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Uncloak is excited to announce today that the UNC Token will migrate to Binance Chain. Binance Chain is a blockchain software system developed by Binance and the community, with a focus on security, speed and user experience.

“Security is considered a critical issue so we at Binance are delighted that Uncloak, who share the same values, will be the first cybersecurity project to migrate tokens onto Binance Chain”

— Ted Lin, Chief Growth Officer at Binance

The Binance Chain ecosystem is growing larger each day and has already provided unparalleled liquidity for the projects that have issued tokens and listed on Binance DEX, the decentralized exchange feature built on Binance Chain.

Screenshot of Uncloak dashboard

The Binance Chain mainnet was launched in March 2019 and it was a natural progression for Uncloak to join Binance’s incredibly strong ecosystem. After the migration to the Binance Chain, UNC token holders will experience a number of excellent benefits, such as:

  • Much faster payments and token swaps on the Uncloak platform.
  • An easier on-boarding solution using browser-based and ledger wallets.
  • Binance chain token support

Once the initial migration of ERC20-based UNC tokens to BEP2 UNC is complete, Binance users will be able to withdraw UNC to BEP2 wallets, such as the Ledger Nano S.

Binance Chain and Binance DEX are community-driven and created to assist projects that require both fast transactions and improved liquidity in a decentralized manner. As such, Uncloak will begin the process for listing the new BEP2 UNC token on Binance DEX, which allows users to maintain full control over their own funds.

The date for UNC’s listing on Binance DEX will be announced upon its successful listing.

About Binance Chain

Binance Chain, a blockchain software system developed by Binance and the community, is a community-driven project with developers and contributors from all over the world. Binance DEX is the decentralized exchange feature developed on top of the Binance Chain blockchain: https://www.binance.org/

About Uncloak

Uncloak, taking on the cyber hacker with its Blockchain and AI powered solution, is the world’s first, completely disruptive technology aimed at staying one step ahead of the hacker. The platform is truly pioneering in the way it utilises Blockchain technology to protect organisations regardless of their size and location without the use of expensive cyber security solutions/engineers. The features of the ecosystem are already attracting attention from the likes of Block One, Forbes and Adecco: https://uncloak.io/

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Uncloak To Be Listed On P2PB2B Exchange

Uncloak is delighted to announce it has signed an agreement with P2PB2B, a leading European exchange, and as a result, UNC — the token of Uncloak will be listed on P2PB2B!

P2PB2B is an EU licensed exchange, listed in the top 20 on CoinMarketCap , has a daily trading volume of over 400 million USD, with more than 150,000 active traders. P2PB2B is a market leader in security and customer satisfaction and has been in the market since 2014.

The P2PB2B managing director Glib Ushakov said: “I am pleased to cooperate with Uncloak. Their approach to work and the desire for security completely coincides with our vision of blockchain.

Uncloak provides a unique blockchain-based solution for cybersecurity. This is an innovative platform for eliminating cyber threats. We look forward to starting their IEO on P2PB2B.”

“P2PB2B is a modern cryptocurrency exchange, which is included in the top 20 on CoinMarketCap and in the top 5 for the choice of users. This is a safe and convenient platform with a active trading volume. P2PB2B has already successfully conducted IEOs for other projects and we are happy to IEO and list on this successful exchange”.

Tayo Dada

Chief Executive Officer — Uncloak

Important Dates:

P2PB2B will also be running an IEO (Initial Exchange Offering) that will allow investors the ability to purchase UNC tokens on the exchange before the token is publicly listed.

June 4 — June 7

Period 1st session IEO

June 11 — June 18

Period of the 2nd IEO Session

June 25 — June 28 (TBC)

Public listing of Uncloak UNC token on the P2PB2B Exchange (actual date and time to be confirmed shortly after IEO)

More information: https://p2pb2b.io/token-sale/UNC/1

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“We have now reached our main crowdsale for the Uncloak UNC token. Our team and partners are committed to ensuring that we produce the most disruptive cyber security solution for businesses to date.

We will also be announcing our partnership with a listing exchange shortly to allow an even wider number of investors to gain access to our UNC token which is the Utility token used to power the Uncloak ecosystem.

This is an unique opportunity to participate in our our vision and future for Cyber Security. Don’t miss out”

Tayo Dada — CEO uncloak

If you have already whitelisted on our website, you will be able to contribute to the ICO.

