The Independent IT Influencer Event
Event: Networking Field Day 21
Appearance: NGINX Presents at Networking Field Day 21
Company: NGINX
Video Links:
Personnel: Nick Shadrin
This video is a demo of NGINX Unit, an open source, multilingual web and application server from the creators of the original NGINX web server.
Event: Networking Field Day 21
Appearance: NGINX Presents at Networking Field Day 21
Company: NGINX
Video Links:
Personnel: Michael Pleshakov
The Ingress Controller is one of the most critical parts of the Kubernetes platform, as it acts as the entry point for incoming traffic to applications running on Kubernetes. That’s why the Ingress Controller must be built on top of a prove and reliable load balancing technology, such as NGINX. The NGINX Ingress Controller combines the benefits of using Kubernetes control plane to manage load balancing configuration with the performance, reliability, and advanced features of NGINX or NGINX Plus.
Event: Networking Field Day 21
Appearance: NGINX Presents at Networking Field Day 21
Company: NGINX
Video Links:
Personnel: Rob Whiteley
NGINX started life as an open source web server. It has since grown to include load balancing, API management, and microservices networking capabilities. We’ll explain why this all fits together and how NGINX, combining forces with F5, solves application delivery challenge that span form the code in today’s modern apps to the customers expecting those apps to drive compelling digital experiences.
Event: Networking Field Day 21
Appearance: Itential Presents at Networking Field Day 21
Company: Itential
Video Links:
Personnel: Michael Wymer
Michael Wymer, VP of Engineering, presents Itential’s view of Network
Infrastructure as Code, and how the Itential Automation Platform enables organizations to drive network programmability. In this session Michael will demo how to combine network automation logic with software principles to support a network infrastructure as code strategy.
Event: Networking Field Day 21
Appearance: Itential Presents at Networking Field Day 21
Company: Itential
Video Links:
Personnel: Alex Degitz, Chris Wade
Alex Degitz, Product Manager, presents Itential’s Network Applications, which simplify the operations, configuration, service orchestration and policy management of complex multi-domain networks. In this session, Alex demo’s Itential’s Automation Studio for designing, building and running network automations.
Event: Networking Field Day 21
Appearance: Itential Presents at Networking Field Day 21
Company: Itential
Video Links:
Personnel: Anand Sanghani
Anand Sanghani, Solution Engineer, presents the integration, abstraction, and federation capabilities of the Itential Automation Platform (IAP). In this session, Anand gives an overview of IAP including Itential’s rich adapter ecosystem, how users can bring their own automation with Automation Gateway and the benefits of the architecture.
Event: Networking Field Day 21
Appearance: Itential Presents at Networking Field Day 21
Company: Itential
Video Links:
Personnel: Chris Wade
Chris Wade, Co-Founder and CTO, introduces Itential, which provides network automation software for multi-domain networks, enabling enterprise and service provider organizations to simplify and accelerate network automation. In this session, he presents the origins of Itential and introduces the core product architecture and portfolio. .
Event: Networking Field Day 21
Appearance: Intel Presents at Networking Field Day 21
Company: Intel
Video Links:
Personnel: Brian Johnson
Brian Johnson presents Intel Dynamic Device Personalization (DDP). He begins by discussing the transformation in protocol support requirements that drove the development of DDP NICs. Then he presents the DDP packages before moving to the packet filtering and queue steering packet strategy.
Event: Networking Field Day 21
Appearance: Intel Presents at Networking Field Day 21
Video Links:
Personnel: Brian Johnson, Jesse Brandeburg, Paul Jensen
Paul Jensen, Product Architect for Aerospike, joins Intel at Networking Field Day to present the benefits of Intel Application Device Queues (ADQ). He begins by presenting the Aerospike ecosystem in the realtime enterprise and their strategy to implement ADQ. Then he presents the results of performance testing, showing the real-world benefits of ADQ.
Event: Networking Field Day 21
Appearance: Intel Presents at Networking Field Day 21
Company: Intel
Video Links:
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.
Event: Networking Field Day 21
Appearance: Intel Presents at Networking Field Day 21
Company: Intel
Video Links:
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.
Event: Networking Field Day 21
Appearance: Barefoot Networks Presents at Networking Field Day 21
Company: Barefoot Networks
Video Links:
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.
Event: Networking Field Day 21
Appearance: Barefoot Networks Presents at Networking Field Day 21
Company: Barefoot Networks
Video Links:
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.
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.
Event: Networking Field Day 21
Appearance: Barefoot Networks Presents at Networking Field Day 21
Company: Barefoot Networks
Video Links:
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.
Event: Networking Field Day 21
Appearance: Barefoot Networks Presents at Networking Field Day 21
Company: Barefoot Networks
Video Links:
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.
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, demonstrates Tesuto by creating a test network in Amazon AWS with various components from leading networking companies.
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.
Event: Cloud Field Day 6
Appearance: Solo.io Presents at Cloud Field Day 6
Company: Solo.io
Video Links:
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.
Event: Cloud Field Day 6
Appearance: Solo.io Presents at Cloud Field Day 6
Company: Solo.io
Video Links:
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.
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