https://www.ethereumcashpro.com/ref/solomonzack
Wednesday, 14 February 2018
Friday, 9 February 2018
Ethereum Malaysia - how to get free token
Hi, I'm sure you are very much interested in Ethereum Malaysia and that's why you have landed here. Ethereum is a strong growing and popular upcoming digital currency that is gaining popularity worldwide every second and its value have grown over 2600% in the current year alone.
How do I get started?
Before you get start make sure you have the couple of things ready below :
- An Ethereum Wallet Address (don't worry if you don't have one, I'll guide you)
- A smart phone for instant communication via whatsapp
- A bank account In malaysia with Interbank Transfer
- A computer
- Basic knowlege on Information Technology
http://syoknya.smartcv.my/hajimzakaria69
http://sharesjob.com/landing.php?rf=indx#sthash.8U3SZRVJ.xiqq
https://actioncoin.io/ref/323892/ref/323892/?campaign=JUTAWANDIGITALACTIONCOIN
https://actioncoin.idevaffiliate.com/2177-1.html
https://eth.remitano.com/my?ref=solomonzack
http://hasil100fb.com/479695
https://monetizecoin.com/?ref=5a711ba7c24a4
http://ternio.me/0104226538jutawandigital
https://oju.io/t/refer/K9K3teaXYwU
https://steward.friendz.io/go?r=OTYxNDY
https://www.theabyss.com/invite/mrjkrp
https://www.instagram.com/jewelleryworldz/
http://mzgemstones.blogspot.my/
https://pasistemahmad.blogspot.my/
https://perancangkewanganunitamanah.blogspot.my/
japan n crypto
News wallets and exchanges
February 9, 2018 4:05 AM
Japanese authorities continue to investigate cryptocurrency exchanges in a bid to assess security measures.
A report on February 7, 2018, said that Japan's Financial Services Agency (FSA) had begun conducting surprise inspections of cryptocurrency exchanges. In total, all 32 exchanges in Japan stand to receive visits from the FSA.
Last Friday, February 2, FSA inspectors visited the Coincheck Inc. headquarters in Tokyo. That inspection came in the wake of a January 26 hacking incident: the exploit saw $530 million worth of NEM tokens stolen from the exchange. The funds were kept in a hot wallet with faulty security, as opposed to NEM's multi-signature contract. Coincheck's president said the use of the unsecure wallet was a result of understaffing and technical reasons.
In late January, the FSA gave Coincheck a February 13 deadline to provide a report on the hack, assessing the vector by which funds were stolen. The FSA also directed Coincheck to provide an "appropriate response to customers" and to integrate "risk management" measures.
Coincheck has pledged to refund users, but the FSA has yet to ascertain whether or not the exchange has access to the capital that would be necessary.
As the investigation into cryptocurrency exchanges continues, the FSA has committed that it may increase the scope of its efforts based on its analysis of reports.
Last Friday, February 2, FSA inspectors visited the Coincheck Inc. headquarters in Tokyo. That inspection came in the wake of a January 26 hacking incident: the exploit saw $530 million worth of NEM tokens stolen from the exchange. The funds were kept in a hot wallet with faulty security, as opposed to NEM's multi-signature contract. Coincheck's president said the use of the unsecure wallet was a result of understaffing and technical reasons.
In late January, the FSA gave Coincheck a February 13 deadline to provide a report on the hack, assessing the vector by which funds were stolen. The FSA also directed Coincheck to provide an "appropriate response to customers" and to integrate "risk management" measures.
Coincheck has pledged to refund users, but the FSA has yet to ascertain whether or not the exchange has access to the capital that would be necessary.
As the investigation into cryptocurrency exchanges continues, the FSA has committed that it may increase the scope of its efforts based on its analysis of reports.
