Verizon Now Throttling Top 'Unlimited' Subscribers On 4G LTE
Your example assumes (incorrectly) two things which are untrue of the wireless industry, and there is absolutely no sign that it will ever change:
1. In order for your example to apply to the wireless industry, the wireless industry would have to NOT collude on policies and prices between vendors. If you think there is no collusion going on, you only have to look at the changes in policy and price that have happened over the past 5 years between AT&T and Verizon, and between T-Mo and Sprint. One vendor moves; the other quietly follows 3-6 months later so as not to look suspicious. Vendor collusion is real and it's a serious hamper on competition. In general, the moves being made are all anti-consumer, and rather than differentiate as a statement of "hey, we're not evil like them!", the carriers instead opt to reduce their service quality *down* to their competitor's new standard. The bar keeps lowering, not raising. It's the exact polar opposite of the downward pressure you describe.
For instance, compare: AT&T stops unlimited plans; then Verizon stops unlimited plans. AT&T disallows tethering on unlimited; then Verizon disallows tethering on unlimited. AT&T throttles; then Verizon throttles. Even within the limited data landscape, the only thing remotely reasonable that has happened in the last decade is that the price per GB when paid upfront has dropped from about $10 per GB to about $7.5 per GB, on average. That's not a large decrease. And overages have gone UP from $10/GB to $15/GB. Surcharges and other miscellaneous "fees" have also climbed in both number and amount, while the ToSes continue to become more and more hand-wavey about stating exactly what amount of your personal data they are going to keep private, and what they're going to sell to advertisers to make a quick buck.
2. In order for your example to apply to the wireless industry, the wireless industry would have to have actual competition. As it stands, even the carriers that advertise unlimited come with deal-breaking provisos on their plans (such as throttling and tethering restrictions), making them no better than the ones that outwardly advertise limits. The two big carriers -- Verizon and AT&T -- have similar network buildouts and availability; it's just that some areas are better served by one carrier than the other. Prices are similar; the available phones and tablets are similar; tower density is similar; and so on.
The hosting industry has TONS of competition, as I am well aware. In my opinion it is a shining example of a tech industry that has reached that sweet spot where the free, unregulated market truly and honestly works for it, and no regulation is needed, because there are so many different firms offering different competitive advantages that you can browse the internet for a whole week and still not decide on a hosting provider, because there are so many differences between them. Which version of PHP do they run? Do they limit the amount of traffic? Do they cater only to hosting professionals (like your company)? Do they offer rack hosting, cloud hosting, VPSes, dedicated servers, lease-to-own, shared hosting, pay-as-you-go cloud (AWS), cloud-based storage, colocation....? Not to mention there are so many different geographic areas to pick from, and each one has its own smattering of Tier1 ISPs available for the backhaul, all of them offering insanely low prices (I've seen unmetered 100 Mbps on servers priced at $100 - $200 per month now, which was unheard of 5 years ago).
You're basically comparing THE IDEAL technology-related industry that fits like a glove with the unregulated free market approach, to the antithesis of that in the wireless industry.
Imagine if the hosting industry consisted of 95% of people paying $7000/month for a Core 2 Quad in a Softlayer datacenter; and if you didn't go with Softlayer, your other choice would be to pay $7000/month for a Core 2 Quad with slightly different clock speed in a Rackspace datacenter. Imagine if those were your only two choices, and the competitors were in the noise and had deal-breaking problems like "only available in China" or "only AMD processors from 2004". Imagine if Softlayer and Rackspace convinced government to make it ILLEGAL to start up a datacenter not owned by them in the continental US. Now you are starting to get a picture of what the ISP industry is like in terms you are more familiar with.
Still interested in what's good for Verizon?
Verizon Now Throttling Top 'Unlimited' Subscribers On 4G LTE
So, your "logic" is that it costs them less per customer if people would just use less data? That is basically a tautology; it is neither surprising nor meaningful.
The fact is, data usage is trending upwards at a fast pace, as well it should. I use 75 - 150 GB per month on 100% legal, above-board purposes, without wasting any of that data on frivolous "re-downloads" or anything of the sort (I only download games once through Steam, then copy them on the LAN to my other devices; other people aren't so responsible). The vast majority of that data is tied to financial transactions where I have paid (either through advertising, subscription, or direct per-content payments) for the delivery of the data.
The problem with the current situation is:
1. It doesn't cost them nearly as much as they're charging on a per-GB level on the limited plans for the transfer of the data, AFTER you subtract out their up-front costs;
2. I guarantee you (I will bet you any amount of money) that AFTER they have already run the service long enough to get their return on up-front costs *AND THEN SOME*, they will not lower prices at all; if anything, they will continue to INCREASE prices;
3. They are using public funding -- my tax payer dollars -- to help fund their up-front costs, and then double-charging me as a paying customer by paying for their up-front costs as part of the charge of the per-GB that flows through their network.
It would be like me paying $20,000 for a car -- up-front -- and then paying an additional $20,000 amortized over 5-6 years in added costs to the price of gasoline, and then continuing to pay at that rate long after I've paid off my car two, three, four times.
Except the car market doesn't work that way, because Chevy doesn't sell me my gas.
I'm fine with Verizon making a profit; I'm even fine with them making large ROI on their LTE towers. But do they *really* need to continue to bill people *as if* they are outlaying expenditures at an incredibly high rate, when in fact they are planning to rest on their laurels and soak up the profits long after they've made ROI?
