Mobile Phone Vs SIM Only Contracts

Overview
Even with the technological gadgets becoming more affordable, mobile phones become more and more expensive. This is particularly popular with the smartphones. This, however, has started getting a replacement with the increased use of the SIM only and phone contract plans. A SIM only contract is a plan that covers a mobile service only. Payments are made for the SIM only. A phone contract is whereby one pays relatively high monthly expenses that includes the phone and the SIM. The sim only contract is generally better because of its low monthly expenses.

Image result for Mobile Phone Vs SIM Only Contracts
The following is the discussion of a Phone vs Sim Only Contract:
A SIM only contract is generally cheaper. This is because the monthly expenses paid are only for the SIM services and do not include the phone prices. This contract however has high initial capital that will be required to fully purchase the phone. This is because it demands that the buyer purchase the phone outright. In a phone contract, the monthly expenses are very high indeed. They include both the SIM service expenses and the phone payments because at the time of acquiring the phone, a very little amount is paid for it. In comparison of the two contracts, SIM only contract is far better than the phone contract because after purchasing the outright, the buyer will be able to concentrate on other developmental projects rather than continuous high monthly payments like the case of phone contracts which stagnates the buyer.
A SIM only contract allows for freedom of choosing the time that you can change your allowance or the phone. This is because the contract is not binding in that, with the high initial capita, it allows the purchaser to sell the phone whenever he or she feels like it. With the phone contract, the purchaser is not allowed to tamper or even sell the phone because technically, the phone is not theirs. This is because of the low initial cash that was paid hence failing to transfer the ownership to him or her. In the case of Phone vs Sim Only Contract this variation renders the SIM only contract as the better one due to the freedom granted.
For SIM contracts, one can choose the network they like because the handset is unlocked. This freedom of choice is impacted by the fact that the purchaser paid reasonable amounts at the purchasing point. In phone contracts, the purchaser does not get freedom of using their network of choice. This is because the ownership of the handset is still with the seller and therefore the handset is usually locked. This clearly shows that the SIM only contract is far better than the phone contract because different people use different networks with different reasons that favor them.
In SIM contracts, the customer gets a pay as you go mobile plan. This is where the user only pays for what they use with each minute and text incurring its own charge. However, in a phone contract, this is not the case. The user pays for a lot more expenses that includes the phones price even two years after the contract was signed. SIM contract is better in that it allows the user to relax and enjoy the phones capabilities without a lot of pressure from the monthly payments.
Conclusion
Basically, in a Phone vs Sim Only Contract discussion, the SIM contract has many advantages than the phone contract. It is a cheaper plan and has less monthly financial pressure, because phone contracts requires continuous flow of funds from the user’s sources.

For more information, visit: 3G.

Product Owner – how he differs from that of a Scrum Master

The technology of Scrum is as such the inclusion of software which has the ability to bring every single department under its fold and this makes each and every department. Everyone starting from the owner to the workers, the team leader to the departmental heads to the marketing and sales team all is included in this category. This is for the betterment of the company. The scrum is the one which includes all in the teamwork. The product owner has the priority of deciding on what is to be produced.  However the team of the workers, team leaders and the supervisor plays a very important part to play.


What actually happens with the scrum technology?

The Scrum is a well categorized program which makes the workers to put on the best of effort in the production. The team leader is one which is always agile and looks into the quality and if there are any issues they immediately sort it out. The CSPO certification in hyderabad gives the person the knowledge how to take care of all the works and never to leave any backlog. The technology includes the traditional ways of production and blends with the modern technology to give the best in making of the products which is technically and quality wise premium.

What happens next?

The scrum technology happens to be the backbone of the company and depending on this the marketing plans is set. The supervisor takes care of the quality of the products so that it competes with the others in the market. The products are tested and then let out of the factory. Now the sales team works on them and collects the reaction of the clients. When the client starts liking the products then again the marketing strategy is revised so that it can generate the maximum revenue from the market. This also means the stake holders have a comfortable time since they are happy with the profit the company is making.

When the company starts earning profit there are possibilities that interested investors might approach the company and this adds to its glory and makes the company the premium one, So the technology joins all the heads of the company and its effect is reflected on the sale of the products which are produced at a much faster rate than it was produced earlier. With the cspo training the workers are joined with the commitments and this happens to be the ultimate goal. The team gets the focus which makes them proficient enough and they are ready to face any challenge which comes their way. The workers find themselves more close to the company owner and this makes everything transparent making the workers contemplated an that start working with the vigor and confidence that increases the rate of production since they put in the best of effort and works for the betterment of the company. This is the success of the scrum theory.