Cryptography or cryptology (from Greek κρυπτός kryptós, "hidden, secret"; and γράφειν graphein, "to write", or -λογία -logia, "study", respectively[1]) is the practice and study of techniques for secure communication in the presence of third parties called adversaries.[2] More generally, cryptography is about constructing and analyzing protocols that prevent third parties or the public from reading private messages;[3] various aspects in information security such as data confidentiality, data integrity, authentication, and non-repudiation[4] are central to modern cryptography. Modern cryptography exists at the intersection of the disciplines of mathematics, computer science, electrical engineering, communication science, and physics. Applications of cryptography include electronic commerce, chip-based payment cards, digital currencies, computer passwords, and military communications.
Cryptography or cryptology (from Greek κρυπτός kryptós, "hidden, secret"; and γράφειν graphein, "to write", or -λογία -logia, "study", respectively[1]) is the practice and study of techniques for secure communication in the presence of third parties called adversaries.[2] More generally, cryptography is about constructing and analyzing protocols that prevent third parties or the public from reading private messages;[3] various aspects in information security such as data confidentiality, data integrity, authentication, and non-repudiation[4] are central to modern cryptography. Modern cryptography exists at the intersection of the disciplines of mathematics, computer science, electrical engineering, communication science, and physics. Applications of cryptography include electronic commerce, chip-based payment cards, digital currencies, computer passwords, and military communications.
Cryptography prior to the modern age was effectively synonymous with encryption, the conversion of information from a readable state to apparent nonsense. The originator of an encrypted message shared the decoding technique needed to recover the original information only with intended recipients, thereby precluding unwanted persons from doing the same. The cryptography literature often uses the name Alice ("A") for the sender, Bob ("B") for the intended recipient, and Eve ("eavesdropper") for the adversary.[5] Since the development of rotor cipher machines in World War I and the advent of computers in World War II, the methods used to carry out cryptology have become increasingly complex and its application more widespread.
Modern cryptography is heavily based on mathematical theory and computer science practice; cryptographic algorithms are designed around computational hardness assumptions, making such algorithms hard to break in practice by any adversary. It is theoretically possible to break such a system, but it is infeasible to do so by any known practical means. These schemes are therefore termed computationally secure; theoretical advances, e.g., improvements in integer factorization algorithms, and faster computing technology require these solutions to be continually adapted. There exist information-theoretically secure schemes that probably cannot be broken even with unlimited computing power—an example is the one-time pad—but these schemes are more difficult to implement than the best theoretically breakable but computationally secure mechanisms.
The growth of cryptographic technology has raised a number of legal issues in the information age. Cryptography's potential for use as a tool for espionage and sedition has led many governments to classify it as a weapon and to limit or even prohibit its use and export.[6] In some jurisdictions where the use of cryptography is legal, laws permit investigators to compel the disclosure of encryption keys for documents relevant to an investigation.[7][8] Cryptography also plays a major role in digital rights management and copyright infringement of digital media.[
Cryptography prior to the modern age was effectively synonymous with encryption, the conversion of information from a readable state to apparent nonsense. The originator of an encrypted message shared the decoding technique needed to recover the original information only with intended recipients, thereby precluding unwanted persons from doing the same. The cryptography literature often uses the name Alice ("A") for the sender, Bob ("B") for the intended recipient, and Eve ("eavesdropper") for the adversary.[5] Since the development of rotor cipher machines in World War I and the advent of computers in World War II, the methods used to carry out cryptology have become increasingly complex and its application more widespread.
Modern cryptography is heavily based on mathematical theory and computer science practice; cryptographic algorithms are designed around computational hardness assumptions, making such algorithms hard to break in practice by any adversary. It is theoretically possible to break such a system, but it is infeasible to do so by any known practical means. These schemes are therefore termed computationally secure; theoretical advances, e.g., improvements in integer factorization algorithms, and faster computing technology require these solutions to be continually adapted. There exist information-theoretically secure schemes that probably cannot be broken even with unlimited computing power—an example is the one-time pad—but these schemes are more difficult to implement than the best theoretically breakable but computationally secure mechanisms.