General info for the public crowdsale:

  • Accepted currencies: ETH
  • Exchange rate: 1 UNC = 0.10 USD
  • 10% bonus will be applied for contributions in the public ICO.
  • Minimum contribution: 1 ETH
  • Hard cap: 7,500,000 USD
  • Soft cap: (ALREADY REACHED)
  • Whitelisting for the crowdsale is now open and will continue until the sale is over
  • The public crowdsale ends on April 4th 2019 or when the hard cap is reached.

Uncloak — taking on the cyber hacker, with it’s Blockchain and Ai powered solution
A world first, completely disruptive technology aimed at staying one step ahead of the hacker. The platform is truly pioneering in the way it utilises Blockchain technology to protect organisations regardless of their size and location without the use of expensive cyber security solutions/engineers.

The features of the ecosystem already attracting attention from the likes of Block One, Forbes and Adecco.

Read more about Uncloak, their vision and the Token Generation Event on Uncloak’s website.

Stay updated and ask questions by joining the official Uncloak Telegram channel.

Get whitelisted on the Uncloak ICO Dashboard at https://uncloak.io/dashboard and our Crowdsale address for contribution once registered is : 0x5121b4177b5f2809f64a29b407078f4b7d15e088

Best Regards,
Uncloak Team

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We are pleased to announce that the Uncloak TGE is coming up starting with whitelisting for the public presale round:

  • Whitelisting for the presale is now open and will continue until the sale is over.
  • The public presale will begin March 13th 2019 and end March 27th 2019 or when the hard cap is reached.

General info for the public presale:

  • Accepted currencies: ETH, EOS, BTC, FIAT
  • Exchange rate: 1 UNC = 0.10 USD
  • Hard cap: 7,500,000 USD
  • Soft cap: 400,000 USD (ALREADY REACHED)
  • 10–30% bonus will be applied for contributions in the public pre-sale

Uncloak — taking on the cyber hacker, with it’s Blockchain and Ai powered solution
A world first, completely disruptive technology aimed at staying one step ahead of the hacker. The platform is truly pioneering in the way it utilises Blockchain technology to protect organisations regardless of their size and location without the use of expensive cyber security solutions/engineers. The features of the ecosystem already attracting attention from the likes of Block One, Forbes and Adecco.

Read more about Uncloak, their vision and the Token Generation Event on Uncloak’s website.

Stay updated and ask questions by joining the official Uncloak Telegram channel.

Get whitelisted on the Uncloak ICO Dashboard at https://uncloak.io/register/

N.B We migrated our token address from (0x6d835879a256978755b8f3a3ec2c76c5188404f5) to the new token address of (0x25BCEaF96191D34c6a135a26AE8d7281dACF8Ff0)

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Selfkey and Uncloak Partnership

January 29, 2019 — Since May 2018, leading identity management system SelfKey has been partnering with Uncloak.io to ensure the SelfKey Identity Wallet meets the highest possible security standards. Launched in 2016, Uncloak has established itself as one of the most knowledgeable and innovative cyber security agency’s in the blockchain space and the partnership with SelfKey is already bearing fruit.

More specifically, the SelfKey Identity Wallet has undergone a stringent audit, which explored possible vulnerabilities and tested existing security measures. After a thorough examination by the cyber security experts at Uncloak, the Wallet convincingly passed the security audit.

Uncloak founder Tayo Dada

Naturally, security is an ongoing process and SelfKey will continue to work closely with Uncloak to ensure that user information remains as safe as possible.

Furthermore, SelfKey and Uncloak will be making the partnership more comprehensive, aiming to create educational content that helps both communities stay safe.

Uncloak’s founder, Tayo Dada said of the partnership: “It was a pleasure working on SelfKey’s security audit, and reassuring to see how important security is to the Selfkey team. Partnering with one of the most successful projects in the blockchain space also validates our approach, especially in light of our upcoming token offering in March.”

SelfKey founder Edmund Lowell said: “Uncloak and SelfKey make a great fit. We both prioritise user’s security and privacy, and aim to protect as well as empower our communities.”

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By Emmanuel Marshall

The EU GDPR guidelines stipulate that companies must “install appropriate technical and organisational safeguards that ensure the security of the personal data, including protection against unauthorised or unlawful processing.”

The GDPR regime is designed to protect the data privacy of EU citizens, but because the regulations seek to penalise any company that allows their data to be compromised, the reach of the GDPR is actually global.

The penalties for data compromise specified in GDPR are substantial. The authority has the power to levy fines up to €20 million or 4% of a company’s total annual revenue, whichever they deem to be higher.

