Tuesday, 6 March 2018

Crypto Bitcoins


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This is a Payment Proof:


Thursday, 1 March 2018

Bill Gates says Crypto-Currencies..

He was referring to the way digital currencies like Bitcoin are used to buy drygs like synthetic opioid fentanyl. In an "ask me amything" session on news website Reddit, he said that the anonymity of digital currencies meant they were linked to terrorist funding and money laundering. 

Some criticised him, saying he was ill-informed about the technology. Asking by one user for his opinion on the technology, Mr Gates replied: "The main feature of crypto-currencies is their anonymity. 

I don't think this is a good thing. The government's ability to find money laundering and tax evasion and terrorist funding is a good thing. 

"Right now, crypto-currencies are used for buying fentanyl and other drugs so it is a rare technology that has caused deaths in a fairly direct way. I think the speculative wave around ICOs [initial coin offerings] and crypto-currencies is super risky for those who go long."

Veteran investor Warren Buffet has previously said that the speculative crypto-currency craze "will come to a bad end." 

Mr Gates has not always been so cynical about Bitcoin. In 2014, in an interview on Bloomberg TV, he said that Bitcoin "was better than currency." His less than enthusiastic response on Reddit did not go down well with all those participating in the debate, with some reproaching him for what they felt was an attempt to influence the market. Others suggested that he needed to look again at the Bitcoin white paper.


In the wide-ranging Reddit chat, Mr Gates told the audience that his top three goals were "reducing both childhood death and ending polio".  Mr Gates is co-chair of the Bill and Melinda Gates Foundation which spends billions each year on education and health projects.

The foundation has also sponsored the development of blockchain - the technology that underpins crypto-currencies - for merchants in kenya.  Microsoft is also looking to integrate blockchain-based technology for verifying digital identity.

The rise in value of crypto-currency has prompted governments around the world to look more closely at its impact on economies and citizens. While the technology underlying it is often praised, there are concerns about how it could disrupt the economy as well as its links to cyber-crime and money laundering.

Smart Wallet Card

Smart cards are a unique blend of three major technology areas: state-of-the-art silicon memory technology, passive and active security, and microprocessors with high performance but extremely low power consumption. A typical smart card looks like a credit card with a silicon chip. The chip is activated through a characteristic set of contacts or through a radio link. New form factors have started to appear with different shapes and interfaces. 

Memory-only smart cards

In memory-only smart cards the chip is a simple memory block with interfaces. These are used primarily for payment systems, such as public telephones and services. While this is currently the highest volume segment, the average prices are lowest, and the market growth is low. Total production in 2001 was 1.25 billion units, rising to 1.7 billion units by 2005. The other four market segments are technologically more interesting because the card contains a processor as well as memory, interfaces and security blocks. Taken together, these segments will show growth from around 700 million units in 2001 to over 2 billion units in 2005. They consist of SIM (phone), financial, government, and other uses. Though they are well-defined today, their boundaries will merge and change over time with the advent of multi-function cards. 


SIM cards 

SIM cards are a well-known component of most cellular phones, and their inclusion in nextgeneration specifications has guaranteed this will continue. The smart card is the part of the phone that is owned/controlled by the operator, rather than the handset manufacturer, so this is where the key to value-added services will reside. 

2001 was a poor year for handset sales, so estimates of SIM shipments are around 320 million units. This is estimated to increase to 550 million units by 2005, depending on the world economic recovery, and uptake of third-generation services. SIM cards have various functions, the most important being to provide secure network access to authorized users, and to allow service personalization and a superior user experience.

The hardware that has evolved to meet these requirements comprises a 10mm2 chip based on 0.35-micron technology, with 32K or 64K bytes of EEPROM, and 1-3K of RAM. The processor is generally 8-bit, either 80C51- or 6502-based. In addition to the processor, there are other hardware blocks to perform security functions. 

