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Tracking - Blog Posts
This new chastity cage will arrive in my country in about ten hours so maybe already arriving next week at my place. So excited!
After two years with a simple chastity cage I was encouraged to buy just to try out how it feels, I now was motivated to buy a second one as I enjoyed the experience so far. Sadly, House of Denial are on holidays at the moment, so I had to order somewhere else. This one is quite smaller than my CB2000 and made of steel. I’m really curious how it will feel to be locked up in it and can’t wait for the chastity cage to finally arrive next month. I will attent a bdsm-munch with kinky people like me, so I really need it until then.
Launching the Future of Space Communications
Our newest communications satellite, named the Tracking and Data Relay Satellite-M or TDRS-M, launches Aug. 18 aboard an Atlas V rocket from our Kennedy Space Center in Florida. It will be the 13th TDRS satellite and will replenish the fleet of satellites supporting the Space Network, which provides nearly continuous global communications services to more than 40 of our missions.
Communicating from space wasn’t always so easy. During our third attempt to land on the moon in 1970, the Apollo 13 crew had to abort their mission when the spacecraft’s oxygen tank suddenly exploded and destroyed much of the essential equipment onboard. Made famous in the movie ‘Apollo 13’ by Ron Howard and starring Tom Hanks, our NASA engineers on the ground talked to the crew and fixed the issue. Back in 1970 our ground crew could only communicate with their ground teams for 15 percent of their orbit – adding yet another challenge to the crew. Thankfully, our Apollo 13 astronauts survived and safely returned to Earth.
Now, our astronauts don’t have to worry about being disconnected from their teams! With the creation of the TDRS program in 1973, space communications coverage increased rapidly from 15 percent coverage to 85 percent coverage. And as we’ve continued to add TDRS spacecraft, coverage zoomed to over 98 percent!
TDRS is a fleet of satellites that beam data from low-Earth-orbiting space missions to scientists on the ground. These data range from cool galaxy images from the Hubble Space Telescope to high-def videos from astronauts on the International Space Station! TDRS is operated by our Space Network, and it is thanks to these hardworking engineers and scientists that we can continuously advance our knowledge about the universe!
What’s up next in space comm? Only the coolest stuff ever! LASER BEAMS. Our scientists are creating ways to communicate space data from missions through lasers, which have the ability to transfer more data per minute than typical radio-frequency systems. Both radio-frequency and laser comm systems send data at the speed of light, but with laser comm’s ability to send more data at a time through infrared waves, we can receive more information and further our knowledge of space.
How are we initiating laser comm? Our Laser Communications Relay Demonstration is launching in 2019! We’re only two short years away from beaming space data through lasers! This laser communications demo is the next step to strengthen this technology, which uses less power and takes up less space on a spacecraft, leaving more power and room for science instruments.
Watch the TDRS launch live online at 8:03 a.m. EDT on Aug. 18: https://www.nasa.gov/nasalive
Join the conversation on Twitter: @NASA_TDRS and @NASALasercomm!
Make sure to follow us on Tumblr for your regular dose of space: http://nasa.tumblr.com
Flight Delays Made Easy: Tune Protect’s Lounge Pass Perk
Transform flight delays into comfort with Tune Protect’s Delay Lounge Pass, offering lounge access for AirAsia Travel Insurance customers worldwide. Continue reading Flight Delays Made Easy: Tune Protect’s Lounge Pass Perk
(via AR Cheerios Interactive Cereal by Jae Salavarrieta)
(via Loreal Paris by Jae Salavarrieta)
(via AR Cereal Game by Jae Salavarrieta)
Morning walking 🏃into to sunrise 🌄 . Better with Canon EOS 450D, but I only had my phone with me. . . #sunrise #s8 #s8photography #handyphoto #sky #nature #runnig #adidas #walking #followme #camera #blue #tracking #sun #ketosislife #training #motovation #loslassen #sport (hier: Wiener Neustadt, Austria) https://www.instagram.com/p/CDj78N4jd-s/?igshid=8x40o8b7xjn1
Correct me if I’m wrong but… I think I found a way to not get tracked while using a smart phone. I’m no expert so take all this with a grain of salt. I’m just saying what I think would work.