My last beef with your post is that you spent half your post describing how Verizon could make a lot more money and how it would be good for THEM. To be perfectly honest, I couldn't give a flying fuck what's good for Verizon. I have absolutely no self-interested reason to value the self-interest of a large corporation that is extremely profitable already.
The self-interest tug of war between corporations and consumers is always ongoing, with one side making headway and the other losing out, and back and forth. Right now Verizon has pulled on their side so hard that consumers have fallen in the mud pit, and they continue to drag us along the muddy ground to celebrate their victory. The combined forces of regulatory capture, anti-competitive business practices, industry collusion, monopoly/duopoly, vendor lock-in, and price gouging, have made the wireless industry way more "valuable" (in terms of profit margins and raw revenue) than it should be. Having an uber-valuable corporation sounds mighty enticing to the capitalists here, but you have to remember that they are doing this at the consumer's expense. It doesn't HAVE to be this way. If you think it does, you are drinking their kool-aid. They've got you hook, line and sinker.
Verizon Now Throttling Top 'Unlimited' Subscribers On 4G LTE
"The amount of data they are carrying on wireless today is far greater than the amount they were carrying in 2004 by over an order of magnitude. You are simply dead wrong about this. The retail caps were mostly meaningless when it was EVDO. It is because LTE is so much better that they matter."
I didn't claim that the carriers carry the same amount of data as they did in 2004. I claimed that the caps are the same. This is a fact. I remember the 5 GB cap on their "limited unlimited" plan when I first started using Verizon BroadbandAccess. Today on Verizon Wireless' website, the most data you can buy is 100 GB per month (which, let's be honest, is peanuts in 2014 for any Internet-connected service provider aside from cellular data) -- and for that you have to pay $750 per month. That works out to a rate of $7.5 per gigabyte. If you go over 100 GB, the rate is, exasperatingly, DOUBLE that, at $15 per gigabyte. That rate of $15 per gigabyte is HIGHER than it was in 2003 when I got my first Windows Mobile smartphone!
What I claimed, and what is correct and NOT "simply dead wrong", is that the value that the carriers place on transferring 1 GB of data over cellular data networks is valued somewhere in the ballpark of $10 per GB. In the best case, it's valued at 25% less (for your first 100 GB). In the worst case, it's valued at 50% more (for data overages). The failure here is that, while just about every other service in the world that has anything to do with computing has steadily reduced the price per unit of measurement -- price per FLOPS, price per GB of storage, price per GB of wireline data, price per GB of RAM, etc -- cellular data has remained stagnant. That's not innovation. In fact, it looks like inflation will continue to drive the price per GB of cellular data higher and higher as time goes on.
The fact that they are carrying an order of magnitude more traffic just means that more and more people are jumping on the cellular data bandwagon and using their 5 GB per month. If the carriers can't keep up with the demand, they should simply stop selling new plans, not oversubscribe their network to increasingly higher levels of saturation and then raise the price as demand keeps increasing. If too many people try to bring their kids into one pediatrician's office, to the point where they are totally booked for months, does the pediatrician raise the price of an office visit by 50%? No. He stops accepting new patients, OR he brings new doctors into his practice. It's really that simple.
"No you aren't. If you are using that much data buy a business plan. Verizon (or dozens of other carriers) will be happy to sell you as much ethernet landline bandwidth as you want you just have to pay for it."
A business plan of *what*, exactly? I went on Verizon's website and looked up the available business plans at my address. Oh, look, I can't get Business FiOS, but they can offer me overpriced ADSL at up to a whopping 7 Mbps! AFK while I go sign up for that. /sarc
The fact is, if such and such a service isn't available at your address, saying "I'm a business!" isn't going to magically make the carriers fall over you to bring service to you. If the wires aren't in the ground, they're not going to dig up the street just because you declared yourself a Sole Proprietorship. And if they do, it's going to cost more than your mortgage. Also, I'm not using "that" much data -- 75 to 120 GB is in the range of what content consumers (as well as content creators) would want to use in a month, for at least the past 10 years. Ever hear of video? How about downloading 3 GB OS images? Yeah. The whole internet isn't made of gzipped plain text and HTML. Apparently VZW thinks it is, though.
"That's just not true. Verizon has done tremendous network expansion. Read their earnings reports."
I read their earnings reports. I saw record profits that far outstrip their expenditures. For a public utility that acts as a force multiplier for entire industries of the economy that depend on them, we simply can't allow them to operate under normal unregulated free market rules. As loudly as they will cry crocodile tears at the prospect, we simply have to regulate them, and yes, cut down their profit-making potential a bit, in order to usher in an enormous boost to the rest of the economy. Content creators, advertisers, online goods retailers like Amazon and Valve, etc. are chomping at the bit to sell reasonably-priced goods to consumers that are chomping at the bit to purchase them. But the carriers are acting as a bottleneck, preventing this potential from being realized, unless you're among the fortunate few who've gotten FiOS or higher-speed cable.
History is repeating itself. This is exactly like the electric appliance revolution. What if, when washing machines, dish washers, electric fans, A/C, etc. were new, the electric companies decided that, in order to maximize profits, they would keep increasing electricity costs as much as they like as demand increases, and not expand their capacity? Well, for a number of years, we saw that happen, until it stopped in the 70s due to policy changes. Since the 70s, electricity demand has continued to increase along an exponential curve, but the price hasn't. If the price had continued on the exponential trajectory it was on, we'd all be paying twice our salaries in electricity bills today just to keep the house at a comfortable 85 Fahrenheit on a hot summer day and wash the dishes. Running desktop computers would be out of the question. Bitcoin could not exist. And so on. To put it simply, we'd be living in the dark ages -- figuratively AND literally.
