UKNOF45 - Improving Network Security and agility using 100Gbps SmartNICs
Speaker: Ahmad Atamlh (Mellanox) http://uknof.uk/45/ Mellanox have enhanced their popular ConnectX-5 and Connect-6 High Performance NICs by adding multiple on-board ARM processors and an Open V-Switch to create a hybrid NIC/System on a chip. The ARM cores on these devices can support various Linux distributions allowing some unique use-cases for improving network agility on bare metal servers and adding enhanced security and state-awareness to customer traffic loads. We will cover some examples where this new programmable technology can offer some interesting enhancements to traditional server/network architectures.

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UKNOF45 - Building a Greenfield Fixed-line ISP in 2019

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RAID vs HBA SAS controllers | What's the difference? Which is better?

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UKNOF45 - Mystique: A Fine-grained and Transparent Congestion Control Enforcement Scheme

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MIT Just Revealed the AI Bubble's Fatal Flaw

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SSH for Beginners: The Ultimate Getting Started Guide

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Virtualizing OPNsense on Proxmox as Your Primary Router

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Inside the Mind of Anthropic CEO Dario Amodei | The Circuit | Extended Interview

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How to Stop Cops From Using Wi-Fi to "See Through the Walls" of Your Home

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Keynote: After the AI Hype – What’s Real, and What’s Next - Richard Campbell - 2026

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UKNOF52 - WDM Basics

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MLOps in action: Operationalize your ML workflow using pipeline templates

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From zero to C++ in a year | pointblank's unique Music Production & Software Engineering degree

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Wireshark 101: How to Capture and Analyze Network Traffic for Beginners

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Cyberattacks, data encryption, extortion - How cybercriminals operate | DW Documentary

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Eric Bogatin on Breaking Bad Habits in PCB Design - AltiumLive Keynote

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The Biggest Hacking Mystery of Our Time: Shadow Brokers

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Conan O’Brien Mocks Trump At Harvard Commencement | Crowd Erupts During Viral Speech

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UKNOF52 - What's Happening in Optical Networks? The Evolution of Coherent Pluggable Optics

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Access Control Fundamentals: PART 1: Credentials, Formats, Keys & Mobile Explained

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