The growth of cryptographic technology has raised a number of legal issues in the information age. Cryptography's potential for use as a tool for espionage and sedition has led many governments to classify it as a weapon and to limit or even prohibit its use and export.[6] In some jurisdictions where the use of cryptography is legal, laws permit investigators to compel the disclosure of encryption keys for documents relevant to an investigation.[7][8] Cryptography also plays a major role in digital rights management and copyright infringement of digital media.[
CRYPTO FOR EASY MONEY N TOKEN
Daftar percuma dan anda boleh berpotensi menjadi jutawan - elakkan pembaziran dan pemborosan serta janalah pendapatan samada aktif atau pasif
https://www.theabyss.com/invite/mrjkrp
https://www.theabyss.com/invite/mrjkrp
Monday, 5 February 2018
Bitcoin n etherium what's different
Tech #BigData
What Is The Difference Between Bitcoin and Ethereum?
Bernard Marr, CONTRIBUTOR
Feb 5, 2018 12:28 AM
Last year, thanks to stratospheric rises in value, lots of people became aware of the existence of Bitcoin, as well as another often-cited up-and-coming cryptocurrency, Ethereum.
By market cap they are the two most valuable cryptocurrencies – as of writing (and please note that these numbers fluctuate quite a lot), the total value of all the Bitcoin in existence is $143 billion, while Ethereum sits at $88 billion.
Adobe Stock
Adobe Stock
For perspective – that means Bitcoin is currently held at around the same value as Unilever, whereas Ethereum has around the same market value as Starbucks or Walgreens Boots Alliance. I know that you can’t really compare a digital currency to a company but it gives some perspective.
Also, before we go any further I just want to reiterate that investing in cryptocoins or tokens is highly speculative and the market is largely unregulated. Anyone considering it should be prepared to lose their entire investment.
While to many Bitcoin and Ethereum are both simply examples of cryptocurrencies – digital money transfer systems which use blockchain technology and encryption – there are subtle differences in how they work and what they can be used for.
If you are looking to invest for speculative reasons, or even more so if you are considering using either platform for business – it’s important to understand those differences, because they could be the deciding factor in which coin (if either) goes on to become a widely accepted standard, and which will disappear into obscurity and worthlessness.
What is a cryptocurrency?
So, starting with the basics – cryptocurrency is a term that has come to be used to identify a newly emerging asset class. In some ways it is a slight misnomer – currencies are stores of value which we can use to purchase goods or services, and most cryptocurrencies cannot yet be exchanged for anything, other than other cryptocurrencies.
So, while not currencies in the strict sense – they are certainly assets, as they hold value and can be sold for dollars, pounds and euros. Much like gold – which not everyone will accept in trade, but everyone agrees has a value.
Unlike gold, however, cryptocurrency exists only in the digital world. So, how can we trust it is real?
Well, basically, cryptocurrency stores value via mathematics. A simplified way of looking at it is that each cryptocurrency (and there are over 1,000 of them) is a very complex algorithm. The output of each algorithm tells us who owns each unit of that particular cryptocurrency – and is known as a blockchain.
Bitcoin was the first success at creating a blockchain-based currency (or asset) which beat the double-spend problem inherent with digital assets. Digital data can be replicated and distributed indefinitely – so how do you stop people simply “copy and pasting” themselves more money?
It overcame this issue in two ways – encryption, and distribution. The use of public and private key encryption means that although all the transactions on the network are public (essential for verification purposes), only those with permission can edit the data on the parts of the blockchain where they are authorized to do so.
Simultaneously, its distributed nature – the fact that the blockchain algorithm is running on not just one, but potentially millions of machines – means that consensus must be established before updates to the blockchain are accepted across the wider network.
In other words, if I take the data representing my five bitcoins and copy and paste it to give myself 10 bitcoins, it won’t work – because the changes I have made to my local blockchain will be rejected by the network consensus which knows (as I don’t have the correct private keys) that I don’t have ownership of those five extra bitcoins.
How are Bitcoin and Ethereum different?
Bitcoin was the first true cryptocurrency, and has been in circulation since 2009. Ethereum is a far more recent development, going live in 2015.
In the time between Bitcoin and Ethereum’s release, lots of other cryptocurrencies emerged. Mostly, however, they were limited to trying to improve on aspects of Bitcoin’s performance – for example, increasing speed of transactions, or improving the security or anonymity of transactions.