Is Taking a Diet Pill the Answer to Your Weight Loss Program?

Eating routine and exercise will be the major factors in any weight loss program. Your eating regimen or calorie intake will account for about 80% of your weight loss. The other 20% can be attributed to practice and physical activity. Exercise is important for maintenance of your weight loss however it’s what you eat and how much that will matter most in a successful weight loss strategy. All in all, are there safe eating regimen pills that work?

Related image

A natural eating routine pill is made up of extracts taken from different plants, parts of the plant or generally speaking, – herbs. These are usually extracted as juice, mash or nectar and then prepared in a way that they can get it into a powdered format to pack into a pill. Now and then it happens that a natural extract loses a part or its natural component because of wrong preparing strategies. Thusly, the handling procedure aforementioned is greatly significant in deciding the honesty of a natural item. Too much refining and distillation can crush or alter the impact of a natural compound, yet due process has to be utilized so as to gain maximum advantages.

Why Taking A Pill Is Not Enough

The issue is where it counts many of these individuals realize that simply taking these items won’t achieve major changes in the overall weight however jump at the chance to think they are at least taking some action. This is counter profitable and tricking yourself into deduction if I take either item is all I have to do. Getting in shape takes more than taking a miracle cure you require some dedication and a plan in place. If you really want to get more fit you really have to consider you entire lifestyle from the amount of activity you take on a week by week basis and what you eat and be honest with yourself. It appears glaringly evident you have to eat better and less of it; in addition to exercise progressively and the weight will start fall off. An eating regimen pill can however can help the weight fallen off speedier.

Different pills that will be useful are those that bolster the balance of your hormones. If your thyroid and endocrine systems are not functioning appropriately, that factors into your body’s ability to get more fit normally. If you can get your body balanced and in ideal condition, it is easier for you to shed pounds with your eating regimen and exercise plan. You can also consider taking probiotics to guarantee your levels of good bacteria are healthy and stable which will also assist in appropriate function of your stomach related system additionally supporting your weight loss.

With all natural eating regimen pills, you don’t have to be concerned with symptoms; it is however up to you to choose which one is the best natural eating regimen pill in the market. Before technology advanced to the stage wherein man can imitate similar (not the same) components as found in plants and animals, it has been recorded and demonstrated by ancient sages and doctors that natural herbs offer the best cure as long as you can identify the herbs and know the correct mixes and right dosage. Thusly all natural eating regimen pills are ideal and you can start your safe eating less carbs regimen as soon as you make sense of which one is the best natural eating regimen pill for you if you can intake the correct average clenbuterol dosage.

How can you inject HGH Intramuscularly?

Any type of drug has to be injected safely and rightly. You could need to inject a drug in your home and all by yourself. It is not always practical or affordable to get injections done by doctors, so you should learn how to help yourself.

Image result for How can you inject HGH Intramuscularly?

How can you inject HGH for Bodybuilding?

Human growth hormone or HGH comes naturally from our pituitary gland in the brain, and it helps to maintain and regulate vital functions of our body. The hormones affect cellular growth, organ health, tissues, and obvious factors like bone length. Here, we discuss the injectable rHGH guide, so that you can add the synthetic form of HGH in your body. These replicate natural growth and are common for deficient children and some adults.

HGH also reacts in change in cellular function, immune system, brain function, and more. Adults usually use this when they feel that the normal rate of HGH is decreasing with age. Before anybody starts using such medication, they have to go through physical tests.

When you are approved of the medication, you have to understand the process of inject HGH into your body. Like diabetic people who take insulin injections, you can save time by learning how to use somatropin yourself. It also reduces costs, provide benefits and decrease risks of mistakes.

How much can you inject?

Your doctor will request you to have the initial sessions of injection done by him, and you should let that happen. Let him teach you how the process goes, so that you can do it at home when you need to. People not deficient of HGH, might not be recommended to use it, so you’d anyway need a doctor’s consent.

More than people who can intake the medicine, taking it safely is all the more important. Wrong medication can lead to side effects and adverse problems. The recommended injections can depend on the brand chosen and availability.

Sometimes, doctors ask you to mix another type of solution with HGH like water. Watery elements have to be drawn in with a syringe and then inserted into container with powder. The main medicine needs to be drawn in with injection.

