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QLC Chain Launches Counter Telecom Fraud Platform

Qlc chain launches counter telecom fraud platform

QLC Chain Launches Counter Telecom Fraud Platform

Qlc chain launches counter telecom fraud platform

Leading Chinese cloud communications provider, QLC Chain, has announced the launch of its Counter Telecom Fraud Platform, which went live on May 17th.

19 May 2019, Shenzhen, China – QLC Chain has announced the launch of it’s Counter Telecom Fraud Platform. The platform, which officially launched on World Telecom Day, (May 17th) will offer financial institutions the means to build an Application-to-Person (A2P) messages ledger via QLC Chain, granting clients the ability to check and validate the authenticity of the message sender. As a result, users will no longer fall into the trap of phishing messages, disguised as trusted numbers.

QLC Chain, China’s leading cloud communication provider, and China Association of Communication Enterprises (CACE) joined hands to deliver this platform. It is available for China’s financial institutions to deploy immediately and to provide this value-adding service to their customers.

Blockchain Technology has been acclaimed for enhancing security in the digital world, however, there are few projects that have brought actual benefits to people’s daily life. As one of the leading public chains that focus on providing blockchain powered solutions to the telecom industry, QLC Chain takes a huge step in bringing the real application into the general public’s everyday scenarios.

How Telecom Fraud Hurts Banks and Their Customers

A2P messages are everywhere and very often applied as a critical security procedure. For example, the banks which are sending transaction authentication numbers; exchanges sending verification messages; 2FA confirmations.

On most of these occasions, these financial institutions (banks, exchanges, insurers) are bearing the risks if their customers are defrauded. The guilty parties use pseudo base stations to ask customers to transfer money to a “safe account”, click on a link to collect “awards”, or to pay for a “utility bill”.

In China, the total number of fraudulent text messages rose from 650 million in 2015 to 1.82 billion in 2018. According to the statistic, there are about 1.6 million people engaging in telecom fraud in China. In the United Kingdom, the 2018 total asset lost resulting from telecom fraud is 354.3 million pounds, which equals to the annual GDP of the Philippines in 2018.

This year, the fraudsters also boarded the AI train, making robocalls to defraud people. First Orion, a company that provides spam call filters to various carriers, predicted that nearly half of all calls to mobile phones will be fraudulent in 2019.

QLC Chain Solution

The Counter Telecom Fraud Platform can provide a trusted environment for financial institutions to prevent SMS fraud, telephone fraud, and website content fraud.

Nowadays, the fraudsters disguise their numbers or pretend to be the authorized ones to send fraudulent messages. In this way, the traditional counter fraud methods – passively reporting a fraudulent number, maintaining a blacklist – won’t be effective. Most individuals are more susceptible to be defrauded by the phone numbers which they are familiar with and believe to be from a trusted source.

Through the distributed consensus mechanism of blockchain, QLC Chain provides a trusted platform as following, not tampering, and not relying on a single node.

With this new Counter Telecom Fraud Platform, financial institutions can build the communication ledger on QLC Chain with trusted message records. In addition, the fraudsters messages won’t be recorded.

For example, if a bank using the QLC Chain platform receives a message from the bank number about “security risk and needs to change password, they can then use the Bank’s mobile App which integrates the checking function, input their own mobile number and message content. The App will send an inquiry to QLC Chain, asking if the message exists. If it is indeed from the bank, the Mobile App will display detailed information with the timestamp, transaction ID, or another similar method.

This is an infallible source traceability platform based on Blockchain technologies, maintained by decentralized nodes of QLC Chain.

To find out more information, please visit the websitehttps://qlcchain.org/

Follow QLC Chain on Twitter: https://twitter.com/QLCchain

Find QLC on Facebook: https://www.facebook.com/QLCchain/

Check out their Medium channel: https://medium.com/qlc-chain

Chat with QLC Chain on Telegram:  https://t.me/qlinkmobile

Meet the QLC Chain Team on LinkedIn: https://www.linkedin.com/company/qlcchain/

QLC Chain YouTube Video: https://www.youtube.com/c/QLCChain

Media Contact Details

Contact Name: Toya Zhang

Contact Email: t[email protected]

QLC Chain is the source of this content. Virtual currency is not legal tender, is not backed by the government, and accounts and value balances are not subject to consumer protections. This press release is for informational purposes only. The information does not constitute investment advice or an offer to invest. Token sales are only suitable for individuals with a high risk tolerance. Only participate in a token event with what you can afford to lose.