"No it does not have the potential. Doubling the usage between now and 2017 is going to cost the carriers about $100b. Replacing wired all together would be trillions. Who is going to pay for that?"
Where are you getting these air numbers? ... Anyway, never mind that. I'll concede that it would be uneconomical to completely replace all wired-to-the-premises connections with cellular data. In fact, I had never really claimed that. If you had read my original post, I qualified my statement with " especially in areas where it would traditionally be too costly to bury fiber/ethernet/coax through less-densely populated neighborhoods". If you had cared to read my statement charitably, instead of latching on to the extreme example of replacing ALL wireline service, you would have considered the cost of replacing wireline service to less densely populated areas. By that I mean primarily suburbs and exurbs, commuter towns, but also rural areas.
According to PBS -- http://www.pbs.org/fmc/book/1p... -- 52% of the US population lives in the suburbs in 2000. I bet that number has increased, but never mind; let's assume it's just 52%. According to Verizon, it's too expensive to roll out FiOS to every last mile within the entire area in which they currently have deployed ADSL. That's because the number of subscribers they get per mile of fiber is too low for them to get ROI in the timeframe they consider acceptable. Fine; I still think they're douchebags for doing that while taking public funding for their limited rollout, but whatever. But where is our replacement? What is the alternative? I certainly think that for these cases, if you increased the tower density in these specific areas where they consider it uneconomical to roll out FiOS, you could provide enough spectrum to allow for unlimited data. This is factoring in, of course, that not every single customer who subscribes to unlimited data is going to fully utilize their connection 24/7 -- in fact, most people won't utilize it hardly at all MOST of the time. You just have to find that happy medium number, and then offer the subscription. It's really not that hard -- it's been done in the past for other types of service.
Either that, or reduce the price per gigabyte on limited plans by a factor of 10 or more. I could probably (begrudgingly) stomach paying $2 to watch a Netflix movie, or $3 to download a SQL Server ISO. But it's way too much to be paying $20 or $30 or more for that kind of download. Especially when, most times, the *content itself* is also very expensive.
Right now, speeds faster than DSL are only available to a fraction of suburban customers. There must be at least 25% of the total US population whose fastest available option is either DSL, or -- if available -- LTE. In the northeast, only about 30% of people who are in Verizon's DSL service area (read: they have a monopoly) are able to get FiOS. What about the other 70%? Well, if you ask Verizon, they're more than welcome to pay $750/month on LTE to download the same data that their neighbors a mile down the road are paying $120/month for on FiOS, just because they happen to have fewer people in their area. They're really not offering a solution except "move", which is a huge, life-changing event that is neither easy nor cheap nor necessarily possible unless you're 25, single, and living on your own.
Verizon Now Throttling Top 'Unlimited' Subscribers On 4G LTE
Not at all, yet, but I may have to if Verizon keeps pulling bait and switch tactics on its users every few years.
I should've let them rot with AT&T, who has been leading Verizon by the hand down the road of anti-consumer practices, with Verizon following their lead after 6 months or so. Oh, wait...
Maybe I should've let them get throttled with Sprint, after using -- what is it, 2 or 5 GB? -- on their "unlimited" plan. Oh, wait...
Or maybe I should've let them get no service at all with T-Mobile, which serves approximately 3 square inches of land with their vast LTE network. Oh, wait...
Crap, out of options.
Verizon Now Throttling Top 'Unlimited' Subscribers On 4G LTE
Your entire post is based on the fallacy that each bit I transmit costs them money. This is simply not true.
Fact 1: Major ISPs such as Verizon have peering agreements with other Tier 1 and Tier 2 ISPs that run in the millions of dollars, for terabits per second of bandwidth.
Fact 2: Even the heaviest mobile data users are a drop in the bucket, in terms of bandwidth usage, compared to a typical FiOS customer. Even DSL customers likely use more, because there's no cap, so they can happily stream 7 Mbps of movies 18 hours a day.
Fact 3: Population density is finite, and does not increase to infinity. Also, in the US, population density in all but a very small number of places (so-called "cities") is much lower than in densely populated areas of other countries. So even if your argument is that "without people like you, they could put more customers on their towers", it doesn't hold water because there are only so many people within the service area of a tower. If at any point that tower isn't saturated, that is called "waste" -- where there was a potential for bandwidth to be used during a given time slot, but it lay fallow for that period. Most towers outside of major gathering places, such as sports stadiums, have vast periods where they are not saturated, and are usually only mildly saturated even during peak hours. I can substantiate this because I have observed LTE throughput many times at different locations over a period of years, in areas where there's good signal strength, and I can count on one hand the number of times where I've seen oddly reduced throughput (that's not throttling; that's the tower physically being unable to give you the bandwidth you request because more throughput is being requested than is actually available). That includes going into two major East Coast cities several dozen times and testing the waters on the bandwidth while I'm there.
Fact 4: The maximum useful tower density is finite, because microwave radiation experiences gradual signal loss by traveling through the medium of the air, and by spreading out (diffusing) as it travels. The further it travels, the more loss there is. That's why you can't point a USB WiFi stick in the general direction of the UK from somewhere like New York and get a good signal from a Starbucks in London. The point is that many LTE towers, being at a distance of 10 to 15 miles apart from one another, are already near the limit of where they start experiencing too much signal loss due to distance. So basically Verizon has deployed the towers as far apart as physically possible, yet they are dragging their feet on deploying more towers to handle more capacity. There is an enormous amount of potential for the expansion of capacity that is simply not being used.