I’ll talk about location tracking, then web activity tracking. And when I talk about location tracking, I mean getting a phone that does have gps as well as the second phone that doesn’t. Just incase you get into an emergency and need to be saved.
Also, this isn’t supposed to be advertisement, I’m not getting paid to advertise anything. Even if I sound like I’m trying to sell you something.
Ok so my phone’s location can be tracked by gps, cell phone towers and wifi, right? I’m pretty sure, cell phone towers can find your general location but gps and wifi give a more exact location.
So I get a Benco V80s phone — which doesn’t have gps or cameras — and just remove the battery when I’m not using the phone, and only use public wifis in parking lots without cameras, my location can’t be tracked? You must be thinking “You just said wifi can be used to tracked your location! Why would you use public wifi?”
Well, that’s because I like using the internet, and I need wifi to use internet. Public wifi is better than actual home wifi, you don’t want people knowing your home address after all. Plus, after you’re done, you can disconnect from the wifi and take the battery out. It can’t track you after that so why not go to a public restaurant somewhere far from your home or base of operations?
And now you must be thinking “well what about the cell towers?” They can’t track a phone that isn’t on. And you’re literally taking the battery out, so how is that going to stop you?
Well what about getting online activity tracked? Well if live in the uk, you must be familiar with this. Mass surveillance in the uk allows a lot of government agencies to tract your online activities, or at least that’s what this article says.
But to answer to that is tor for android. Considering the fact that Benco V80s is an android phone, we could download that. If you don’t know what tor is, it’s a project that wants to, as stated on the website “Advance human rights and freedoms by creating and deploying free and open source anonymity and privacy technologies, supporting their unrestricted availability and use, and furthering their scientific and popular understanding.”
Of course, tor isn’t perfect but it’s as private and secure as it can get. And use tor without standing out, read as much as possible form it’s website, look for advice from tor users.
Get a VPN while you’re at it. That’s going to help a lot, I’m not going to write much about it here though. We’ve all seen enough nordVPN ads to know what it’s all about.
Even with all that, don’t go around doing crime. Just don’t, it’s illegal and immoral. That includes “CP” (we all know what that’s supposed to stand for), it’s just wrong. Plus, any criminal things you do on tor will probably make you stand out from the activists, privacy lovers and other normal civilians who aren’t doing crime.
Criminals have been caught using tor before, it’s not perfect, it’s just harder to track. It has more layers of encryption than google and is honestly better than duckduckgo. Read the article bellow for more information on duckduckgo.
So that’s going to at least mostly stop the tracking, what else? Honestly, I don’t know. Just don’t use your personal information online, even when signing up for things. You don’t know if that company tracks or collects data from you after all.
https://youtu.be/RAorE7qYc-o
Montage,télé-pilote, effets spéciaux, tracking 3D
How to fully solve what happened to Malaysian Flight m370, what to do, how to put it together & why it works, together with if the US military ever shot it down & or it was some s*ici*e situation
so for Flight m370, I would like to comb through all given underwater sonar, ocean floor sound wave measuring devices, I would need any willing civilian, commercial, & military data for satellite, on ground weather, weather satellite, other planes wifi, radar, etc, boats radar, wifi, etc data, together with sound wave propagation data for a flying plane that size as it creates its given pressure wave (which those can be much much more numerous as they track volcanos & other such things for even smaller asteroid/meteorites that explode in our upper atmosphere, together with particles hitting our upper atmosphere creating specific soundwave styles) same for any given light sensor/detectors for satellites & on the ground based sensors & detectors, same for ocean/sea buoys that do the same thing.
The flight happens to create specific waves that, with the given weather mapping data, can only have attenuated out in a highly understood & able to be fully calculated manner, from here that gives us the schlieren imaging we need for higher altitude & reflective light interference models needed from radar satellite mapping of all waves that gain higher fidelity through ocean buoys, sonar, & soundwave mapping. From here, we gain movement data, that we filter from position to position, working forwards to backwards, us gain a position in front of the plane to the position where is was for a change of given total pressure differences specifically so that way the higher fidelity wave mapping gets used for reflective, defractive, & refractive filtering for interference frequencies for closer to the air plane capture of different air pressure mapping, that lines up with soundwave captures from further away that now line up with the planes most probable positioning.