Ethereum is certainly faster than Bitcoin – with transactions typically settling in seconds, rather than minutes. But it also takes things further. While still blockchain based, and operating as a store of value, its fans and evangelists see it as a platform for distributed computing, which comes with its own built-in currency, called Ether.
While the Bitcoin blockchain can simply be pictured as a database of accounts (or wallets) with an amount of currency stored in each, the Ethereum network blockchain is a more sophisticated construction, capable of storing computer code – applications – that can use the CPU power going into the network to execute.
The currency – Ether – represents this CPU power – so the idea is that Ether will be bought and sold by businesses, governments or individuals to allow them to tap into the vast, distributed resources of the Ethereum network to run their own apps.
The first of these applications are known as “smart contracts”. This is a way of automating contracts and agreements so they will execute when consensus says that conditions have been filled. Though simple, their uses are potentially widespread – such as enabling payment systems which will release funds on completion of work, or authorizing transfer of ownership of good when payment has been made.
The Ethereum network also allows the creation of other cryptocurrencies, or tokens, using the same protocol as Ether but distributed on different blockchains, which can be public or private. This means they can be created by organizations to represent shares, voting rights or as means of proving identity or authorization credentials.
Should I invest in Bitcoin or Ethereum?
Well, as I am not a financial advisor I wouldn’t tell you where to put your money. What I can do is suggest some things that you should bear in mind, if you are looking to make speculative investments in cryptocurrency.
Ultimately, the long-term growth of any cryptocurrency (or indeed business) depends on useful applications being found for its assets.
If Bitcoin goes on to become a widely accepted form of currency, or the Ethereum network becomes an established standard for distributed computing, then the value of these assets is likely to continue to grow.
On the other hand, in technology, there is always something snapping at the heels of the front-runners. Newer and more efficient algorithms could replace either Bitcoin or Ethereum.
Additionally, both face the threat of government regulation. The value of many cryptocurrencies (including Bitcoin and Ethereum) have moved downwards since the start of the year, which has been attributed to threats of their trade being regulated by governments in China and Korea.
What is clear is that the huge increases in value we have seen over the last five years has largely been due to speculative investment – people buying them in the hope that they will be able to sell them for more money to someone else in the future.
This is often a recipe for inflated prices and an inevitable crash back down to earth – something that many believe could happen at any time and may have already started.
Ultimately, achieving sustainable growth will be dependent on useful applications. More businesses accepting Bitcoin as a method of payment, and more applications becoming widely used and supported on the Ethereum network.
Bernard Marr is a best-selling author & keynote speaker on business, technology and bigdata. His new book is Data Strategy. Toread hisfuture posts simply join his network here.
Loading ...
Recommended by Bernard Marr
A Complete Beginner's Guide To Bitcoin In 2018
Blockchain: A Very Short History Of Ethereum Everyone Should Read
A Short History Of Bitcoin And Crypto Currency Everyone Should Read
Should You Invest In Bitcoins? Here Are The Top Reasons For And Against
Trending on Forbes Tech
Galaxy S9 Design Confirmed As Secret Feature Leaks
The Critics Must Be Crazy: 'Altered Carbon' Is A Terrific New Netflix Original
Grads of LifeVoice: Social Recruiting Is Growing. Are You Prepared?
'Monster Hunter World' Is Good, But It's Wearing Me Out
Apple's New iPhones Will Change Essential Component
MacBook Pro 2018: This Big Upgrade Is A Sure Thing
Tesla Week: More Model 3 Reviews, Fit-Finish Doubts, Dual-Motor Option, VIN Count
The Nintendo Switch Still Has Three Guaranteed Silver Bullets To Come
Three Interesting Weather Facts About U.S. Bank Stadium And Super Bowl LII
Astronauts Vs. Robots: The Case Against Sending Human Crews Beyond Low-Earth Orbit
More On Forbes Tech
© 2018 Forbes Media LLC. All Rights Reserved.