Consider this: if Verizon has an unmetered peering agreement with another Tier 1, which is not at 100% utilization, and the tower I'm connected to is not at 100% utilization, the only cost I am incurring upon Verizon by transmitting my data is the electricity to pass my packets from the tower through the network. It's very, very close to being free, and several orders of magnitude less than $10 per GB, which is the going rate for capped data overages.
All I'm doing is using the existing infrastructure more efficiently by not having it sit idle.
IF the utilization increases to the point where the tower is saturated, which is moderated by Fact 3 and easily relieved by deploying towers as suggested by Fact 4, then the tower will already -- by the necessities of physics -- "throttle" me, in the sense that I won't get the full throughput that I could be getting if the tower were not saturated. Isn't that enough? Why is it necessary to then further punish users with additional reductions? Just use a fair queue algorithm like the Linux kernel's scheduler. It's not rocket science.
It seems like you're saying Verizon won't mind losing my business because they make more per gigabyte off of you, but the fact stands that I incur very little cost to their business, since I know for a fact that my local tower is only occasionally saturated, and I only occasionally visit places where the tower is likely to be saturated. But why would they want to willingly forego all that money, when they're already making more than is reasonable? By your own admission, they make twice as much off of me than from you -- but using 10x as much data doesn't mean I'm costing them 10 times as much. To think so is a fallacy.
I think they just want to stamp out the social/cultural trait of people thinking that they SHOULD have "unlimited", by effectively killing off its availability. I strongly suspect that this step is the first on the road towards outright getting rid of unlimited data plans. But that is a completely artificial, human-imposed limitation that is placed there to maximize corporate profits at the expense of the public good. To accept this, and think this is "OK", is to blind yourself to the fact that, rather than offer the best service possible, what the ISPs want to do is offer the minimum service that won't cause an armed revolution, while the C-level executives reap record-setting bonuses.
Verizon Now Throttling Top 'Unlimited' Subscribers On 4G LTE
Man, it must be nice to live in an area where Verizon doesn't have a monopoly over your choice of wire-line internet service, and then only offers you 7 Mbps ADSL that drops out when it rains.
Also, it's a *smartphone*, not a cellphone. We're not talking about sending 5 GB in text messages, here. Just having your phone on and connected to 4G will use up at least a few gigabytes per month downloading incessant updates to the **built-in apps** (most of which can't be disabled on many phones without voiding your warranty). If you actually wanted to, I don't know, download an app of your choice (or TWO?!) from the Play Store, and then actually use the latest version of that app, you're done. Cooked. 5 GB and beyond.
Chrome is 30+ MB. Verizon's own "My Verizon" app is something like 11 MB. Samsung has hundreds of megs of apps installed, and some of them update twice a week. Updates have to re-download the entire program, even resources that don't change, so you end up blowing through tons of data that way.
This type of thinking is wrong-headed. The question shouldn't be "what are you doing that takes 5 GB per month". The question should be "why haven't cellular data providers figured out a way to offer more than 5 GB per month at a reasonable price in the past decade". After all, Verizon argued that considering ISPs to be subject to Title II regulations would severely hinder innovation. By implication, by them being a Title I carrier, they've been innovating as fast as humanly possible. A decade of serious "innovation" in the wireless data space and we're still looking at exactly the same caps? Oh, excuse me, the $105/month plan is for a whopping 15 GB. That's enough for about five Netflix movies per month, assuming you disable all app updates.
You also don't seem to grok the raw convenience factor of tethering. Let's say you're on a bus, in your car, on a train, at a remote work location, whatever -- you're somewhere, and you either don't have the password to get access to the wireless network, or it's down, or there just ISN'T one. Well, you really need to do this one thing, see, and... if you HAD a phone that had unlimited data and 4G, you could just whip it out, turn on the hotspot, connect up your ultrabook, and away you go. But you don't, so you don't understand what you're missing. You just sigh and go "oh well, I'll drive back home and do it then" or something like that. Wasted potential.
Unlimited data (plus tethering) really creates a demand for it once you are exposed to it, just like Apple created a demand for high-res touchscreen mobile devices with the advent of the iPad and iPhone. It's understandable that the vast majority of the population can't comprehend why this would be useful, because the window during which unlimited data was available was very small (only a few years), and then it closed again.
Oh, there is one last "minor" thing that having unlimited data plus tethering enables you to do. It means that you no longer depend on your local monopoly to bring a high-speed fiber/coax/ethernet ISP to your house. Maybe they did a study and considered that your neighbors are luddites, and so you aren't worthy of their service. Well, if you don't have a cellular option, you're SOL. If you DO have a cellular option, it can be perfectly viable replacement for carriers' refusal to roll out their service to your *entire* town. I'm looking at you, FiOS. Gee, the company that advertises FiOS has an awfully similar name to the company that's turning the screws on unlimited data plans now. I wonder why that is.
