Archive

Category Archives for "Packet Pushers Podcast"

Day Two Cloud 115: Software-Defined Interconnects With Console Connect (Sponsored)

Today's Day Two Cloud sponsored episode dives into software-defined interconnects. The big idea is that you go up to a Web browser, click a few times, and now you've got a circuit stood up between your data center and AWS, or between you and a business partner, and so on. We'll get into the details about how it's done with Console Connect, a PCCW Global company.

Network Break 350: Intel Pledges Billions For European Chip Factories; Facebook Reveals New Data Center Design

This week's Network Break podcast wonders what Intel wants in return for a multi-year, multi-billion pledge to build European chip factories, marvels at Facebook's newly revealed data center designs, analyzes Comcast's Masergy acquisition, and more.

The post Network Break 350: Intel Pledges Billions For European Chip Factories; Facebook Reveals New Data Center Design appeared first on Packet Pushers.

Network Break 349: T-Mobile Fails To Protect Millions Of Customer Records; Ciena Buys Vyatta Router

Today's Network Break podcast opines on why Ciena acquired the Vyatta router from AT&T (and why AT&T wanted to sell), how T-Mobile failed current and former customers via a breach that exposed sensitive details on millions of people, financial results from HPE and Dell Technologies, and more.

The post Network Break 349: T-Mobile Fails To Protect Millions Of Customer Records; Ciena Buys Vyatta Router appeared first on Packet Pushers.

Heavy Networking 596: Weaponizing Firewalls And Middleboxes For DDoS Attacks

Today's Heavy Networking podcast dives into academic research on DDoS attack techniques. Our guests have published a paper about how the TCP protocol and middleboxes such as firewalls can be weaponized by bad actors and used in reflective amplification attacks. We discuss technical details, how they performed this research, potential countermeasures, and more.

The post Heavy Networking 596: Weaponizing Firewalls And Middleboxes For DDoS Attacks appeared first on Packet Pushers.

Heavy Networking 596: Weaponizing Firewalls And Middleboxes For DDoS Attacks

Today's Heavy Networking podcast dives into academic research on DDoS attack techniques. Our guests have published a paper about how the TCP protocol and middleboxes such as firewalls can be weaponized by bad actors and used in reflective amplification attacks. We discuss technical details, how they performed this research, potential countermeasures, and more.

Day Two Cloud 113: Multi-Cloud Network Visibility And Automation With Aviatrix (Sponsored)

Today's Day Two Cloud episode dives into multi-cloud networking with sponsor Aviatrix. Aviatrix offers a cloud network platform with a common data plane and operational model that works across public clouds and supports visibility and automation. We dig into the product with Aviatrix guests and a customer.

The post Day Two Cloud 113: Multi-Cloud Network Visibility And Automation With Aviatrix (Sponsored) appeared first on Packet Pushers.

Tech Bytes: Fortinet Secures Work-From-Anywhere With SD-WAN And ZTNA (Sponsored)

Today on the Tech Bytes podcast we explore the evolution of SD-WAN to encompass Zero Trust Network Access, or ZTNA. Our sponsor is Fortinet and we’ll dig into how Fortinet’s SD-WAN and FortiClient combine to support work from anywhere with zero trust.

The post Tech Bytes: Fortinet Secures Work-From-Anywhere With SD-WAN And ZTNA (Sponsored) appeared first on Packet Pushers.

Network Break 348: Ransomware Bedevils Cyber Insurance; TSMC To Raise Chip Prices

This week's Network Break examines how ransomware has insurers rethinking premiums and coverage limits, discusses the pros and cons of ISPs sharing flow records with security companies, digs into Arista's efforts to tackle the router market, pontificates on TSMC chip price hikes, and more tech news analysis.

The post Network Break 348: Ransomware Bedevils Cyber Insurance; TSMC To Raise Chip Prices appeared first on Packet Pushers.

1 93 94 95 96 97 260