“Data breaches are a serious problem for all companies and they often don’t think through just how valuable the data they have is and how easy it could be for cybercriminals to hack it. If cybersecurity isn’t your speciality, people mostly have no idea how serious the consequences of lax data security can be. GDPR has started to get people to think a little more. Companies that neglect to address cybersecurity post GDPR are gambling with some pretty high stakes because the penalties under GDPR are severe. They have the potential to literally put a company out of business.” — Hugh Chambers, Cyber Security Advisor, Uncloak.

GDPR compliance and preparation

GDPR is another potent incentive for companies to protect their data systems better. Many CEOs already recognise the damage that cybercrime and hacking can inflict, but the introduction of GDPR has helped to put cybersecurity at the top of the risk management agenda.

Data breaches caused by cyber-attack are a very serious problem.

A recent report published by APWG found that phishing attacks, the most common cause of damaging data breaches, have gone up 46% since 2017.

FBI cybercrime data shows that data breach attacks have increased by 2,370% since 2015 and the global cost is now in the billions of dollars.

To minimise their exposure to damaging breaches and avoid sanctions from the GDPR authorities, companies should start by ensuring they have proactive cybersecurity policies in place.

Passive virus detection software and basic firewalls aren’t adequate defences any more.

“The traditional view of an IT team running governance, policy and risk for a company, coupled with a penetration test once a year should be long gone. Threats emerge daily and even with good patch management and development practices, companies can get caught out.

“Having a commercial partner with a constant digital eye on your systems will be the future. An outside specialist monitoring security threats facing a specific company in real time.” — Phil Jackson, CTO, Uncloak.

Get serious about cybersecurity

GDPR demands the highest standards of data protection, so no company can afford to ignore the threat of cyber-attack.

Uncloak is a premium solution to zero-hour threats and a watershed for security management. Uncloak brings certified cybersecurity researchers and white-hat hackers together on a Blockchain based threat hunter platform to give companies up-to-the-minute protection.

Experience a demo of Uncloak right now on our website.

Please subscribe to our social channels to keep up with the latest Uncloak news:

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By Emmanuel Marshall

Imagine intelligent software that can impersonate anybody and use stolen identities to defraud companies of million dollars; an AI bot that can trawl through billions of internet pages, social media profiles and dark web databases looking for useful data to use in deceiving its victims.

Once it finds a suitable victim, the bot sends them a forged email message pretending to be someone they trust, like a family member or co-worker. The objective: to trick them into revealing sensitive information it can use to steal from them.

Harvesting the email account passwords, credit card details and bank account logins of thousands of victims, this AI-powered virtual criminal can steal millions of dollars in mere hours.

The future of crime?

A robot smart enough to outwit humans and steal our identities is a really disturbing concept. Sounds like dystopian science fiction doesn’t it? But criminal syndicates and hackers are already starting to use AI weapons in cybercrime attacks, defrauding companies of millions of dollars, and the severity and sophistication of attacks are expected to increase sharply in the next few years.

“As AI capabilities become more powerful and widespread, we expect the growing use of AI systems to lead to the expansion of existing threats and the introduction of new threats,” states a report jointly published by Oxford and Cambridge Universities earlier this year.

Titled “The Malicious Use of Artificial Intelligence,” the report examines current trends in AI technology and makes sobering predictions about the way it could be exploited by malicious actors to scale up their fraud operations. At the moment the most damaging cybercrime is carefully orchestrated by human operatives who manipulate communication channels like email to deliver malware and phishing attacks, but AI has the potential to automate that process.

“The costs of attacks may be lowered by the scalable use of AI systems to complete tasks that would ordinarily require human labour, intelligence and expertise,” the report speculates.

The report also looks ahead to a future with highly advanced synthetic human avatars. “The ability to generate synthetic images text and audio could be used to impersonate others online, or to sway public opinion by

distributing AI-generated content through social media channels… Many tasks involve communicating with other people, observing or being observed by them, making decisions that respond to their behaviour, or being physically present with them. By allowing such tasks to be automated, AI systems can allow the actors who would otherwise be performing the tasks to retain their anonymity… There has recently been significant progress in developing speech synthesis systems that learn to imitate individuals’ voices. Such systems would open up new methods of spreading disinformation and impersonating others…”

Weapon or tool?

So what do these predictions mean for cybersecurity? Are we entering a near future where AI avatars impersonating the voices of people we trust can con us into doing their bidding? Or will the accelerating development of AI actually give us better tools to secure our networked society?