P.S.: For those of you who say that "there's only so much spectrum", you are really missing the point. The point is this: given a certain number of users per square mile; the spectral efficiency of a protocol; the desired upstream/downstream targets for each user; and a spectrum width (in Hz), it is possible to calculate a finite number for the minimum tower density required to support each of the users in that area with truly unlimited data. Unlimited as in, they can use hundreds of gigabytes (or how ever much is considered "a lot" in your computing era of choice) and not negatively impact the network. All you have to do is solve for X, where X is the broadcast radius, in meters, of each tower; then build your tower network accordingly. Right now, the "X" that Verizon is using is an order of magnitude LARGER (wider radius) than it needs to be. In many areas, there's only a single tower covering between 5 and 15 square MILES. There is absolutely no reason why more towers can't be built. A lot more, even. Many of the communities that want high-end broadband rolled out to them would probably be just as willing to fund the deployment of more towers, in exchange for unlimited data, as they would be to fund the rollout of fiber to the premises. And the speed is actually quite good: at off-peak times, I can pull down about as much speed as the lowest available FiOS plan. Over LTE. Not too shabby.
The problem is that Verizon, and the other carriers, are unwilling to spend money on more towers. They already have towers that have existed since the days before cellular data was a thing, and there was only voice. They want to keep using those same towers forever, and not build any new ones. It looks good for the bottom line when their cash on hand doesn't go down because they're spending money for the future.
Cellular data has the POTENTIAL to be a fully adequate replacement for wired internet, especially in areas where it would traditionally be too costly to bury fiber/ethernet/coax through less-densely populated neighborhoods. But, as usual, they're not selling what we're buying. $10 per GB? Get lost.
Verizon Now Throttling Top 'Unlimited' Subscribers On 4G LTE
I'm definitely meeting all the conditions required to be throttled. I'm going to wait until October to see what the impact is for me. Whether or not I stay with Verizon will depend on the severity of the throttling, and how frequently the tower where I live suffers from saturation.
As long as I get at least EvDO speeds (over LTE, for the lower ping and IPv6), I'll probably stay with Verizon and continue my existing usage pattern. I use about 70 to 150 GB per month. I tether with the (legitimate) mobile hotspot feature, enabled by paying an extra $30/mo. I don't have a wireline Internet connection because Comcast is unreliable and doesn't care to fix it, and Verizon, despite telling me in 2007 that we could get FiOS in a matter of weeks, is still only offering us 7 Mbps ADSL.
I usually do most of my downloading/uploading at off-peak hours, anyway. I'm fine with firing off a 25 GB download on Steam at 11 PM and letting it run through the night. It's unlikely to be throttled at that time, because the tower won't be saturated. The population density where I live is strictly suburban (full-size houses, not town homes), so I don't think it'll be saturated very often.
If the throttling gives me so little bandwidth that I can't even stream 720p H264, I'm outta there. Might have to move to an area that has decent wireline service. But I can tell you for certain that it won't be Verizon or any company related to it in any way. Once I decide that Verizon has put the last straw on me, I am not going to spend another penny on that company for the rest of my life, and will go out of my way to ensure that nobody I know spends a penny on them, or at least make them seriously reevaluate their choice of service provider, for both cellular and wireline service.
Verizon's taking a real risk with this. If the throttling is only 50-60% of the normal speed, I probably won't even notice, since my bandwidth needs during prime time are usually modest (720p streaming video might be the MOST I ask for, and in many cases I'll just be surfing the web or coding). If the throttling is 90-95% of the potential throughput, they will convert a long-time advocate (since the Windows Mobile early EvDO days) into a bitter enemy, spewing vitriol and anti-Verizon word of mouth everywhere I go for the rest of my life. Are they prepared to live with that consequence?
Oh, and they'll lose my $700 cash infusion that I supply them approximately yearly when I pay full retail to upgrade my phone. Hope they can live without that, too.
Oh, and my $200/month (family-wide) cellular bill.
Oh, plus the fact that I've successfully convinced tens of people in the past, who already have a suitable wireline connection at home, to subscribe to Verizon limited data plans because they actually do offer more data for less money than their competitors, and the service reliability and availability is second to none.
Dear Verizon: if you're reading this, you better go easy on the throttling. If you don't, look to lose about $10,000 per month in revenue by the time I get done canceling my service and talking to my connections about Verizon and they start pulling the plug. I'm a very convincing and influential person. People follow my lead, especially when it comes to technology. I wonder how many other people like me out there are souring to your business by your anti-consumer practices. Are you really OK with staring into the abyss? Is it really your goal to force people who've loved your company for over a decade to do an about-face and tear you down?
All because you couldn't deploy a few more towers, because cost cutting and the bottom line. That type of reasoning is a plague that needs to be rooted out and eradicated, starting with deporting the MBAs who come up with this shit.
Laser Eye Surgery, Revisited 10 Years Later
"Getting dilated" means they put drops in your eyes that temporarily increase the amount of dilation of your pupils, beyond the level of dilation that they are naturally at (which changes based on the intensity of the light in your environment). Normally your pupils will not be very dilated in a well-lit room, or with the doctor's flashlight shining right in your eye, or in a more natural setting, when the sun is out. When the pupil is not dilated, it isn't letting very much light through your eye -- most of it is blocked, to prevent sensory overload.