  • Inject measured water solution into powder of HGH. You might be asked to spin the container, so that the powdered form slowly mixes with the HGH powder.
  • Throw the syringe you used for mixing the two, as it can contaminate otherwise. You will only need an additional cost of $2.5 for another syringe, and that’s safer to use.
  • Prepare your body with an alcohol swab for the injection zone. You might be asked to add it in your abdomen, and the needle has to be inserted in a 45 degree angle. Insert needle proper and slowly depress the plunger.
  • Once the entire amount goes into the body, throw away the sharp container.

This was the injectable rHGH guide but you should check out videos to know more. Try to get a demo done in front of your doctor, to avoid any mishap!

Sharethebus becomes Bus.com and raises $5M for event shuttle management

It’s actually a pretty great URL: Bus.com. It’s also a much better brand identity than Sharethebus, which is the old name of the company that just raised a $5 million Series A round from Jackson Square Ventures and BMW’s i Ventures investment arm. Bus.com is the destination you’d expect to head to for what the company does, which is organize charter bus trips for festivals, sporting events and shows by teaming up with bus companies with unused inventory.

The Bus.com model includes online rental, GPS tracking of buses so passengers know exactly when they’re arriving, and online ticketing. The founding team, which was a Y Combinator Winter 2016 class graduate, saw an opportunity to update the process of chartering buses for mass transit to one-off events and occasions, including festivals like the Way Home music festival north of Toronto, in Canada, and Sasquatch.

Perviously, charter bus services for this market, which accounts for around $4 billion in annual revenue according to Bus.com, has relied heavily on a network of small operators with around 10 or fewer buses each. These charter operators had no common standards or platform in terms of pricing, service or booking process, leading to a lot of confusion and complexity on the user end of the process, and also for festival operators.

Bus.com co-founder Wolf Kohlberg has “only ever worked in booking, planning and travel execution,” explains his partner and the startup’s CEO Kyle Boulay on a phone call. Kohlberg started and ran a successful bus booking company to provide transit to soccer games in his home country of Germany before moving around and landing in Quebec, where he was working for a travel agency and noticed that a lot of small bus companies had a lot of unused inventory, but were lacking basic organizational tools including things like websites. He teamed up with web developer and designer Boulay to create a tool to take advantage of this opportunity, which was growing thanks to dwindling individual ownership of cars, paired with a tendency for events to be located just outside cities and urban centers.

 The team created a basic software platform that brought together a lot of the missing elements in one place, and have been iterating on it very since. Their focus is increasingly on making sure festival and event organizers can more easily offer charter travel as an integrated component of what they provide their customers.

“All that software is actually very much in need in the charter bus industry, and not just around renting per seat, but renting buses in general, and helping turn event producers into smart travel planners for their attendees and for their guests,” Boulay explained. “The rebrand from Sharethebus to Bus.com better positions us as a more holistic solution for the industry in general and the population at large.”

I asked Lastovskiy if he believes an investment from BMW, even if through their venture organization specifically, indicates any larger interest among automakers in the charter space as a mobility service opportunity. He said he couldn’t speculate as to the car industry’s interest in that area, but it’s an interesting partner nonetheless given recent explorations into unique transportation models by car companies in general.

Uber finds one allegedly stolen Waymo file – on an employee’s personal device

Uber admitted today that it had found one of the documents Waymo alleges was stolen by a former employee — who left its self-driving car effort to join Uber’s — on the employee’s personal computer.

The document was found on a personal device belonging to Sameer Kshirsagar, Uber’s attorney Arturo Gonzalez said at a court hearing today. It’s the first time that Uber has acknowledged that any of Waymo’s documents are in the possession of any Uber employees. However, Uber emphasized that the document was not found on Uber’s computers. “We did collect documents from him and thus far we have only found one document from his computers that matches the documents identified in the complaint,” Gonzalez said.

Waymo claims that Kshirsagar downloaded several confidential documents in June 2016, one month before resigning and joining Anthony Levandowski at Uber. The names of the five specific documents are partially redacted in court filings, but one references “laser questions” and another “lens placement.”

Levandowski is one of three Uber employees accused of taking Waymo trade secrets, and Waymo says he took 14,000 documents, while Kshirsagar and Radu Raduta took only a few. Waymo is now asking for Uber to turn over those stolen documents as part of the discovery process in its trade secret lawsuit against its competitor, while Uber argues that it cannot hand over anything from Levandowski without violating his Fifth Amendment rights and that it has already thoroughly searched for the documents at Uber.

Uber said it has interviewed 85 current and former employees, 42 of whom worked in the automotive division. Uber searched 10 of the employees’ computers and looked through the company’s git repository for files that matched Waymo’s descriptions. The company found 31,000 hits but described them as “not substantive.”

