Intel Ethernet 800 Series Application Device Queues

Event: Networking Field Day 21

Appearance: Intel Presents at Networking Field Day 21

Company: Intel

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Personnel: Jesse Brandeburg

Jesse Brandeburg, Principal Engineer, presents the key features of the |ntel Ethernet 800 Series network adapters, focusing on Application Device Queues (ADQ). He discusses how ASQ works, what the benefits are, and what it requires.


Intel Ethernet Overview and 800 Series

Event: Networking Field Day 21

Appearance: Intel Presents at Networking Field Day 21

Company: Intel

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Personnel: Brian Johnson

Brian Johnson, Product Architect for Intel Ethernet, introduces the product line and discusses the recent updates, including the new Intel Ethernet 800 Series. He also presents the Flexible Packet Processing Pipeline and Switch Binary Classifier technologies.


Barefoot Networks Evolution of Networking

Event: Networking Field Day 21

Appearance: Barefoot Networks Presents at Networking Field Day 21

Company: Barefoot Networks

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Personnel: Chang Kim

Barefoot Networks Tofino ASICs deliver multi-Tb/s of packet processing with performance and programmability. Tofino and P4 change the way people design, build, and run their networks, as well as their distributed systems and applications. In this talk, Chang Kim introduces a few “killer applications” of these technologies.


Barefoot Networks Data Plane Telemetry and Deep Insight Demo

Event: Networking Field Day 21

Appearance: Barefoot Networks Presents at Networking Field Day 21

Company: Barefoot Networks

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Personnel: Roberto Mari

In this session, Roberto Mari demonstrates a scenario where a closed loop solution, leveraging Intel’s Deep Insight Network Analytics integration, can be used to self-heal network issues and automate policy changes to fix network performance bottlenecks.


Barefoot Networks Data Plane Telemetry and Deep Insight

Event: Networking Field Day 21

Appearance: Barefoot Networks Presents at Networking Field Day 21

Company: Barefoot Networks

Video Links:

Personnel: Roberto Mari

Accurate data-plane streaming telemetry and INT are becoming highly popular network monitoring techniques to gain the right level of visibility for business critical and performance sensitive applications. In this session, Roberto Mari covers the use cases for INT and discusses how Intel’s Deep Insight Network Analytics application can be used to speed up network troubleshooting, implement continuous monitoring, and realize closed-loop solutions.


Barefoot Networks Software, Architecture, and Strategy

Event: Networking Field Day 21

Appearance: Barefoot Networks Presents at Networking Field Day 21

Company: Barefoot Networks

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Personnel: Arkadiy Shapiro

In order to build differentiated solutions using Barefoot’s P4-programmable ASICs, a robust software stack is essential. This session introduces Barefoot’s core software strategy and the architecture of P4 Studio Software Development Environment. It then highlights several network operating system integrations and data plane programmability use cases.


Barefoot Networks Introduction and Synergies Within Intel

Event: Networking Field Day 21

Appearance: Barefoot Networks Presents at Networking Field Day 21

Company: Barefoot Networks

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Personnel: Ed Doe

Barefoot Networks has created technology which brings full end-user programmability to high-performance packet processing with its Tofino and Tofino 2 family of P4-programmable Ethernet switch ASICs. Barefoot is now an Intel company and this presentation covers the journey so far and the road ahead. It includes details on how Barefoot fits into Intel’s Data-Centric vision and goes over synergies with other groups in Intel.


Demonstrating Network Emulation at Scale with Tesuto

Event: Networking Field Day 21

Appearance: Tesuto Presents at Networking Field Day 21

Company: Tesuto

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Personnel: Chris Bradley

Chris Bradley, Co-Founder and CTO, demonstrates Tesuto by creating a test network in Amazon AWS with various components from leading networking companies.


Network Emulation at Scale with Tesuto

Event: Networking Field Day 21

Appearance: Tesuto Presents at Networking Field Day 21

Company: Tesuto

Video Links:

Personnel: Chris Bradley

Chris Bradley, Co-Founder and CTO, introduces Tesuto. He begins with what the company is before introducing the engineers who created the technology. He proposes that the evolution of the networking industry makes emulation a key enabler for intent-driven, self-provisioning, managed networks. Current technologies are limited in scale, difficult to deploy and maintain, and limited in software versions. Tesuto includes an emulation platform, orchestration engine, public/private cloud support, RESTful APIs, python library, visual graph builder, and network validation. The overlay network technology is patented, built for network engineers, and developer-friendly. Tesuto has provided labs for NANOG Hackathons, Corero demonstrations, and training by Network to Code.


Solo.io Loop and Squash for Application Observability and Resilience

Event: Cloud Field Day 6

Appearance: Solo.io Presents at Cloud Field Day 6

Company: Solo.io

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Personnel: Idit Levine

Ensuring the resilience and failure tolerance of cloud-native applications require visibility into systems that are fundamentally distributed. We will show how the Service Mesh Hub allows us to extend any underlying service mesh in order to provide a myriad of tools for maintaining the application health. from monitoring and tracing to chaos engineering. We will focus on Loop, a service mesh extension that records microservices transactions in real-time, enabling identification and postmortem interrogation of failures.


Solo.io Service Mesh Interface and Hub

Event: Cloud Field Day 6

Appearance: Solo.io Presents at Cloud Field Day 6

Company: Solo.io

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Personnel: Christian Posta

Service mesh technology decouples the business logic of the application from the application network, efficiently controlling the communication between microservices in the ephemeral dynamic cloud environment. Organizations looking to adopt a service mesh are faced with a myriad of choices, making adoption difficult and risky. In addition, different public cloud providers offer different meshes, forcing multi-cloud application to interact with multiple meshes. We will share our vision of the Service Mesh Interface and its implementation in the Service Mesh Hub. The Hub provides a unified front for all meshes, allowing users to swap meshes, extend their functionalities, combine meshes into a single flat mesh and more.