Without the pupil dilation mechanism, you would either be completely blind by dusk, or the sun would be so bright that you'd be unable to bear it (imagine natural sunlight being 10x brighter than normal; enough to be painful). Animals that adapted the pupil dilation mechanism could presumably be more adaptable to more extreme levels of light and dark, allowing them to evade predators and catch prey in more diverse ranges of illumination. This is necessary because of the classic problem with ANY sensor: if you make your sensor extremely sensitive to even tiny changes in the signal (i.e. illumination), you'll be able to see well in the dark, but the light of the sun would be so extreme as to throw all of your sensor's readings completely off the chart, thus you get "overloaded" and you can't process that amount of illumination. If you make your sensor extremely insensitive to changes in the signal, you'll be OK in the daytime, but once the sun drops below the horizon, your eyes are useless for hunting or evading predators. The pupil gives us the best of both worlds and allows us to develop a sensor that's moderately sensitive, and can give us very clear and detailed imaging capability at a huge range of illumination levels, ranging from moonlight to full sunlight on a clear day at noon.
Once the pupil is dilated, a trained ophthalmologist (a true eye doctor, not just an optometrist, which is the eye equivalent of a Nurse Practitioner in general medicine) can use special equipment to look inside your eye. They test for things such as glaucoma, cataracts, astigmatism, detached retina, and possibly other diseases or abnormalities of the eye.
Many other senses have something that functions equivalently to the pupil, by the way. The tensor tympani in the ear regulates how sensitive you are to sound. If a very loud, sudden sound occurs, like a gunshot or an explosion, the tympani can prevent hearing damage if it reacts fast enough, or at least reduce the amount of hearing damage. The difference is that the tympany is usually completely relaxed in the environments most of us live in, as if your pupil were entirely dilated all the time. That's why in a quiet house you can hear very faint sounds, but if you stand right next to a train as it goes roaring by, and then try to talk to someone mere seconds after it has passed and the sound level has dropped off, you'll still have trouble conversing with that person at an "inside voice" level of speech volume.
What percentage of your media consumption is streamed?
Looks like a slow day on the /. polls... first vote and first post!
My only question is, does offline saved copies of Spotify playlists count? I mean it's definitely "streamed" in the sense that I can't tote around the same cache files and play them on any device -- they're encrypted and not in a standard format, and have to be re-keyed or something every so often to make sure you keep current with your subscription -- but since I listen to much of the same music repeatedly, I don't actually stream (in the sense of active downloading) very much of my music. It just sits on the 128 GB microSD card of my phone and gets recalled every once in a while.
Laser Eye Surgery, Revisited 10 Years Later
As trite as it sounds, it's true: in a professional context, if you wear glasses, your opinion will tend to be valued more. I've seen it both with male and female coworkers of many different races: in meetings, large and small, the folks who wear glasses can almost trivially get everyone to quiet down and listen when they open their mouth. A few words starting with "in my opinion" and everyone else is nodding their heads in agreement.
It's a subconscious thing that still pervades society due to the stigma of glasses-wearers being especially intelligent "book worms" (or now "computer geeks", I guess), but it's still a way to get a leg up in your career. I wore contacts for years, starting late in high school and up through part of college. Group discussions were miserable; I would speak, then get shouted down, and a few minutes later someone with glasses would meekly restate my suggestion and the group would dutifully follow along.
You may THINK that you don't treat glasses-wearers specially, but I can tell you from experience, if there were 100 people reading this message, at least 50 of you would subconsciously be more likely to accept analyses, opinions or facts if they are stated by someone wearing glasses. It doesn't matter if you're male or female, young or old, black, white, yellow, orange, Martian, transgendered, religious, atheist, whatever -- these attributes may also have an effect on the (positive or negative) biases your coworkers may place on you, BUT, if you wear glasses, you will, almost without fail, receive a "benefit of the doubt" when it comes to knowing WTF you're talking about (assuming that no one in the room has readily-available evidence that incontrovertibly contradicts your statements).
I wear glasses, and they only come off when I go to sleep at night.
Verizon Boosts FiOS Uploads To Match Downloads
Verizon Wireless got sued, and lost, a couple years ago for falsely advertising "Unlimited" data plans that were capped at 5 GB. They were court ordered to either remove the "Unlimited" language from their advertisements and provide a figure for the actual cap, or to make "Unlimited" plans truly "Unlimited" with no stipulations. The only stipulation they're allowed to make is that you aren't guaranteed your maximum theoretical downstream if the tower's saturated.
Basically, if the tower I'm connected to is not saturated and my signal strength is sufficient, I'm technically allowed to simultaneously download and upload as much data as I can use 24/7, and Verizon is court-ordered not to do a damn thing about it. If the tower is physically saturated, meaning all the available spectrum is occupied during the period of time I'm using it, then the band time-slots are "fairly" scheduled among the customers, where "fair" is in the computer science sense of fair (think of cgroups and Completely Fair Queue scheduling in the Linux kernel).
The court didn't order them to implement a fair queue algorithm, but they are also prohibited from artificially traffic-shaping customers of their 700 MHz LTE band (such as me), and fair queue scheduling is the most optimal way currently known for maximizing the use of a saturated resource, so they would be stupid to do something sub-optimal. The limitation on throttling comes from the license that they signed off on as part of the conditions they had to satisfy in order to purchase a license for the restricted 700 MHz spectrum that the majority of their LTE network runs on.
I'm currently sitting in a tiny little loophole in the cellular data plan world, where I have fantastic speed and coverage, great reception, virtually unlimited data, about 1/3 to 1/4 of FiOS speed (symmetrical), and paying less than some people pay for 15 GB data plans, while using many times more, because I'm grandfathered. The only downside is that I sometimes to have to pay full retail for a phone upgrade, but I'm more than willing to do that.