From this positioning we gain light reflection & absorption of the plane, radar/wifi wise changes the reflection but also how much, as it moves through the air & its given shape, absorbs different wifi & so on signals. Think doppler shifts for wifi that now get reflected because its moving as fast as it is. This means it interferes with the given wifi signal heading towards it to shift signal db mapping. That mapping gives you specific location triangulation, which matches the probable plane positioning. This positioning then gains greater probability. This probability then gains exacting attenuation of heat & air movement soundwave mapping with light wave alterations (interferences, heat, densities, & electrostatic electromagnetic effects) that give you exacting color likeliness as well, from satellites & simple boat/other airplane data, to even the buoys together with how light & sound mapping for particle collisions in our upper atmosphere are detected & sensed.
From here we gain a pinpoint location of the airplane & all given people around involved. To the point, where yes as weird as it is for you all, you can vibrationally see & know lightwave interference wise the people inside as well, even some conversations had if they were loud enough. The detail & fidelity is harder as that requires better & more accurate data with larger amounts to help. But! you can get blobs of people to even good shaping provided it, in those moments, has enough data to correct the fuzziness of the movement & so on.
Anyways, this (without gov't military data) can put this to rest as to what & where it all went & had happened. To be clear & fair, the military for sure, mostly likely several of them, have satellite data that could easily pick out what was going on with this flight. They could conclusively say it was shot down or not. A big poofy fireball isn't hard to see on even older crappy satellites. But so too, for that soundwave sonar data. They can all act as triangulation points, to what happen & when. Even for it flying, but that's been de-noised data for earthquake, boat, whales, & more data mapping for a long time now. They are extremely sensitive, for what its worth.
Which, has me thinking the military could, unfortunately, very well be involved. But this would easily clear it up, if it was the case they never were.
Scary sidenote, at all times this is data & easily calculated & used data being created all the time & used all the time by corporations, gov't, military, & more. In fact, hackers & regular people can get access to it with no trouble. A few routers & a few cell phones & you have many ways to listen to people from a few houses down without having any issues what-so-ever, like many people believe you would. You can absolutely see inside of peoples homes. Because its "bleeding edge" for consumers its not for people with money & an incentive to use it. I.e. your gov't & military that like to spy on the rest of the world, to even their citizens with almost impunity. Hackers, truthfully, haven't really not been able to & they just like playing around to and or using it to their advantage all the same. You are always watched, always listened to, always manipulated & always being turned into something for something, for whatever reason it is for whomever it is. It's why I know they were listening to me almost a decade ago & why I know a level of constant verbatim studies that I said should work out the way they are written in the studies that have kept steadily coming out are mine, to multiple youtube videos, to too many different things.
Those calculations aren't terribly hard now, they are github opensource de-noising, interference, wifi beam forming, radar beam forming, soundwave interference for voice to de-humming, etc programs. All of them can even be found in most graphics cards tools for voice amping, clarity, to making the video look a little more detailed, colorful, blurry, so on & so on. Effectively, all of this has been around for more than 2 decades & only gotten faster & better for even larger data models that now can use large language modeling, neural networking, "multiple dimension" neural networking (chatgpt stuff), branch networking (then logic branch networks that just use dimension neural networks that have it head to a more specific neural network model to make it faster to calculate larger data sets faster), & even simple old school chaos theory mathematical programming, which can now take advantage of the protein folding stuff like deepmind/alphafolding stuff.
This means, its extremely easy, it would be possible to do on your standard mid-tier phone, although it would take like 30min or something, but still nothing that bad. So, yes, for people & cars, planes, & more to be tracked & hunted down by your gov't its easier than ever. But that's real time data stuff, so everything is usually behind about 3-30 mins. This is old data, this would take like a few minutes to fully calculate & brute force everything until you have more than enough to know if the military shot flight m370 down & or they didn't, while then you can comb through all data of them online & around & know how much it was planned & what they were saying outloud, writing on papers (its that good yes) to any number of events leading up to the tragedy. Fully removing the mystery of the flight & what happened.
That's why I would do first, for that one. Then second, after doing it, I would let you watch it all & make for conclusions & resolutions to find closure for it all & know what you need to know. While also giving you a horrifying glimpse into all those with money & power; what they intend to do to you with it & why you shouldn't think its okay unless you don't live in America as it is now.