Financial smart cards

The banking industry has used plastic cards for identification purposes for many years. But the traditional magnetic stripe has proved very easy to duplicate and copy, so security concerns are driving a change to smart card technology. This market segment shipped around 150 million processor smart cards in 2001, a figure which is set to rise to 430 million in 2005.  

Banking smart cards also employ 8-bit processors, along with EEPROM, ROM and RAM memories. Additionally, they usually incorporate a block of logic that assists with cryptographic functions. This is required because, to prevent message interception and decoding, the specifications for handshaking are very tight. The 8-bit microcontroller is not capable of running the cryptography algorithm fast enough to comply with this time limit by itself.

The operating system on a banking smart card has traditionally been proprietary, but recently a secure standard operating system (Multos) has become popular. This is the first operating system to pass all the standards for operational security. On top of the operating system are a series of applications that provide the complex handshaking associated with signature and secure certificate authentication. 


32-bit smart cards

It is apparent from this brief market analysis that there is significant development in smart card requirements. The main drivers are security, the ability to run advanced operating systems, addressing larger memories, and the need for more general-purpose processing. 

32-bit RISC processors have a long track record of delivering much higher performance than 8- bit microcontrollers at the same clock frequency. For instance, it can take around 20 times more clock cycles to perform a task on an 80c51 processor than a MIPS32™-based 32-bit RISC device. This extra efficiency can be turned into lower power consumption, by reducing the clock frequency, or to achieve extra functionality. An example could be to insert additional instructions in the software to confuse hackers.

E-payments and smart cards

E-payments are payments that are initiated, processed and received electronically. The electronification of payment services started many years ago and has reached a high level of maturity in many European countries. The first stage of innovation, process innovation, changed the way interbank payments are processed but went almost unnoticed by the public. Further stages of innovation were more visible, since they affected the way that customers interacted with their banks.


Smart Wallet Benefits: 

CIB is offering you a new service that enables you to:
  • Create a wallet account on your mobile
  • Deposit money to the wallet
  • Pay all your bills, Ticketing, and Top-up mobile 
  • Transfer money from the wallet to another wallet
  • Withdraw Money from the wallet from any CIB ATMs or any of our agents
  • Purchase (Pay for goods) from any merchants that have MasterCard Mobile Misr Logo
  • Issue a virtual online card with your desired amount to be utilized for online purchases 

FAQ:

How can I register to the service?
  • Visit the nearest CIB branch
  • Fill in a registration form
  • The representative will register your data on the system
  • Instantly you will receive SMS contains (Download URL and Activation Code)
  • Download Smart Wallet App
  • Enter the registered mobile number and accept the Term and Conditions
  • Enter the Activation Code received by SMS 
  • Initiate Mobile PIN (M-PIN) (six digits) 
  • Your Smart Wallet is ready to transact 
Required documents: Valid Mobile Number, Valid National ID

How can I deposit money in my Smart Wallet?
  • You can link your Debit/Credit/Prepaid Card to your Smart Wallet (CIB Customers Exclusive). Only through CIB branches.
  • You can go to any Smart Wallet agent from our network to deposit money into your wallet.
  • Through CIB ATMs (Cardless transaction). 

How can I withdraw money?
  • You can go to any Smart Wallet agent from our network to withdraw money from your wallet.
  • Through CIB ATMs (Cardless transaction). 


Can I have more than one wallet on the same mobile? 
  • No, each mobile number can register one wallet only.

What if my mobile or SIM card is lost/stolen?
  • Call the call center (19716) to suspend your Wallet 
  • Get a new mobile/SIM 
  • Contact the call center to instantly resend the activation code 
  • Then the wallet will be used normally (with the same info/balance and M-PIN)
What if I want to change my mobile number? 
  • You will need to cash out all the money in your wallet 
  • Contact the call center and close your wallet 
  • Register a new wallet on the new number

Sunday, 25 February 2018

Mobile world: Why do smartphones look so like?



Samsung is casting a long shadow over this year's Mobile World Congress.

The technology industry get-together in Barcelona is set to be dominated by the launch of its Galaxy S9 and S9+ handsets.