There is a strong emphasis on AI implementation in the research community and cybersecurity industry. Security experts recognise the necessity to create AI-powered tools to counter the inevitable use of AI as a weapon in crime.

The way the AI revolution plays out in the realm of cybersecurity will hinge on the timely adoption of AI-powered security by companies and government agencies so that online criminals are prevented from gaining the upper hand.

… … …

Discover Uncloak

Experience a demo of Uncloak’s AI-powered cybersecurity platform right now: go to https://demo.uncloak.io/

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By Lena Bhogaita

How is Uncloak using Blockchain technology?

To answer that question, the first thing to say is, Uncloak is building a platform for cybersecurity research and protection. We are connecting cybersecurity experts and businesses who need better data security using a Blockchain-based network.

Now, let’s look at the way Uncloak uses Blockchain on a functional level.

The Blockchain system we’re creating removes intermediaries like brokers.
To achieve economies of scale it’s important that security consultants don’t need to be involved directly when end users install Uncloak.
We’re avoiding the administrative overhead of working with each IT reseller in each country who wishes to sell our application.
We’re also eliminating the cost of running conventional bug bounty moderation.
With these Blockchain-enabled features, we can offer a lower service cost to Uncloak’s users.

We’re working with 100% digital assets, including:

  • end-user computer information,
  • channel partnership information,
  • security reports,
  • threat landscape reports,
  • & security remediation/fault resolution information.

Uncloak’s Blockchain creates a permanent, authoritative record of digital assets so data can’t be tampered with.

  • Uncloak clients will be able to identify changes in the security levels of their infrastructure over time.
  • Permanent record keeping in the Blockchain ensures that vulnerabilities detected by threat hunters (ethical hackers, researchers, etc.) are properly recorded in the crowd-sourced working environment. This system prevents double payments of bug bounties and prevents duplication of work.

Uncloak will not be implementing rapid (<millisecond) transactions. High-speed transactions are not required for our platform, even though they are available on the EOS blockchain. Data accuracy is of paramount importance, rather than speed.

We will not be storing large amounts of non-transactional data; only minimal high-level client inventory data which will be kept in an encrypted and obfuscated form.
Cybersecurity vulnerability and threat reporting information will be kept on the Blockchain.

Uncloak doesn’t rely on “trusted party” status. We’ll be working with non-trusted parties across the globe; security professionals (threat hunters) who wish to be paid for finding vulnerabilities. Some threat hunters may wish to remain anonymous for various reasons such as whistleblowing whilst working for a software vendor.

Uncloak’s Blockchain manages contractual relationships between client’s, channel partners, threat hunters, and the Uncloak crypto exchange. The Blockchain also regulates the movement of tokens throughout our ecosystem, using a smart contract mechanism, with no need for banks or third-party escrow arrangements.

Uncloak requires shared write access. Data will be written to the EOS blockchain globally by multiple participants; threat hunters, end users, and channel partners.
When a new vulnerability is recorded by two different parties simultaneously, the Blockchain will eliminate the possibility of double-entry, double payment issues.

Contributors to Uncloak don’t need to know or trust each other. Anonymity is to key to ensuring a successful bug bounty operation. It prevents collusion between threat hunters and validators.

Uncloak admins can take control of the system’s functionality in some instances, such as during channel partner registrations and the rolling out of IT reseller relationships.
In certain cases, large-scale cybersecurity threats will be made available to all vendors and subscribers manually if it’s considered to be in the public interest.
Public interest threat discoveries that potentially affect a large number of computers will be available on the blockchain to be read by third party vendors. This will give credence and credibility to Uncloak as being the first to notify users about new threats, which in turn will create greater exposure for the business.

Lena Bhogaita is Uncloak’s Head of Operations. A specialist in cyber-threat analytics and reporting, Lena is steering Uncloak’s product launch, communications and business operations. Prior to joining Uncloak, Lena was Operations Manager for the workplace strategy team at Sky.

Experience a demo of Uncloak right now on our website.

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By Emmanuel Marshall

30% of large UK companies were targeted by crypto-jacking cyber-attacks during one thirty day period, according to a recent survey.
That staggering figure is a new indicator of the way malware-based fraud is escalating. Typical businesspeople are not even aware that crypto-jacking is a threat to their IT infrastructure, and criminals are taking advantage of that lack of awareness.

What is crypto-jacking?

