI Combine for Network AIOps

Event: Networking Field Day 33

Appearance: Nokia Presents at Networking Field Day 33

Company: Nokia

Video Links:

Personnel: Erwan James

When combined with AI platforms like ChatGPT, network AIOps opens new possibilities and use cases in advanced network automation and enhanced operations. This presentation and demo will showcase how an IP router powered by the Nokia SR Linux NOS , can be easily integrated with Generative AI tools like ChatGPT to deliver a powerful capability of managing routers in everyday natural language.


Configure Devices and Stream Telemetry with Nokia and Open-Source gNMIc

Event: Networking Field Day 33

Appearance: Nokia Presents at Networking Field Day 33

Company: Nokia

Video Links:

Personnel: Karim Radhouani

This presentation and demo will review gNMIc , an open-source feature rich gNMI client and telemetry collector. The purpose of gNMIc is to simplify and automate the process of sending and receiving gNMI requests to network devices, making it easier for network administrators to manage and monitor their networks. Nokia contributed gNMIc to OpenConfig and still maintains the project.


Lab as Code with Nokia Containerlab

Event: Networking Field Day 33

Appearance: Nokia Presents at Networking Field Day 33

Company: Nokia

Video Links:

Personnel: Roman Dodin

With the growing number of containerized Network Operating Systems grows the demand to easily run them in the user-defined, versatile lab topologies. This presentation and demo will review Containerlab, an opensource project and CLI tool designed to deploy networking lab topologies with the Lab-as-Code approach.


RG Nets rXg on the Management Plane

Event: Networking Field Day 33

Appearance: RG Nets Presents at Networking Field Day 33

Company: RG Nets

Video Links:

Personnel: Alek Murray, Clint Kennedy

The RG Nets rXg provides important management functionality for network operators, including multi-vendor wired/wireless infrastructure management, comprehensive reporting and log retention, no/low touch provisioning, multi-site management.

In the presentation at Networking Field Day 33, RG Nets showcased their rXg platform’s extensive management capabilities for network operators, emphasizing its multi-vendor wired and wireless infrastructure management. Clint Kennedy and Alek Murray highlighted the platform’s ability to take command and control of third-party systems, offering features such as template configurations and a built-in hypervisor for rapid deployment. The system can automatically discover neighboring devices using protocols like LDP and CDP, creating customizable network maps that show link statuses and VLAN associations. This comprehensive management extends to both wired and wireless networks, allowing for unified policy application across different types of infrastructure.

The rXg platform also excels in reporting and log retention, offering customizable log rotation periods and priority levels to ensure essential data is preserved even when storage capacity is limited. Logs can be offloaded to external servers, and the system supports hardware upgrades or deployment on customer-provided hardware for extended log retention. Zero and low-touch provisioning features significantly simplify device setup and deployment, reducing the time and manpower required for network installations. The platform supports both zero-touch provisioning (ZTP) and a one-touch provisioning method for devices that do not support ZTP, facilitating quick and efficient network configurations.

Fleet Manager, a key component of the rXg platform, enables centralized management of multiple remote sites, including software updates, configuration templates, and ZTP deployments. It consolidates reports from various sites and supports multi-tenancy, allowing different customers to access specific groups of sites with role-based access control (RBAC). The system also includes a Bastion Host feature for secure, certificate-encrypted traffic tunnels between remote sites and Fleet Manager. This comprehensive suite of tools ensures that network operators can manage complex, multi-site deployments with ease, maintaining high levels of security and operational efficiency.


RG Nets rXg on the Data Plane

Event: Networking Field Day 33

Appearance: RG Nets Presents at Networking Field Day 33

Company: RG Nets

Video Links:

Personnel: Alek Murray, Clint Kennedy

The RG Nets rXg automates important network data plane operations to ensure a secure, high-performance network experience for all users; micro-segmentation by user, class or device type, traffic shaping and airtime equalization, DHCP/DNS, content filtering, more.

RG Nets’ rXg platform is designed to simplify and automate complex network operations, ensuring a secure and high-performance experience for users. By leveraging multiple pre-shared keys (PSK) along with 802.1X and captive portals, rXg reduces the need for multiple SSIDs, streamlining network management. This system enables micro-segmentation by dynamically assigning VLANs and subnets based on user identity, device type, or group, which allows for efficient policy enforcement, such as bandwidth allocation and device limits. This approach makes it possible to manage various environments like hotels, student housing, and office buildings with ease, ensuring each user or device is placed in its own layer 2 and layer 3 boundary, facilitating seamless device discovery and connectivity.

The platform’s capability to dynamically build and manage VLANs, subnets, and DHCP scopes significantly reduces the time and effort required to configure network policies. By automating these processes, RG Nets’ rXg can scale from single-site deployments to large-scale multi-site networks, maintaining consistent policy enforcement across different manufacturers’ equipment. This flexibility is particularly beneficial in mixed environments, where supply chain issues may necessitate the use of different vendors’ hardware. The system’s template-based configuration ensures that policies are uniformly applied, regardless of the underlying hardware, simplifying network management and reducing the potential for configuration errors.

Moreover, RG Nets’ rXg addresses common challenges in network management, such as multicast DNS (mDNS) issues in segmented networks, by ensuring that devices within the same VLAN can discover each other without additional configuration. The platform also features advanced traffic shaping capabilities, dynamically adjusting bandwidth allocation based on real-time usage to prevent network congestion and ensure a fair distribution of resources. This is particularly useful in environments with high bandwidth demands, such as gaming or streaming, where it can prevent individual users from monopolizing the connection. Additionally, rXg supports various tunneling and VLAN extension techniques, such as Q-in-Q and SPB, to overcome the limitations of traditional VLANs, further enhancing its scalability and flexibility.


« Previous Page
Next Page »