The reaction from many rivals - including Huawei, HTC and LG - appears to have been to hold off their own flagship launches until later in the year.

Based on "leaks", the S9 looks to be another rectangular, rigid product with an almost-all glass front and sleek metal back.

Samsung's own teaser campaign has centred on its camera's capabilities rather than a radical form.

Of the few other new phones expected, speculation has focused on how many lenses they will feature, where their fingerprint sensors will be placed, their display dimensions and whether they will retain a headphone jack, rather than any expectation of a major leap forward.

Skip Twitter post by @evleaksFebruary 9, 2018Report"The tragedy is that we had two decades of incredible innovation with flip-phones, candy-bar phones, sliders, round phones, square phones - all kinds of different things," said Ben Wood, from the consultancy CCS Insight.

"But the world changed in 2007 when Steve Jobs pulled the iPhone out of his pocket, and had what became the dominant design.
"We've since gravitated to the black rectangle with a touchscreen as the form factor of choice, and it feels like we've now reached a technology plateau where firms compete by offering marginal changes around the edges."

Even so, there does appear to be an appetite for something "a bit different".

The big story from last year's MWC was the Nokia 3310.

The "reimagined" version of the Finnish company's classic handset had both physical number keys and a screen that bulged at its bottom. 

Its manufacturer, HMD Global, struggled to meet demand when it went on sale, despite several critical reviews.

More revolutionary still, Lenovo has previously shown off a foldable phone concept that wrapped around the wrist.

And Samsung has exhibited a prototype with a roll-out display. 

Both prompted lots of online chatter but have yet to be turned into commercial products.

But change for change's sake can be a mistake.

Two generations of LG's curved-screened Flex smartphones left many consumers confused as to what benefit the design had. 

And the South Korean company quickly retreated from the G5's ability to pop off its bottom to allow bolt-on hardware modules to be added, after sales disappointed.

It's somewhat telling about the current state of smartphone design that when the creative lead of Google's Pixel 2 discussed his work with the BBC, much of the conversation was dedicated to its colour schemes.

"On the panda one [there's a] very bold, very expressive black-and-white colourway, with... a spark of optimistic colour in the orange power button," Alberto Villarreal said.

The Mexico-born designer said he had been excited by recent trends in the fashion industry, and in particular the way people were combining formal items with athletics wear.

"The mix-and-match of those neutral tones, with some sparks of colour that make it more sporty, are things we definitely looked at for inspiration," he said.

When it came to the rest of the design, Mr Villarreal says he took a less-is-more approach.

"One thing that we been very careful about is making sure that when you look at the phone from the front, the attention of the user is focused on the screen.

"So [it was about] removing anything that is distracting from that.

"We have no branding, no buttons. And even details like the front-facing stereo speakers [is] something that we are treating very discreetly, blending with the black front.

"Even the bezels of the phone are black."

Mr Villarreal declined to discuss how flexible components and other innovations might affect future designs.

But he did say the public should be sceptical when they read reports about technology companies making last-minute hardware changes.

"We were were working on the [Pixel 2] before we had released the previous one," he said.

"In order to manufacture a product in high-volume, you have to start the pre-production quite a few months before.

"So, I cannot think of major changes that could happen to a product very close to the launch date."

Handset-makers may currently be more occupied dreaming up new artificial intelligence features and augmented reality capabilities than trying to rethink how mobiles look in the hand.

But recent shipment figures indicate many consumers don't see these features as compelling reasons to upgrade.

IDC recently reported the global market was down 6.3% over the October-to-December quarter in 2017 compared with the same three months the previous year, while Strategy Analytics put the fall at 8.8%.

China - the world's biggest market - represented a particular black spot. Local demand for smartphones suffered a 14% year-on-year plunge, according to Canalys. 

While absorbing those figures, it's worth noting that the data would have been even worse had Apple not released the iPhone X - a device that at least looked different to its predecessors, even if it too conformed to the current minimalistic aesthetic trend.