This is a paid-for submitted press release. CCN does not endorse, nor is responsible for any material included below and isn’t responsible for any damages or losses connected with any products or services mentioned in the press release. CCN urges readers to conduct their own research with due diligence into the company, product or service mentioned in the press release.


Published at Thu, 23 May 2019 18:14:06 +0000

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BIP 91 Has Locked In. Here’s What That Means (and What It Does Not)

BIP91.jpg

It looks as if bitcoin is getting Segregated Witness.

Bitcoin Improvement Proposal 91 (BIP 91) just locked in. Up to 90 percent of all hash power signaled support for this soft fork, which implies miners intend, in turn, to trigger Segregated Witness (SegWit) activation. By extension, this should make BIP 148 obsolete and August 1 a non-event.

But SegWit is not certain. In fact, on a technical level, SegWit is not any closer to activation at all.

BIP 91

Segregated Witness, defined by BIP 141, locks in if at least 95 percent of miners (by hash power) signal support for the upgrade within a two-week difficulty period. To do so, miners need to embed a piece of data called “bit 1” in the blocks they mine.

Importantly, this is technically the only way for SegWit to activate right now. And this threshold has not yet been met.

But there are alternative strategies to try and trigger this threshold “indirectly” — like BIP 91.

BIP 91 is a bitcoin Improvement Proposal proposed by Bitmain Warranty engineer James Hilliard. It is compatible with the New York Agreement and backed by a number of bitcoin companies and mining pools. It is also compatible with BIP 148, another strategy to trigger the BIP 141 threshold indirectly.

Miners have been signaling support for BIP 91 over the past couple of days through another piece of data, “bit 4.” Once 269 blocks within a 336-block window included bit 4, this BIP 91 soft fork locks in. This threshold was just met.

This means that after another 336 blocks, a little over two days from now, all BIP 91–compatible nodes will reject any block that doesn’t include bit 1.

As long as a majority of hash power enforces BIP 91, this majority should eventually control the longest valid chain according to all bitcoin nodes. And as this chain consists of bit 1 SegWit-signaling blocks only, it would in turn lock in SegWit on all SegWit-ready nodes by mid-August. SegWit itself should then be live on the bitcoin network after a two-week “grace period” by the end of that month.

If all goes well …

What Could Go Wrong?

Although well over 80 percent of hash power has signaled bit 4 for BIP 91 lock in, this doesn’t actually guarantee anything. Most importantly, it doesn’t in itself mean that these miners will signal bit 1 for SegWit.

Indeed, so far, most miners don’t. Currently, the proportion of miners signaling bit 1 is still far lower than BIP 91 activation would suggest. It is even lower than 50 percent.

Moreover, BIP 91 will probably be enforced by hardly any economically relevant nodes; that is, nodes operated by users that accept bitcoins as payment. Almost no bitcoin users on the network recognize BIP 91 or its bit 4 signaling at all, and will therefore continue to accept blocks with or without bit 1.

BIP 91 will, instead, be enforced by hash power alone. This in turn means that a majority of miners (by hash power) could back out of BIP 91 with little more than reputational damage. They could continue to mine blocks that do not signal bit 1, even after BIP 91 activates in a few days. As long as these miners are in a majority, they will still control the longest valid chain: valid according to most miners, and valid to most users.

Furthermore, any minority of miners and the few nodes that do enforce the BIP 91 soft fork would then be forked off the bitcoin network. In a few days from now, these miners would mine (on top of) blocks that almost only they themselves would care for, while most of the rest of the entire bitcoin network would completely ignore them.

With this week’s bit 4 signaling, a majority of miners have effectively made a statement that they intend to start to activate the SegWit soft fork within a couple of days. But for now, that’s really all it is: a very public, blockchain-based statement of intent.

Actual SegWit activation should start next week, if miners stick to their stated intent.

The post BIP 91 Has Locked In. Here’s What That Means (and What It Does Not) appeared first on Bitcoin Magazine.