A malware based cyber-attack, crypto jacking is perpetrated using hidden software that’s delivered to victim’s computers via an infected email or website.

Once crypto-jacking malware is running on an infected computer, it siphons off a fraction of the machine’s processor power to “mine” cryptocurrency; virtual currencies such as Bitcoin.

Crypto-jacking malware is designed to avoid detection and operate in the background. Many users don’t notice the infection of their computer because the only visible symptom is a small reduction in processor speed.

The recent report on crypto-jacking in the UK found that infected companies are usually unaware of the threat. Cybercriminals continually update and mutate their virus attacks to avoid detection by conventional antivirus software.

According to the report, almost 60% of organisations surveyed had either been recently attacked or had discovered crypto-jacking malware in their machines at a prior time.
80% of reported infections had occurred within the six months leading up to the survey, suggesting that this type of malware attack is outstripping the ability of antivirus vendors to release protection updates.

Why is crypto-jacking so big?

Bitcoin and the cryptocurrency market, in general, have created lucrative new opportunities for online crooks.

Cryptocurrencies can be generated in several different ways but some of the most valuable, like Bitcoin, must be created in a process known as “mining.”

To limit the number of Bitcoin that can be produced, the designers of the currency wrote an algorithm into its foundation software that requires miners to perform extremely complicated mathematical operations. Solving the mathematical problems that generate Bitcoin requires considerable time, even on powerful computers.

Criminals realised that rather than setting up their own computers to mine cryptocurrency, they could hijack other people’s machines using malware instead. A crypto-jacking operation will infect thousands of individual machines and then coordinate them to work together in a covert network.

Antivirus can’t keep up

Because hackers are devising new malware variants daily, the traditional model of using onboard antivirus software is failing.

Centralised antivirus services are only as good as their latest update.

There’s an inevitable lag-time between an antivirus vendor discovering a new malware strain, building a fix, and then distributing it to their clients.

Cybercriminals work fast, so if a company is relying on endpoint antivirus to protect their system, chances are the damage will be done before the patch is ready for them to download.

A better, faster solution

Speed is everything in the contemporary cybersecurity context.

Uncloak offers a faster solution to emerging malware threats like crypto-jacking by using a unique combination of Blockchain technology and AI.

Uncloak assembles an unprecedented worldwide network of cybersecurity experts to detect new threats before they impact victims.

Learn more about Uncloak’s innovative cybersecurity service, in this article: Uncloak’s Threat Bounty Program: protecting companies from cyber-attack

Experience a demo of Uncloak right now on our website.

Please subscribe to our social channels to keep up with the latest Uncloak news:

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By Phil Jackson

Testers are the quality assurance gatekeepers for organisations’ applications. They’re typically meticulous, level-headed people not given to emotional excesses, but if you want to hear a professional tester grumble and grind their teeth, just ask them one of these questions:
“Why are you coding?”
“Why can’t you code?”
“Why are there still bugs the application? I thought you tested it.”
“Why can’t you test everything?”

Expectations and reality

The typical non-tech person’s expectation of a tester is that they will be able to find all the bugs in the deepest, darkest, most obscure parts of the application. In addition, they will presume that their tester will understand their application’s purpose and the domain it sits in, to a high degree. But these are not reasonable expectations.

Testing is a creative activity.

One of the key skills required to be effective in the industry is the “testing mindset.” This is such an important part of the role that it outweighs hard coding or domain skills.

Creativity and lateral thinking are hard qualities to measure objectively, but they’re core skills for a tester because it’s a role that’s all about thinking outside the box.

It’s possible to have high-level coding and domain skills but not understand what being a tester is all about.

People rarely make a conscious choice to become a software tester. It’s more often a role people fall into. They might discover a talent for testing while they’re at college, or they might find their way into it from a support background. A lot of testers start out working in software development roles where they have been helping polish products prior to release.

Testing is a role that attracts people who have a particular combination of technical skill and creative talent.

Good testers are hard to find.

There are few roles in the employment marketplace for people skilled only in manual testing. Conversely, there is a strong demand for automation experts, SDETs or Test Developers.

Testing generally falls into two brackets (broadly speaking), irrespective of whether it’s manual or automated:

  • functional and
  • non-functional.

Functional testers cover acceptance, end to end, smoke, and regression tests.

Non-functional testers are involved in security, performance and usability.

There are very few professional testers who work in both functional and non-functional areas. These are the unicorns of the testing world, and they’re highly prized by their employers.