The thing that incenses me is that my situation SHOULD NOT HAVE TO BE a loophole! This should be the norm. It should be as common to be in my situation as it currently is to have, say, typical 50/10 cable with a 250 GB cap. We need to give the wireless carriers a huge legal or regulatory push, so hopefully one day my kids won't even realize how lucky they are to be able to sign up for an unlimited data plan and take it for granted.
And before you say "there's only so much spectrum" -- that's complete nonsense. There are tons of things we can do, with both current and near-future technology, to provide more than enough bandwidth to give everyone unlimited data, at least so that the cellular network can drive as much bandwidth as the cable network does today. You can: Increase tower density; increase spectral efficiency of the protocol; switch to millimeter band; retire antiquated and extremely low spectral efficiency radio protocols, reallocate them a much smaller band with a more efficient protocol and reclaim the rest of the spectrum for cellular data; and so on.
Carriers want you to think that what we have now is right up against the limitations of physics and that unlimited is impossible, so that you won't demand something that'll cost them an arm and a leg in capital to roll out. Besides, they're quite glad to charge you $120/month for 15 GB of data.
Verizon's Offer: Let Us Track You, Get Free Stuff
I'm a Verizon Wireless customer, and I'm probably going to sign up for this. Why? Because I very strongly suspect that, even if I choose to "opt out", they are still going to harvest the same data, or very close to the same type of data, and use it for marketing purposes. So now that they've graciously offered to provide me some financial incentive for it, I'm likely to eat it up. I will make a point not to go out of my way to do things I wouldn't normally do, or buy things I don't really need, but if a coupon or discount code comes up for something that I need anyway, that's money in my pocket.
This is a rather interesting business model that has only been exploited a few times thus far. I remember getting in-game credit (which is basically cash, since you'd have to pay money for that credit otherwise) in Star Trek Online by taking surveys. Most of the surveys wanted personal info. If it got TOO personal, I closed the survey. That excluded me from some "high-value" surveys, obviously, but a few were fairly benign or just wanted me to click through and read some webpages, and I got compensated in return.
When you think about it, the vast majority of advertising and market research trades privacy for a direct service. For instance, Google advertisements trade some privacy for the service of having free email with a ton of storage, and the best search engine in the world. But this new Verizon campaign is more or less trading privacy ... for money. Money in the consumer's pocket. That's pretty new to me.
I guess I don't have a real beef with my "privacy" being "invaded" as long as the data doesn't wind up singling me out as an individual. If they just want to observe trends, then whatever -- go for it. If I start getting an elevated level of text messages, pop-ups on my phone, knocks on the door, phone calls or emails with solicitations that I did not request, then I will fight that tooth and nail until the people doing it are class-actioned out of business.
How the Internet of Things Could Aid Disaster Response
"Power outages". Think about that for a moment. In a disaster, there's no power. No power, and your "internet of things" is a bunch of fragile physical objects that are even less useful for bludgeoning looters over the head with than your grandfather's 5 pound flashlight with a lead-acid battery in it.
Sure, batteries last for a little while, but many of the "Internet of Things" devices aside from smartphones and tablets don't have any batteries; they just run off the mains. And if you need help beyond 8 or 10 hours after the initial loss of power, you're out of luck.
That's why I always keep my smartphone and a backup battery on my person. A smartphone that's water-resistant and in a durable case like an Otterbox Defender is actually a viable means of communication (as well as other resources; you could put an Army Survival Guide on it, use it as a flashlight, blare a loud horn to alert rescuers, and so on). If it's durable (and thus likely to survive the initial event that makes your situation a disaster), and either comes with a very long-lasting battery or you have a spare battery, ideally enough to last for a week (with the screen on min. brightness and powered off unless you have an immediate need for it), it'd be infinitely more generally useful than any "Internet of Things" device.
Then again, people throw around such general and semantically vague terms these days that I don't even know if TFA is including smartphones in "Internet of Things". Just like I don't know if my VPS is technically part of "the cloud". Back in the day we just called things what they were: my smartphone was a smartphone, and my server was a server (virtual or not, doesn't make a huge difference). Now they're both part of some wishy-washy, gooey, free-associative vague term like "Internet of Things" or "the Cloud". Depending on who you ask, anyway.
The Secret Government Rulebook For Labeling You a Terrorist
Soon enough (if not already), they will have "reasonable suspicion" to add all Slashdot users to the list.
'Just Let Me Code!'
Simplicity is out there; you just have to find it. Obviously, if you're writing a general-purpose operating system that has to use a minimum of resources, be nearly impervious from malicious attackers hitting it from all directions, scale to the largest workloads, and run on hardware ranging from smart watches to multi-petaflop supercomputers, it's not going to be simple. That's just the reality of it. Designing such a thing is no simple task. One size definitely does not fit all.
Relative simplicity in coding can still be found in line of business applications, workplace automation, that kind of thing. Basically, if you're writing a specific program that will only ever be used by your team of staff in a 10-person office, it's perfectly fine to hard-code a file path into your program code, or require a very specific version of Ruby or Java, or write a brittle 300-line function that could really use some refactoring to be more maintainable later. If you double-click it and it does its thing and exits, you're done -- no need to write unit tests, or roll it up into a redistributable .war or .ear, or test it on IRIX and Solaris to make sure the build system builds on anything, or transport yourself 5 years in the future and make sure it'll still run perfectly on Windows 10. There's just no need. If it breaks, you can fix it in an afternoon and no one will even notice it was broken.