 “I believe that we will demonstrate to you that those 14,000 files never made it to Uber,” Gonzalez said.

Waymo claimed in a letter to the court that Uber did not meet the deadline to hand over documents and refused to provide all of the documents Waymo had requested, particularly the 14,000 confidential Waymo documents Levandowski allegedly downloaded before he left the company to lead Uber’s self-driving car unit.

“To the extent Uber tries to excuse its noncompliance on the grounds that Mr. Levandowski has invoked the Fifth Amendment and refused to provide Uber with documents or assistance, Waymo notes that Mr. Levandowski remains — to this day — an Uber executive and in charge of its self-driving car program. Uber has ratified Mr. Levandowski’s behavior and is liable for it,” Waymo attorney Charles K. Verhoeven wrote in a letter to the court (emphasis his).

Judge William Alsup, who is presiding over the case, ordered Uber to search more thoroughly for the documents. He told Uber to search using 15 terms provided by Waymo, first on the employees’ computers that had already been searched, then on 10 employees’ computers selected by Waymo, and then on all other servers and devices connected to employees who work on Uber’s LiDAR system.

New Smartphone Device Can Test Sperm Quality

A new smartphone device can analyse a man’s sperm quality and let him know in a matter of minutes whether he suffers from infertility, US researchers said Wednesday.

Infertility affects more than 45 million couples worldwide. Over 40 percent of fertility problems are due to poor quality sperm.

New Smartphone Device Can Test Sperm Quality

The technology described in the journal Science Translational Medicine aims to make it easier and cheaper for men to test their sperm at home.

“We wanted to come up with a solution to make male infertility testing as simple and affordable as home pregnancy tests,” said co-author Hadi Shafiee, a doctor in the division of engineering in medicine at Brigham and Women’s Hospital.

“Men have to provide semen samples in these rooms at a hospital, a situation in which they often experience stress, embarrassment, pessimism and disappointment.”

The new test, however, “can analyze a video of an undiluted, unwashed semen sample in less than five seconds.”

It works by using a combination of an optical attachment that can connect to a smartphone and a disposable device for loading a semen sample, said the report.

Researchers tested the device using 350 semen specimens at the Massachusetts General Hospital Fertility Center.

The smartphone-based device detected abnormal semen samples – based on World Health Organization thresholds on sperm concentration and motility – with an accuracy of 98 percent.

The cost of the materials used to assemble it came to $4.45.

“The ability to bring point-of-care sperm testing to the consumer, or health facilities with limited resources, is a true game changer,” said co-author John Petrozza, and director of the MGH Fertility Center.

“This development will provide faster and improved access to fertility care.”

The device is not yet available to the public and is still in the prototype stage.

Researchers are planning additional tests before filing for US Food and Drug Administration approval.

NASA to Use Laser Communication for High-Speed Space ‘Internet’

In a step towards verifying the efficacy of laser communications for speedier data rates for connections between spacecraft and the Earth, NASA said it is developing a trailblazing, long-term technology demonstration mission.

The Laser Communications Relay Demonstration (LCRD) mission, scheduled for launch in 2019, will help NASA understand the best ways to operate laser communications systems, the US space agency said in a statement on Wednesday.

NASA to Use Laser Communication for High-Speed Space 'Internet'

They could enable much higher data rates for connections between spacecraft and the Earth, such as scientific data downlink and astronaut communications.

“LCRD is the next step in implementing NASA’s vision of using optical communications for both near-Earth and deep space missions,” said Steve Jurczyk, Associate Administrator of NASA’s Space Technology Mission Directorate, which leads the LCRD project.

“This technology has the potential to revolutionize space communications, and we are excited to partner with the Human Exploration and Operations Mission Directorate’s Space Communications and Navigation program office, MIT Lincoln Labs and the US Air Force on this effort,” Jurczyk said.

Laser communications, also known as optical communications, encodes data onto a beam of light, which is then transmitted between spacecraft and eventually to Earth terminals.

This technology offers data rates that are 10 to 100 times better than current radio-frequency (RF) communications systems.

Just as important, laser communication systems can be much smaller than radio systems, allowing the spacecraft communication systems to have lower size, weight and power requirements.

Such capability will become critically important as humans embark on long journeys to the moon, Mars and beyond.

“LCRD is designed to operate for many years and will allow NASA to learn how to optimally use this disruptive new technology,” Don Cornwell of the Space Communications and Navigation programme office at NASA Headquarters said.