AdChoices Privacy Statement Terms and Conditions Contact Us Jobs At Forbes Reprints & Permissions Forbes Press Room Advertise
Sunday, 4 February 2018
Menyelia mata wang digital di Malaysia?
MATA Wang Kripto (Cryptocurrency) ialah istilah untuk mata wang digital yang tidak diketahui ramai kecuali dalam kalangan mereka yang berminat untuk mendalaminya sebagai instrumen pelaburan dan kewangan. Ia dikatakan wujud kurang daripada 10 tahun lalu dan berkembang dengan pesat ke seluruh dunia.
Mata wang kripto yang dikenali sebagai bitcoin dicipta oleh Satoshi Nakamoto pada 2009. Tiada siapa yang boleh memastikan nama tersebut sama ada individu atau sekumpulan jurutera perisian komputer. Dalam tempoh yang singkat, mata wang digital dikatakan menjadi popular dan diterima sebagai salah satu kaedah transaksi global.
Ada yang menganggap bitcoin umpama ‘emas digital’ yang sah diperlakukan. Ia tidak dimiliki secara mutlak oleh mana-mana negara, kerajaan atau syarikat. Teknologi blockchain menjadi asas atau tulang belakang kepada mata wang kripto. Blockchain atau rangkaian bitcoin dikatakan memang terdapat dalam rangkaian internet di seluruh dunia.
Ia dikatakan berkembang pantas melalui urusniaga dan pemindahan dalam alam siber tanpa melalui mana-mana orang tengah, umpamanya bank perdagangan, Paypal, Western Union, Visa atau mana-mana bank pusat. Ini juga bermakna, urusniaga dan transaksi yang dijalankan, tidak diselia oleh mana-mana pihak berkuasa kewangan di sesebuah negara.
Transaksi yang dibuat adalah hampir percuma kerana melalui kaedah konvensional, fi yang dikenakan ialah antara tiga hingga 10 peratus.
Fi yang dikenakan melalui transaksi bitcoin hanya sekitar satu peratus daripada nilai wang yang dikirimkan. Bayangkan jika jumlah wang yang dikirim berjuta-juta dolar, penjimatan adalah signifikan.
Sebagaimana yang dinyatakan sebelum ini, bitcoin adalah mata wang digital. Wang kertas boleh dicetak oleh bank pusat di sesebuah negara tetapi bitcoin yang sifatnya umpama ‘emas’, ia harus dilombong.
Terdapat hanya 21 juta unit bitcoin yang akan dikeluarkan dan ia telah mula dilombong sejak 2009 sehingga 2140. Sehingga ini, 15 juta bitcoin dikatakan sudah dilombong. Bitcoin kini berbaki enam juta unit untuk dilombong.
Kini di Malaysia, satu bitcoin bernilai RM20,000. Nilai ini pula turun dan naik berdasarkan penawaran dan permintaan. Bitcoin kini turut tersenarai di bursa pertukaran mata wang (currency exchange).
Untuk menyertai urus niaga mata wang kripto, peserta perlu mempunyai ‘dompet’ atau wallet. Mempunyai wallet ini umpama mendaftar untuk membuka akaun e-mel. Dengan memiliki dompet digital, anda telah mempunyai akaun dan boleh berurusniaga, sama ada untuk menerima atau memindahkan bitcoin di alam siber.
Bagi pelombong atau bitcoin miners, mereka ini menggunakan komputer khas. Mereka akan menerima bitcoin sebagai ganjaran setiap kali berjaya melakukan sesuatu penyelesaian matematik.
Keseluruhan proses blockchain, melombong dan sebagainya, agak rumit untuk difahami dengan sepintas lalu, kecuali mereka dalam dunia komputer berteknologi tinggi. Idea terhadap mata wang kripto ini disokong oleh tokoh-tokoh jutawan dan ahli perniagaan terkemuka dunia.
