NetEqualizer News Blog News, Updates, Questions and Answers about NetEqualizer Bandwidth Shaping Technology

We can do that quite easily with our bandwidth controller, but for those of you that have a straightforward rate limiting controller with out dynamic intelligence in-built, you could be capable of try this manually if that you could limit individual connections. For instance, you might need a user with a 50 megabit circuit. You wouldn’t are looking to limit their entire circuit down to 2 megabits, but that you can limit any stream it really is pulling over 4 megabits down to 2 megabits, and video will still functionality and the buyer will keep to have access to the 50 meg circuit for other capabilities. By restricting just “streams” and not all the circuit you are going to trick the smart video capabilities to backtrack on their decision. NetEqualizer strives to be a set and forget form of bandwidth manager but it has a lot for the ones that need micro manage it to boot.

You can set hard limits on IPs, create Pools which have a specific amount of bandwidth and then stick IPs into those pools as members so all of the IPs in the pool can use up to the pools distinct hard limit. You can set connection limits on IPs. Also the default task of the NetEqualizer is to equalize. If put on a community without any configuration besides telling it how much inside and outside bandwidth you’ve got it’ll computer screen all connections from all IPs it sees and when RATIO of incoming or outgoing bandwidth is reached it looks for all connections over a price we call HOGMIN and slows those large connections down so anything of the connections on the network don’t suffer. A real simple example is if youare on a traditional VoIP call which only uses a few hundred K of bandwidth and a person on the community comes to a decision to begin downloading a high def movie file from the internet. Without NetEqualizer its anyones guess what is going to happen to the VoIP call.

With NetEqualizer its predetermined what’s going to happen. First thing it does is see if there’s any reason to search for connections to equalize. If you’re no where need your bandwidth ceiling then it does nothing and keeps tracking. Both your VoIP and download should go along like NetEqualizer wasn’t there. Now if NetEqualizer sees that you simply are near your ceiling on total bandwidth that you told it you have got then it looks for all connections over HOGMIN.

Every connection that doesn’t especially have a concern rule for it’s going to be slowed down by a few milliseconds and this may happen for so long as the bandwidth is near saturation. When a connection is equalized we don’t do just it and leave it that way. We do it in stages so such things as fragile FTP servers don’t just drop the relationship. We put on a small delay after which in a second or so we check again and if it still needs equalizing and still a connection we put on a bit more after which we do an analogous events one more time if things are still needing equalizing. Then we take it absolutely off and begin throughout in an alternative second or two.

The NetEqualizer equalizes a connection from one IP to an alternative IP. So in the event that your web server is uploading a file to some IP and its huge then it may be equalized for that connection. The other 100’s or 1000’s of connections to your web server wouldn’t be equalized unless they were also over HOGMIN and there was a wish to equalize. The same applies to any IP no matter if it belongs in your mail servers or game servers or trying out servers. As mentioned above, which you could set precedence for things like video servers you push out to the area and know those streams could be over HOGMIN but are important enough to mandate they don’t have any equalizing on them. On any other hand, a DDoS attack doesn’t pose any security threat to a business’ data, or their bank money owed.

It is used as a jamming tool to successfully cut off their verbal exchange by paralyzing their community. I have read vanilla articles detailing how extortion was the motivation. They commonly assume the motive is money and DDoS assaults are monetized via extortion. You get attacked, your website online is down, and a few dark figure contacts you via a back channel and gives to prevent the attack for a ransom. Perhaps some DDoS assaults are encouraged by this kind of extortion, but let’s dig a little deeper to see if there is a more plausible rationalization.

Another rationalization is that many of these were revenge assaults from disgruntled employees or overseas agents. Maybe a few, but based on my sample and projecting it out, these DDoS attacks are standard, and never just limited to key political goals. Businesses of all sizes were affected, reaching into the thousands and thousands. I can’t imagine that there are that many disgruntled clients or employees who all determined to settle their grievances with anonymous assaults in such a quick time span. And what international agent would spend energy bringing down the Internet at a regional real estate office in Moline, Illinois?But it was occurring and it was taking place in every single place.

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The only way to forestall the DDoS attack is at the source. In a real attack the victim must seek out the source gadget all of the as far back as their local ISP and have the ISP block the attacker at the source. Now believe an attack coming from 1000 different sources located all over the area. For instance, your home desktop, if compromised by a hacker, can be participating in an attack and also you would never comprehend it. Professional hackers have thousands of hijacked computers under their control this is also how spammers work.

The hacker turns your desktop into a slave at its beck and make contact with. And the hijacker is untraceable. When they provoke an attack they tell your computer to bombard a website of their selecting, together with the hundreds of alternative computer systems of their handle, and BAM!the web site goes down. Some of the larger content material companies, corresponding to Netflix, will work with larger ISPs to deliver large caching servers for their proprietary and encrypted content. This is a win win for both Netflix and the Last Mile ISP.

There are some regulations on who Netflix will aid with this generation. The point is that it is Netflix providing the caching engine, for his or her content only, with their proprietary software, and a third party engine cannot offer this provider. There may be other content services offering an analogous era. However, for now, which you could stick a fork in any generic third party caching server. I just spent the evening advocating for my 90 year old mother, getting her in the course of the forms gauntlet of a huge instructing sanatorium. The highlight of my nighttime was when I had to go my car from in front of the ER front, and upon my return the safety guard refused to let me back into the ER.