"Hardware is always the easiest thing to sell - if it looks different you get consumers attention, and then you build from there," said Carolina Milanesi, a consumer technology analyst at Creative Strategies.

"Trying to get someone into a store for something that looks the same as last year is difficult, even if it has new things to offer."

She added that shop workers often struggled to explain new artificial intelligence and cloud-based facilities, while many consumers had proved suspicious of the privacy implications.

That's not to say there aren't some companies attempting something out of the ordinary.

UK-based Bullit Group - which previously designed a Kodak-branded phone whose rear resembled a compact camera - has a new rugged CAT phone with a smell sensor, and is also promising to unveil a Land Rover-inspired handset at this year's MWC. 

Movie camera-maker Red is developing the Hydrogen One for later in the year. The phone promises a new type of "holographic display" and is intended to have a variety of camera-based modules attached to its back.

And Samsung itself recently launched a modern take on the flip-phone, in China - the W2018 - with screens on both its inside and outside as well as a physical dial-pad.

It is, however, expected to cost upwards of $3,000 (£2,140) - an idiosyncratic look, it seems, can merit an extraordinary price.

Friday, 23 February 2018

The world's First Satellite (Russia 1957)

Soviet Union(Russia) is the first satellite launcher in the world, since 1957. The first satellite is Sputnik 1(Kosmos 2175). 
Sputnik 1 "Satellite-1", or "PS-1", or Prosteyshiy Sputnik-1, "Elementary Satellite 1"  was the first artificial Earth satellite. The Soviet Union launched it into an elliptical low Earth orbit on 4 October 1957. It was a 58 cm (23 in) diameter polished metal sphere, with four external radio antennas to broadcast radio pulses. Its radio signal was easily detectable even by radio amateurs, and the 65° inclination and duration of its orbit made its flight path cover virtually the entire inhabited Earth. This surprise success precipitated the American Sputnik crisis and triggered the Space Race, a part of the Cold War. The launch ushered in new political, military, technological, and scientific developments.
Tracking and studying Sputnik 1 from Earth provided scientists with valuable information, even though the satellite wasn't equipped with sensors. The density of the upper atmosphere could be deduced from its drag on the orbit, and the propagation of its radio signals gave data about the ionosphere.
Sputnik 1 was launched during the International Geophysical Year from Site No.1/5, at the 5th Tyuratam range, in Kazakh SSR(now known as the Baikonur Cosmodrome). The satellite travelled at about 29,000 kilometres per hour (18,000 mph; 8,100 m/s), taking 96.2 minutes to complete each orbit. It transmitted on 20.005 and 40.002 MHz, which were monitored by radio operators throughout the world. The signals continued for 21 days until the transmitter batteries ran out on 26 October 1957. Sputnikburned up on 4 January 1958 while reentering Earth's atmosphere, after three months, 1440 completed orbits of the Earth, and a distance travelled of about 70 million km (43 million mi).


Mission type Technology demonstration
Operator Soviet space program
Harvard designation 1957 Alpha 2
COSPAR ID 1957-001B
SATCAT no. 00002
Mission duration 21 days
Orbits completed 1440
       
        Spacecraft properties
Manufacturer OKB-1
                                Ministry of Radiotechnical Industry
Launch mass 83.6 kg (184 lb)
Dimensions         58 cm (23 in) diameter
Power                 1 watt

        Start of mission
Launch date 4 October 1957, 19:28:34 UTC
Rocket         Sputnik 8K71PS
Launch site Baikonur 1/5

        End of mission
Disposal Orbital decay
Last contact 26 October 1957
Decay date 4 January 1958

        Orbital parameters
Reference system Geocentric
Regime Low Earth
Semi-major axis 6,955 km (4,322 mi)
Eccentricity 0.05201
Perigee 215 km (134 mi)
Apogee 939 km (583 mi)
Inclination 65.1°
Period 96.2 minutes
Epoch 4 October 1957, 15:12:00 UTC