Packet Pushers’ Post

If you're not familiar with RPKI and some of the ways we're making the internet more secure and with fewer disruptions, check out the latest Telemetry Now podcast where I talk to Doug Madory and Job Snijders about recent milestones with RPKI and how simple mechanisms like ROV expiration can play a role in securing routing and maintaining a more stable internet. Check it out! Kentik #routing #internet #rpki #bgp https://lnkd.in/dgxYfkMC

The weekly blog post is published! In our modern world, the internet is used in almost every industry for various tasks. This week's blog post just scratches the surface of the internet along with protocols, protocol layers and more! Click on the link below to read more. https://lnkd.in/gte_Uaeb

Distance no longer matters means 1. Network delay doesn’t affect speed. 2. Network delay doesn’t affect sharing the bandwidth fairly. Why is it so important that I picked it as the slogan? Because 1. Traditional network protocols like TCP/HTTP/FTP/SFTP can do none of those, which means a. the speed degrades a lot along the network delay getting higher b. Transfers with low network delays always squeeze out transfers with higher delays These are hot topics in academic research area where you can achieve a master or doctoral degree. 2. Not many other competitive products can do either of them, which is why they don’t brag/demonstrate it like how filash does. a. High speed is easily achievable with human assistance, but extremely hard to make it adapt regardless of network conditions without human tuning of parameters, and not overwhelming the network. Semi-auto is easy, full-auto is almost impossible! b. It is way harder to keep every transfer sharing the bandwidth fairly regardless of different network delays while still maintaining the highest individual speeds without overwhelming the network. Individual fast is easy, fair fast is almost impossible! Filash achieved both of them! 1. Filash transfers are always as fast as the storage/bandwidth regardless network delays, fully automatically, no human tuning needed whatsoever! Full-auto locks in! 2. All transfers share the bandwidth fairly regardless various network delays, while maintaining the highest individual speeds! 3. A bonus that filash is proactively friendly to traditional protocols, which was designed on purpose because traditional protocols are dominant for www, and messaging apps. Fair fast locks in! Filash wipes off all your concerns and pains on your content delivery task, just kick it start and go enjoy your vacation! So this is why distance no longer matters with filash!

Are you making the most of your network bandwidth? In The CTO Club's latest guide, we break down practical tips and tools to help you maximize your network's potential. Whether you're facing sluggish speeds or want to optimize for peak performance, learn how to: ⚙️ Fine-tune bandwidth allocation 📊 Monitor performance in real time 📈 Future-proof your network infrastructure #networking #bandwidth #IT #CTO #networkoptimization #TheCTOClub

Just because link bonding has been around for more than a decade doesn't mean it can't evolve. In modern SD-WAN environments, flow balancing and duplication help traditional link bonding technologies strengthen networks and improve performance. I guess you can teach an old dog new tricks.

Just because link bonding has been around for more than a decade doesn't mean it can't evolve. In modern SD-WAN environments, flow balancing and duplication help traditional link bonding technologies strengthen networks and improve performance. I guess you can teach an old dog new tricks.

My new Medium article , Demystifying Protocols: Understanding the Backbone of Internet Communication.I explain the key protocols that power the internet and how data moves across networks. This is a follow-up to my previous article on the OSI model.

!! Join Webinar !! Joining Link :- https://lnkd.in/gxHP97Ze Presented by Guest Speaker: Associate Professor Changqing An 22 May 2024 - 15:00 - 16:00 (UTC+10) BGPWatch offers an extensive overview of BGP routing and analysis. It highlights incidents related to route hijacking, identifies victims and attackers, and presents hijack statistics, routing paths, and various other features. Moreover, the platform ensures rapid response times and issues event alerts via email. It evaluates the severity of events and offers event replay capabilities, all aimed at effectively aiding network operators. Additionally, BGPWatch provides a range of tools for network monitoring, including a dashboard showcasing essential AS information, displaying forward, reverse, and bi-directional routing paths, and supporting subscriptions. This webinar will cover: BGP route hijack detection BGP route diagnosis BGP route monitoring

Just because link bonding has been around for more than a decade doesn't mean it can't evolve. In modern SD-WAN environments, flow balancing and duplication help traditional link bonding technologies strengthen networks and improve performance. I guess you can teach an old dog new tricks.

Say goodbye to legacy constraints: Embrace distributed OTN switching today! 💡🔍 Discover how distributed OTN switching can tackle the limitations of legacy systems. This White Paper explores the shift from traditional OTN to a distributed model, offering cost-effective, scalable solutions for modern networks. Perfect for optical communications leaders and network architects seeking cutting-edge efficiency and reduced operational costs. Download now for a future-ready network! 📈🔧