Why good testers are underrated.

Testers end up spending quite a bit of time grinding their teeth - as we discussed at the top of the article - because their employers rarely understand what their true skill set is or how to maximise their efficacy.

This is a highly specialised and intuitive role. To get the most out of an in-house tester requires knowledge about development and cybersecurity most employers just don’t possess.

Trying to achieve 100% test coverage with a single tester or even a small in-house team is a laudable ambition, but unrealistic. Meanwhile, every company wants to be able to say their testing is hole-proof.

Too often the pressure bears down onto the overworked testers, who are in an impossible bind, trying to achieve good outcomes but dealing with completely unrealistic expectations.

Better workflow options?

Testers are increasingly trying to be more proactive in the workspace by engaging with requirements ahead of time, which can take pressure off their process, improving coverage, and help keep the testing pyramid intact. A new problem arises though, that testers can find that themselves acting as negotiators; in between management and the development team. Time to deliver a project starts to slip, testing time gets squeezed, and once again the outcomes suffer because the process in inadequately understood and resourced by management.

Open and effective communication is vital to ensure that the needs of the project are met and release dates can be made without sacrificing standards.

There’s an imperative to disrupt the familiar way of approaching testing, as an isolated process, so that more skilled people with specialised knowledge can work together.

Blockchain: a better tool for collaboration.

There’s that old saying, “a poor workman blames his tools,” but good tools are actually very important.

For a tester, these can include an IDE, REST endpoint testing tools, or even a browser extension to help view JSON messages.

Communication and collaborative tools are also extremely important. Crowd-sourced teams have the potential to solve the issues of specialisation and efficiency that have traditionally dogged testers, but there has always been an inherent issue with verification and security with such platforms.

Blockchain DApps are now opening up a whole new range of better tools for collaborative testing. Because they employ smart-contract collaboration tools, they drive more rapid progress and eliminate time-wasting manual verification. Previously, working in large teams meant going through a central-point system, highly vulnerable to hacking or exploitation. Blockchain systems are decentralised, so they not only promote faster peer-to-peer collaboration but also enhance security.

For professional testers, decentralised Blockchain platforms have the potential to be a real game changer.

Like many other industries before it, testing is transitioning from a fragmented, stand-alone workforce model, to an outsourced collaborative one.

Bug-hunters, threat researchers and testers could soon be grinding their teeth a whole lot less, because working in a Blockchain structured context will allow them to specialise more and investigate issues more deeply.

Employers will also win in this new equation. Having the skills and experience of thousands of networked testers working on their projects will get them much closer to the elusive 100% testing ideal than a small, overworked in-house team ever could.

Innovation can cure frustration.

If you’re a tester, stand tall, you’re doing important work.

Please keep those keys to the kingdom safe and don’t let others push you into releasing without being ready.

If you’re a developer, be kind to the testers; they’re the ones who get the finger pointed at them when things break.

If you’re in business, consider changing the way you manage your testing targets. Delays in getting software out may well be because a bug was found, but they might also be because your goals were unrealistic and you don’t have enough people on the problem.

Consider a better way.

We are now living in a post-Blockchain world. You don’t need to meet every person who works on your projects to trust them. The smart-contracts of the Blockchain ecology eliminate the need to human verification and put powerful crowd-sourced resources within your reach.

Instead of working with three stressed out, pressurised testers and listening to them grind their teeth as they toil to meet your deadlines, you could be tapping into a secure worldwide network of verified specialists.

A decentralised bug-hunting platform is coming

Uncloak is a Blockchain-based platform that brings together certified cybersecurity researchers, non-functional testers, and white-hat hackers to work on security issues.

“Uncloak is a cyber threat vulnerability scanning system, and it brings together cybersecurity experts worldwide,” Uncloak’s Blockchain advisor Asad Mahmood, said in a recent interview.

“It uses artificial intelligence — namely, advanced machine learning algorithms — to check massive amounts of online data… Uncloak includes a next-generation vulnerability scanning system which is designed to ensure that businesses remain compliant and aware of new security issues.

“The platform is completely automated using EOS Blockchain smart contracts together with AI. There are no update delays and no wasted time…”

You can check out a demo of Uncloak right now at: https://demo.uncloak.io/

Phil Jackson is Uncloak’s CTO & resident cybersecurity expert. He has more than 22 years of IT security and software development experience working with a myriad organisations and cyber security applications. Phil specialises in analysing the complexities of global security threats and minimising the impact they can have on businesses.

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