“We are also designing a laser terminal for the International Space Station that will use LCRD to relay data from the station to the ground at gigabit-per-second data rates,” Cornwell said.

“We plan to fly this new terminal in 2021, and once tested, we hope that many other Earth-orbiting NASA missions will also fly copies of it to relay their data through LCRD to the ground,” Cornwell added.

The LCRD team is led by NASA’s Goddard Space Flight Center in Greenbelt, Maryland. Partners include NASA’s Jet Propulsion Laboratory in Pasadena, California, and Massachusetts Institute of Technology’s Lincoln Laboratory.

Seriously, this skull-drilling robot is good news for humanity

When someone invents a robot specifically made to drill into the skulls of unconscious, immobile humans, you’d be forgiven for feeling a natural reaction along the lines of “for the love of God, why?” But trust me, this particular robotic trepanation station is a good idea.

The issue surrounds what is called microsurgery, in particular, installing cochlear implants, tiny devices that relay sound directly to the inner ear of someone with a hearing impairment.

The procedure to implant these things is performed tens of thousands of times per year, but it’s a risky and extremely fiddly one where the slightest error or involuntary movement can cause permanent damage.

As in other situations where precision is critical, machines can be of help. In this case, researchers from the University of Bern have been working on a robot that performs the most delicate and potentially damaging step: drilling into the skull at the precise location and depth to give access to the right part of the cochlea.

The team’s paper, published today in Science Robotics, reports the success of using the robot for drilling purposes, and proposes further applications, such as the actual implantation processes.

In the meantime, they use the drilling process as a platform to prove that the robot can hook into surgery planning systems, stereo vision, live detection of tissue types and so on. Other microsurgeries could also benefit from the technology.

If the robocalypse comes, they won’t need a treatment plan to drill into your brain. Until that happens, robots like this could provide some much-needed consistency in surgical procedures that, like this one, exist at the boundary of what humans are capable of.

Privacy hawks in Congress call on Homeland Security to warn Americans of SS7 hacking threat

Oregon Senator Ron Wyden and California Representative Ted Lieu are pressing the Department of Homeland Security (DHS) on a mobile network vulnerability that they consider to be a systemic digital threat. In a new joint letter, the two members of Congress questioned DHS Secretary John Kelly about flaws inherent in Signaling System 7 (SS7), a global telecommunications protocol that allows phone networks to route calls and texts between users.

In a study publicized during a 2014 security conference in Hamburg, researchers demonstrated how hackers could insert themselves into a device’s call-forwarding function, redirecting calls, and any private information discussed therein, to themselves before bouncing them back to the receiver. In another SS7 technique, hackers could collect nearby texts and calls using a dedicated antenna, going so far as to obtain temporary encryption keys from a wireless carrier, which would later be used to decrypt the content of the correspondence. According to the researchers, end-to-end encryption — widely considered to be the most robust mobile precaution a user can take — could withstand such an attack, but the vast majority of users do not employ such measures.

Some digital privacy advocates suggest that there is little focus on the vulnerability of SS7 because governments are actively exploiting it in their own spying efforts. For example, SS7 tracking systems pair well with IMSI catchers (more commonly called “Stingrays“) used by some U.S. law enforcement agencies, zeroing in on a target’s general location in order to intercept their communications.

Another problem is that because so many wireless providers around the world use the protocol to connect devices on other mobile networks, the system is insecure by design. “SS7 is inherently insecure, and it was never designed to be secure,” GSMA security director James Moran told The Washington Post in a 2014 story about the threat posed by SS7. “It is possible, with access to SS7, to trigger a request for a record from a network.”

 In Wednesday’s letter, Wyden and Lieu demanded to know what steps DHS had taken to inform the public about the threat, how the agency plans to protect the private sector, as well as U.S. government officials and the extent to which foreign adversaries may be leveraging SS7-enabled surveillance on U.S. citizens.

“We suspect that most Americans simply have no idea how easy it is for a relatively sophisticated adversary to track their movements, tap their calls, and hack their smartphones,” the letters reads. “We are also concerned that the government has not adequately considered the counterintelligence threat posed by SS7-enabled surveillance.”

Sen. Wyden, a senior member of the Senate Intelligence Committee, has been one of the government’s most vocal advocates in the digital privacy movement. Congressman Lieu, similarly a privacy hawk, appeared in a 60 Minutes segment on SS7’s flaws that aired last year. The FCC is expected to release its own report on an investigation into SS7 risks this month.