It sounds like TFA author just wants an easy programming job in a back office or IT skunkworks somewhere. Which is fine -- we need people to do that, or the world wouldn't work. Not every piece of executable code ever written was intended, or should be intended, to work perfectly fine on an 81-bit microprocessor in a kerosene-powered cheese grater running System/360, and to support a user doing something totally out of the design scope with the code.
Are you writing general-purpose software that is for sale or freely available to be used in a vast number of diverse scenarios? If so, you need to somehow manage the complexity in order to support all those scenarios.
If you're not writing general-purpose software, you can strip out many of the layers of software engineering that you're taught in college these days, because much of it is designed to manage that complexity. If the complexity isn't there, and to the point doesn't NEED to be there, then the layers of bureaucracy and red tape and process are pointless and can be scrapped.
That's not to say it should be a total ad-hoc hackjob. You should still use version control, no matter what, for anything beyond a 1-line batch file that you could recreate from memory. But if your version control consists of a git repo sitting on your local hard drive, and you don't have any code review before you push, who cares? You're still a developer doing productive work.
Not everyone is Linus Torvalds. Not everyone has to write code that will stand the test of time and operate correctly in totally unforeseen contexts. It's needlessly expensive to make it so. IT skunkworks exists for a very good reason.
Researchers Test Developer Biometrics To Predict Buggy Code
It's simple: Just install a program on your developers' computers that tracks how often (how many times in general, and for how long) the developer switches focus away from their IDE. If they're constantly googling, looking up reference docs or algorithms, etc., chances are they are doing something that's new, untested, uncharted territory for them. If they're just rattling off hundreds of SLOC at a time, while only needing IntelliSense as an aide, chances are most of it will work on the first attempt.
Programmers who use books made of real, physical paper foil this test and should be summarily fired.
Verizon Boosts FiOS Uploads To Match Downloads
LTE has native IPv6. So in that respect, us Verizon Wireless customers are ahead of the game.
Verizon Boosts FiOS Uploads To Match Downloads
Completely agree. FiOS is 1/8th mile away from my house but they won't bring it the last couple hundred feet. I'd be stuck on ADSL, but I am using 100+ GB/month on my unlimited data, symmetrical 30 Mbps LTE, tethering my 5 GHz 802.11ac smartphone (Galaxy S5) to my 5 GHz 802.11ac wifi adapter on my computer. I uploaded an hour-long HD video to youtube yesterday in about an hour. If Verizon Wireless doesn't want me tying up ~40% of the bandwidth on the local tower, they're more than welcome to ask their non-Wireless brethren to run a fiber cable down the street; I'd be the first to sign up.
Oh yeah, and in 2007, the Verizon rep who CAME TO OUR DOOR (and repeatedly left fliers on the door handle, and called, and so forth) said that we were "weeks" away from getting FiOS (that is an exact quote -- "weeks"). By my estimation, we're somewhere in the 350-week range from the time when they promised us FiOS, and still no sign of it. Usually when someone says "weeks", a reasonable person would think less than 10. An unreasonable person would think no more than 100. But 350? Yeah. FiOS simply isn't coming here, ever. They've stopped deploying and pocketed the money they received from local and state government to roll it out. I wish I could find a reason to sue them, but I'm pretty happy tightening the screws on them by exploiting my unlimited LTE data plan to the max, which I'm sure hurts them a lot when they multiply my data usage by $10/GB to see how much money they would be making if I were on a limited plan.
I really dislike Verizon and Verizon Wireless, but I really have no choice right now. And when it comes down to it, symmetrical 30 meg with 60 ms pings isn't that bad on an unlimited data plan. My phone's CPU tends to get a little hotter than its battery would like, which always results in my phones having a significantly degraded battery early on their lifespan, but them's the breaks.
Meet LibreOffice Volunteer Robinson Tryon (Video)
A lot of people who do this kind of thing on a volunteer basis, are either already making a decent living wage writing software and do this in their spare time; or, they are hoping that their contributions will attract attention from corporations that can then hire them to work on the software (thus funding the development of FOSS and also furthering the company's goals by improving the software they use).
X.Org Server 1.16 Brings XWayland, GLAMOR, Systemd Integration
I don't think SysVinit is particularly good at anything, especially considering it's SysV's complete lack of functionality that caused the emergence of 9 different ways to do network config (Debian way, RHEL way, Gentoo way, and many others); 9 different ways to do logging (syslog, rsyslog, syslog-ng, etc.); and so on with starting daemons, yada yada.
That said, I'm really somewhat disappointed that, as powerful of a unifying force within the Linux distro world Poettering's contributions have been, they completely neglect non-Linux FOSS operating systems. I've been a RHEL/Debian hand for years and years, but recently I've started falling in love with SmartOS, which is based on Illumos/OpenIndiana/OpenSolaris. It actually has a REALLY good built-in init system called SMF, which, like all init systems, sucks at some things but is really really nifty at others. One thing I can say for certain about SMF is it kicks SysVinit's ass from one side of the world to the other. It's always disappointing when a project team for something other than systemd, which previously compiled fine on SmartOS, decides to add a hard dependency on Systemd. It basically guarantees that your project will be forked for all the people out there who aren't using Systemd.
Looks like Xorg doesn't strictly require systemd, which is the CORRECT way to integrate Systemd into a project: make it an OPTIONAL dependency. I have absolutely no qualms with a project ADDING support for Systemd while maintaining support for non-Systemd systems, such as non-Linux OSes. I have a problem when something I need on SmartOS is basically hard-locked to the Linux kernel by indirection to hard-depending on Systemd.