I had well-nigh been evicted from the sanatorium. I’ll spare you the details of anything else of tonight’s carnage as it will not be applicable for a technical product blog, but it did jar a repressed memory from when we were in early startup mode years ago, and I was looking to gain some market traction. Flash back to early 2005, NetEqualizer was not more than a bundled open source CD selling for less than an honest television goes for at the present time. Our customers were mostly early adopters running on shoestring budgets. Encouragement came in the kind of feedback from clients. We were getting fantastic reviews from smaller ISPs, who raved about how good our bandwidth shaping generation was.

My difficulty was that their enthusiasm was not translating into larger company customers. In order to survive, we had to leverage our achievement into a far better end market, where despite our technical success we were still an unknown commodity. People have always liked our pool/subnet shaping function, but we regularly get asked by clients to sit back enforcement during slack usage times. For instance, if you’ve got your guest wireless community restricted to 50 megabits on a 1G circuit on our 8. 5 unlock, those users won’t ever be able to go above 50 megabits.

Now in 8. 6, if you place a 50 megabit limit on a collection that you would be able to tell the NetEqualizer only to implement that rule when all the circuit is at ability. With our 8. 6 liberate, you have got the choice of preserving the hard 50 megabit restrict in place all the time, or to simply implement this restriction during peak times. Wow how the summer flies by.

The public faculties here in Colorado are all in full consultation this week. By the time Labor day roles around, the buses will were rolling for 2 weeks. Even though the days are still hot, and it still appears like summer external our workplaces, nature is starting to signal the end of the season. The orioles that frequented our yard feeder since May have headed south, changed by migrating buzzing birds which are coming down from the mountains on their adventure to Mexico and beyond. Best of all, August signals the crowning glory of the 8. 6 testing cycle.

We can be releasing 8. 6 with all its magnificent new elements in just a few days!People have always liked our pool/subnet shaping characteristic, but we regularly get asked by customers to sit back enforcement during slack usage times. For example, if you have your guest wireless community constrained to 50 megabits on a 1G circuit on our 8. 5 unencumber, those users won’t ever be able to go above 50 megabits. Now in 8. 6, if you put a 50 megabit limit on a group that you can tell the NetEqualizer only to enforce that rule when all of the circuit is at capability.

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With our 8. 6 free up, you’ve got the choice of preserving the hard 50 megabit limit in place all the time, or to simply implement this restriction during peak times. —————————————————————————————————————–Myth 1: A QoS device will by some means make your site visitors go faster across the Internet. The Internet does not care about your local QoS device. In fact, QoS means not anything to the Internet.

The only way your site visitors can get special remedy across the Internet would be so that you can buy a personal dedicated link – which is actually not purposeful for basic Internet usage, as it would only be some extent to indicate link…These are just a few instances where I could logically place these celebrities in destinations where active NetEqualizers were shaping traffic. Of course, we’ve had many thousands of units installed over the years and the probabilities are endless. Tens of millions of users have passed through our controllers through the years . From Resort Hotels, Sports Venues , Universities, Conferences Centers, Fortune 500 company, and a lot of many Rural and small Town ISPs all have deployed our equipment. Hence the true list of famous those that have stumbled via a NetEqualizer is probably going much higher, stay tuned for more to return. A usual customer for our legacy enforcement feature could be a company where alternative company units in the brand are allotted fixed amounts of bandwidth.

From event and feed back from our clients we all know , as a rule, the company as a complete, has more than enough bandwidth in reserve to deal with all the company units. The fixed allocations are really only needed during peak times to make certain no single business unit crowds out the others in a free for all bandwidth grab. Assuming the vital peak usage condition only occurs once a week, or once a day for a few hours , the old fixed allocation scheme is forcing business units to use a limited amount of bandwidth during times when there’s unused bandwidth just going to waste. With our new scheme, the intelligence of the NetEqualizer will only apply the fixed allocation during those moments when bandwidth is at a top class. There is little need for an IT person to make time of day adjustments to maximize utilization , it is automatically done for them. Back in 2007, every small town in North America had at the least one, if not two, wireless ISPs.

We know, because many were our customers. The NetEqualizer was an essential piece to their profitability. Our optimization recommendations allowed ISPs to extend their bandwidth provider to more customers, hence expanding their profitability. And then came the comprehensive recession. Even as consumers were squeezed, a lot of these smaller instant ISPs at the beginning fared well, as their customers would never cancel their Internet provider.

One operator told me “Our customers pays their Internet bill before their heating bill. You can wear a coat to get warm but you cannot live without the Internet. ”Then came the death blow of the Broadband Initiative, not a bad idea in principle, but as many government spending programs in the past, it didn’t trickle down to the smaller agencies, nor was the preliminary spend self sustaining. Instead, big chunks of the recent found money went to entrenched large services who have been ignoring investing in rural areas, or it went into new ventures, chums of friends, those that had competencies in the ISP arena, and their agencies eventually fizzled. The net effect was that the smaller ISPs who had laid the ground work in these rural areas and have been increasing were stopped of their tracks, unable to compete against subsidized competition.

Not really, we have set up virtual machines with our bandwidth shaper with fulfillment in our labs, it is definitely pretty cool. My pain arises with the fact that bandwidth shapers are finely tuned, real time instruments, with instrument that must run at the core level of the computer’s operating system. A bandwidth shaper must have absolute handle of most likely 4 ethernet/fiber ports or more and under no circumstances can it compete with CPU substances should a server become overloaded. The outcomes of any useful resource competition are at best a slow information superhighway, and at worst a complete lock up. Yes I take note a in theory a trendy VM can divvy up substances , but how do we ensure that it is completed appropriately ?When we ship a standalone device working only our application we know exactly what it is capable of, and since we’ve hundreds of exact configuration in the sphere, we know that the era configuration that leaves our factory dock is rock solid stable.