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Metaverse...have you met AcceleRoute?

  The Internet is a testament to the power of evolution.  But there's a bigger picture looming.  A discontinuity.  Driven by a new breed of application environments including the Metaverse, multi-player gaming, VR and more.  Will this drive the need for a "new Internet"?  Many believe, as a minimum, networking will need a serious upgrade.  Moore's Law can cover us for throughput for awhile, but latency is a different story.  The speed of light creates the limit.  No getting around that.  There is only one solution.  Park the services closer to the users.  And that ushers in a new architectural paradigm in the form of Edge Data Centers.  Those facilities will operate in global federations, serving tight geographies while hot-syncing with each other.  A tidy solution.  Job done, right?  Not so fast. 
 

If people only cared about what and who is geographically close to them, we might be ok.  Remember we need to park the services AND THE DATA close to the users.  We're not talking about old slow data like websites, but the fast stuff like fast-twitch gaming, or VR, or avatar movements in the Metaverse.  How can a byte in Tokyo stay in "white-hot" sync with a byte in London?  Predictive caching, that's how.  The new frontier.  The geography-buster.  Let's say you’re VR-interacting with someone across the planet, there will be a lag.  It won't feel real.  But what if the application servers use laws of physics to predict far-end movement for local render, with algorithms to reconcile laggy incoming real-position data.  Done right, that might feel real.  Take that example and scale it in all directions.  That's the future.  Can incrementally-evolved networks handle that?  Its anybody's guess what the future of networking will look like but let's try anyway.    

Some believe this brave new application world will be the catalyst for significant infrastructure change.  Not the " N+1" kind, but the "all-new" kind.  The kind we thought we'd never need because incremental upgrades were getting it done.  But that was before the Metaverse discontinuity.   
 

AcceleRoute is a forward-thinking next-generation network architecture designed for this category of challenge.  All-new thinking.  Designed from the ground up around a bufferless core architecture, AcceleRoute achieves network throughput and latency on a scale not seen before.  Bufferless means no hops.  Essentially an endless supply of instantly provisioned virtual direct links, each with as much dynamic bandwidth as needed at any point in time.  Incorporating novel paradigms like network fusion and expansion by constellations, AcceleRoute can scale to new orders of magnitude, all while embracing absolute simplicity for network control and management.  An infinitely-expandable network, based on new principles, that can glue CPUs/DPUs/GPUs to globalized data with one seamless fabric. 

Perhaps a full AcceleRoute solution won't be required, but it’s likely the pursuit of network optimizations will be relentless.  AcceleRoute represents 2 decades of invention embodied by 36 patents with over 700 claims and more on the way.  That's a massive starting position for anyone playing the long game.  


in-high-frequency-trading-every-nanosecond-counts

In High Frequency Trading, Every Nanosecond Counts!

Data Network Designer

  In the financial world of high frequency trading, high-performance computers are duking it out in real time to score on instantaneous profit opportunities that appear and vanish in the blink of an eye.  According to Bob Laliberte, Senior Analyst at ESG Global, "It’s critical for HFT organizations to eliminate potential network latencies from the start, by employing advanced, next-generation network platforms that leverage intent-based logic, ultra-low latency (ULL), high availability, and ease of management." Networking giants like Cisco are very aware of this need, and that knowledge fueled their 2020 acquisition of Exablaze, a company specializing in the design and manufacture of devices that can deliver ultra-low latency network performance.  "Clearly, this technology infusion will enable a next-generation platform and enhance Cisco’s solid domain expertise in the financial sector", said Laliberte.  

Delivering near "instantaneous" trading will require a next generation physical network designed to deliver highly predictable end-to-end bandwidth featuring ultra-low latency. "Zero-hop" network designs such as AcceleRoute can achieve this through a bufferless architecture that delivers ultra-low latency approaching that of direct links while eliminating congestion in the network core.


the-metaverse-will-change-everything-

The Metaverse will change everything!  

  It will change how we interact. How we consume information. How we have fun.  What devices we use.  And underlying all of that is networking.  And that will change too.  "IT infrastructure that powers the Internet will need major upgrades to bring the Metaverse from theory to practice, according to Raja Koduri, SVP and GM of Accelerated Computing Systems and Graphics at Intel. “(The metaverse will) need several orders of magnitude more powerful computing capability, accessible at much lower latencies across a multitude of device form factors. To enable these capabilities at scale, the entire plumbing of the internet will need major upgrades.”

Metaverse quality of experience will be intimately tied to networking performance, and latency will be key.  Delivering an "instantaneous" Metaverse experience will require a next generation physical network that is designed to deliver highly predictable end-to-end bandwidth with ultra-low latency.  "Zero-hop" network designs such as AcceleRoute can achieve this through a bufferless architecture that delivers latency approaching that of direct links while eliminating congestion in the network core.


For more information visit the AcceleRoute webpage at www.InventionShare.com 

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