Artikel Penuh: http://www.utusan.com.my/rencana/utama/menyelia-mata-wang-digital-di-malaysia-1.541775#ixzz56CV5eQLt
© Utusan Melayu (M) Bhd
Ada yang menganggap bitcoin umpama ‘emas digital’ yang sah diperlakukan. Ia tidak dimiliki secara mutlak oleh mana-mana negara, kerajaan atau syarikat. Teknologi blockchain menjadi asas atau tulang belakang kepada mata wang kripto. Blockchain atau rangkaian bitcoin dikatakan memang terdapat dalam rangkaian internet di seluruh dunia.
Ia dikatakan berkembang pantas melalui urusniaga dan pemindahan dalam alam siber tanpa melalui mana-mana orang tengah, umpamanya bank perdagangan, Paypal, Western Union, Visa atau mana-mana bank pusat. Ini juga bermakna, urusniaga dan transaksi yang dijalankan, tidak diselia oleh mana-mana pihak berkuasa kewangan di sesebuah negara.
Transaksi yang dibuat adalah hampir percuma kerana melalui kaedah konvensional, fi yang dikenakan ialah antara tiga hingga 10 peratus.
Fi yang dikenakan melalui transaksi bitcoin hanya sekitar satu peratus daripada nilai wang yang dikirimkan. Bayangkan jika jumlah wang yang dikirim berjuta-juta dolar, penjimatan adalah signifikan.
Sebagaimana yang dinyatakan sebelum ini, bitcoin adalah mata wang digital. Wang kertas boleh dicetak oleh bank pusat di sesebuah negara tetapi bitcoin yang sifatnya umpama ‘emas’, ia harus dilombong.
Terdapat hanya 21 juta unit bitcoin yang akan dikeluarkan dan ia telah mula dilombong sejak 2009 sehingga 2140. Sehingga ini, 15 juta bitcoin dikatakan sudah dilombong. Bitcoin kini berbaki enam juta unit untuk dilombong.
Kini di Malaysia, satu bitcoin bernilai RM20,000. Nilai ini pula turun dan naik berdasarkan penawaran dan permintaan. Bitcoin kini turut tersenarai di bursa pertukaran mata wang (currency exchange).
Untuk menyertai urus niaga mata wang kripto, peserta perlu mempunyai ‘dompet’ atau wallet. Mempunyai wallet ini umpama mendaftar untuk membuka akaun e-mel. Dengan memiliki dompet digital, anda telah mempunyai akaun dan boleh berurusniaga, sama ada untuk menerima atau memindahkan bitcoin di alam siber.
Bagi pelombong atau bitcoin miners, mereka ini menggunakan komputer khas. Mereka akan menerima bitcoin sebagai ganjaran setiap kali berjaya melakukan sesuatu penyelesaian matematik.
Keseluruhan proses blockchain, melombong dan sebagainya, agak rumit untuk difahami dengan sepintas lalu, kecuali mereka dalam dunia komputer berteknologi tinggi. Idea terhadap mata wang kripto ini disokong oleh tokoh-tokoh jutawan dan ahli perniagaan terkemuka dunia.
Artikel Penuh: http://www.utusan.com.my/rencana/utama/menyelia-mata-wang-digital-di-malaysia-1.541775#ixzz56CV5eQLt
© Utusan Melayu (M) Bhd
BAGAIMANA MENGHASILKAN WANG TANPA MODAL WOW
Saya mzakaria bin ibrahim nombor contact saya ialah 0104226538. Sentiasa berfikir bagaimana saya mampu membantu orang untuk buat duit tanpa modal.
Dengan teknik yang mudah adalah dengan cara jujur dan selamat.
Thursday, 1 February 2018
Kerja dari rumah bestkan - Antara link -link yang selamat, free, dan menguntungkan anda
https://affiliates.actioncoin.io/2177.html
Subscribe to:
Posts (Atom)
-
PLATFORM 1 https://eth.remitano.com/my?ref=solomonzack PLATFORM 2 https://www.binance.com/?ref=21105673 PLATFORM 3 htt...
-
Matlamat saya mudah sahaja.jangan anda ditipu remiser atau hackers jumpa saya dan belajar...lepas belajar baru bayar rm100...... kepaka... -
https://www.swiftdemand.com/?referred_by=solomonzack