Solo.io Gloo – a Next-Generation API Gateway

Event: Cloud Field Day 6

Appearance: Solo.io Presents at Cloud Field Day 6

Company: Solo.io

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Personnel: Idit Levine

The microservices model of cloud applications promises great agility and scalability in delivering innovation to customers. Adoption of microservices architecture requires a robust way to control, secure and observe distributed applications in a multi-cloud environment. These tasks are met by Gloo, our next generation API gateway.

Gloo allows users to gradually adopt microservices and serverless architecture, helping them to extend the value of existing applications while delivering new functionality to customers.

Gloo is Kubernetes native, built on top of the community-vetted Envoy proxy, and interfaces with many cloud-native projects to provide agility, security and observability.


Meet Solo.io

Event: Cloud Field Day 6

Appearance: Solo.io Presents at Cloud Field Day 6

Company: Solo.io

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Personnel: Idit Levine

The mission of Solo.io is to provide tools for supporting the transformation journey from legacy applications to cloud—native environments in a way that is robust, secure and flexible. The company, with headquarters in Cambridge MA, launched at KubeCon in Dec 2018.


VMware Cloud Foundation Demo

Event: Cloud Field Day 6

Appearance: Dell Technologies Presents at Cloud Field Day 6

Company: Dell Technologies

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Personnel: Anil Kapur, Kit Colbert, Rishabh Gandotra

A brief demo of the ordering and provisioning process of VMware Cloud Foundation on Dell EMC.


Delivering the Cloud Model to the Data Center and Edge with VMware and Dell Technologies

Event: Cloud Field Day 6

Appearance: Dell Technologies Presents at Cloud Field Day 6

Company: Dell Technologies

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Personnel: Kit Colbert

VMware Cloud on Dell EMC combines the simplicity and agility of the public cloud with the security and control of on-premises infrastructure, delivered as a-service to data center and edge locations. This fully managed VMware service provides simple, secure, and scalable infrastructure for customer’s on-premises datacenter and edge locations. This unique approach empowers you to focus on business innovation and differentiation, while VMware operates the entire infrastructure end-to end.


VMware Cloud Foundation on Dell EMC VxRail

Event: Cloud Field Day 6

Appearance: Dell Technologies Presents at Cloud Field Day 6

Company: Dell Technologies

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Personnel: Mark Chuang

VMware Cloud Foundation on VxRail delivers an experience you won’t find on any other infrastructure running VMware Cloud Foundation. VMware Cloud Foundation on VxRail builds upon native VxRail and Cloud Foundation capabilities with unique integration features jointly engineered between Dell EMC and VMware that simplify, streamline, and automate the operations of your entire SDDC from Day 0 through Day 2 operations.


Dell EMC VxRail – The Foundation for Hybrid Clouds

Event: Cloud Field Day 6

Appearance: Dell Technologies Presents at Cloud Field Day 6

Company: Dell Technologies

Video Links:

Personnel: Rick Reddy

Whether you are accelerating data center modernization, deploying a hybrid cloud or creating a developer-ready Kubernetes platform, VxRail delivers a turnkey experience that enables our customers to continuously innovate. The only fully integrated, pre-configured, and pre-tested VMware hyperconverged system powered by VMware vSAN on the market, VxRail transforms HCI networking and simplifies VMware cloud adoption, while meeting any HCI use case – including support for many of the most demanding workloads and applications.


Dell Technologies Cloud Overview

Event: Cloud Field Day 6

Appearance: Dell Technologies Presents at Cloud Field Day 6

Company: Dell Technologies

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Personnel: Varun Chhabra

A brief introduction to Dell Technologies Cloud and their vision for providing an experience that is similar to the elasticity of public cloud on-premises.


ExtraHop Reveal(x) Cloud Product Demo

Event: Cloud Field Day 6

Appearance: ExtraHop Presents at Cloud Field Day 6

Company: ExtraHop Networks

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Personnel: Jeff Deininger

This session is a walk through of a live demo of Reveal(x): ExtraHop’s Network Detection and Response (NDR) platform. Organizations relying only on SIEM and EDR to protect their critical assets remain exposed to attackers who can easily disable logging and circumvent endpoint protection agents.

But all attack campaigns unfold over the network as one compromised system communicates with others, which allows NDR to uncover and neutralize attach campaigns in real time.

Jeff’s presentation underscores what is required from an NDR product for sophisticated threat detection, and effective response across a sprawling and dynamic attack surface that included datacenter, cloud, and branch office.


ExtraHop Architecture Chalk Talk

Event: Cloud Field Day 6

Appearance: ExtraHop Presents at Cloud Field Day 6

Company: ExtraHop Networks

Video Links:

Personnel: Corey Bodzin

The ExtraHop platform was built to deliver visibility, detection, and investigation at massive scale. We consume a copy of unstructured network traffic from across your entire environment – from the data center, to the cloud, to the remote site – using a tap or port mirror.

Cloud Computing has rapidly changed the way we do business, but regulations like GDPR have placed a spotlight on the importance of designing security into the cloud from the start.

The ExtraHop stream processor performs line-rate decryption, decoding, and full-stream reassembly for every transaction. The end result is structured wire data that can be analyzed, explored, and fully leveraged for investigation and remediation. It’s our wire data that keeps our machine learning focused, precise, and uniquely reliable.


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