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90 percent of online content may be synthetically generated by AI algorithms in 2026

90 % of internet content may be synthetically generated by AI:

Artificial Intelligence is quickly evolving and is already being used to support and improve health services in many high-income countries. Experts believe that by 2026 the majority of texts, pictures, and videos on the web will be generated, especially if models such as OpenAI’s GPT-3 witness a wider use. The increase in synthetic media and improved technology has given rise to disinformation possibilities. AI can create virtual worlds that are more inclusive around topics such as culture, race, and gender. AI ethics are important to make an AI that trustworthy, but that’s just one part of it required to help organizations adopt the technology responsibly. An expert system, also sometimes referred to as a knowledge-based system, is an AI program that has expert-level competence in solving specific problems.

The Internet of the future might be something completely different from what we know currently. But this change will be for the better good or worse. The use cases of AI are growing immensely around the world. According to some reports experts estimate that as much as 90 percent of online content may be synthetically generated by artificial intelligence (AI) algorithms in 2026. And that can lead to a lot of misinformation. The presence of bots, and AI-generated text-to-image programs have certainly been making big waves. It will start stuffing the internet with enormous amounts of targeted misinformation.Artificial Intelligence is quickly evolving and is already being used to support and improve health services in many high-income countries. Experts believe that by 2026 the majority of texts, pictures, and videos on the web will be generated, especially if models such as OpenAI’s GPT-3 witness a wider use. The increase in synthetic media and improved technology has given rise to disinformation possibilities. AI can create virtual worlds that are more inclusive around topics such as culture, race, and gender. AI ethics are important to make an AI that trustworthy, but that’s just one part of it required to help organizations adopt the technology responsibly. An expert system, also sometimes referred to as a knowledge-based system, is an AI program that has expert-level competence in solving specific problems. Whatever the most current information was, it is a hot issue. In most cases, synthetic media is generated for gaming, to improve services, or to improve the quality of life. However, by default, we do not assume that almost everything we deal with on the Internet can be fake. There is no such thing as a good AI, only good and bad humans. Then we will have to treat the verification of information much more carefully.

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What Is Non Functional Testing? (Types)

What is Non-Functional Testing?

Non-Functional Testing is defined as a type of Software testing to check non-functional aspects (performance, usability, reliability, etc) of a software application. It is designed to test the readiness of a system as per nonfunctional parameters which are never addressed by functional testing.

An excellent example of non-functional test would be to check how many people can simultaneously login into a software.

Non-functional testing is equally important as functional testing and affects client satisfaction.

Objectives of Non-functional testing

Non-functional testing should increase usability, efficiency, maintainability, and portability of the product.

Helps to reduce production risk and cost associated with non-functional aspects of the product.

Optimize the way product is installed, setup, executes, managed and monitored.

Collect and produce measurements, and metrics for internal research and development.

Improve and enhance knowledge of the product behavior and technologies in use.

Characteristics of Non-functional testing

Non-functional testing should be measurable, so there is no place for subjective characterization like good, better, best, etc.

Exact numbers are unlikely to be known at the start of the requirement process

Important to prioritize the requirements

Ensure that quality attributes are identified correctly in Software Engineering.

Non-functional testing Parameters

1) Security:

The parameter defines how a system is safeguarded against deliberate and sudden attacks from internal and external sources. This is tested via Security Testing.

2) Reliability:

The extent to which any software system continuously performs the specified functions without failure. This is tested by Reliability Testing

3) Survivability:

The parameter checks that the software system continues to function and recovers itself in case of system failure. This is checked by Recovery Testing

4) Availability:

The parameter determines the degree to which user can depend on the system during its operation. This is checked by Stability Testing.

5) Usability:

The ease with which the user can learn, operate, prepare inputs and outputs through interaction with a system. This is checked by Usability Testing

6) Scalability:

7) Interoperability:

This non-functional parameter checks a software system interfaces with other software systems. This is checked by Interoperability Testing

8) Efficiency:

The extent to which any software system can handles capacity, quantity and response time.

9) Flexibility:

The term refers to the ease with which the application can work in different hardware and software configurations. Like minimum RAM, CPU requirements.

10) Portability:

The flexibility of software to transfer from its current hardware or software environment.

11) Reusability:

It refers to a portion of the software system that can be converted for use in another application.

Type of Software Testing

In general, there are three testing types

Functional

Non – Functional

Maintenance

Under these types of testing, you have multiple TESTING Level’s, but usually, people call them as Testing Types. You may find some difference in the above classification in different books and reference materials.

The above list is not the complete as there are more than 100 Types of Testing and counting. No need to worry, you will pick them up as you age in the testing industry. Also, note that not all testing types apply to all projects but depend on the nature & scope of the project. More on this in a later tutorial.

Non Functional Testing Types

Following are the most common Types of Non Functional Testing :

Performance Testing

Load Testing

Failover Testing

Compatibility Testing

Usability Testing

Stress Testing

Maintainability Testing

Scalability Testing

Volume Testing

Security Testing

Disaster Recovery Testing

Compliance Testing

Portability Testing

Efficiency Testing

Reliability Testing

Baseline Testing

Endurance Testing

Documentation Testing

Recovery Testing

Internationalization Testing

Localization Testing

Example Test Cases Non-Functional Testing

Following are examples of Non-Functional Testing

Test Case #

Test Case

Domain

Application load time should not be more than 5 secs up to 1000 users accessing it simultaneously

Performance Testing

Software should be installable on all versions of Windows and Mac

Compatibility Testing

All web images should have alt tags

Accessibility testing.

The Challenges Of Open Source In Non

Open source seems to present a number of obstacles to those making technical purchasing decisions in those businesses that are classified non-profit. These could be educational institutions, government departments or religious organizations.

The interesting facet of this discussion, however, is that the same business needs exist in not-for-profit institutions as it does in for-profit ones. At the end of the day, each organization has to have money in the bank to conduct its affairs. This could be achieved by donations or by selling products or services for payment.

This article attempts to survey some of those issues facing open source in the not-for-profit sector of the business world.

The primary difference between the organizations is the way they handle their profit. In the not-for-profit sector any profits are to be used according to the aims of the organization rather than distributed to members or shareholders.

It is worth remembering that profit, as Peter Drucker has told us, is the future cost of staying in business. Thus any organization, no matter how it establishes itself legally, needs money to pay existing and future costs. Profit is essential to the health of any organization.

In this environment, Open Source is competing against other providers in the market place. If the business analysis above is accurate, then it is possible to apply the two considerations to open source.

First, is the consideration of the underlying technology itself. The Linux platform allows a company of any kind to obtain some substantial savings in licensing fees. These can amount to thousands for dollars for larger organizations.

Too many IT departments are familiar with operating systems that require constant maintenance. This is their world. It keeps them employed. To cut into this paradigm with a product that can significantly reduce maintenance costs in addition to purchasing costs, creates a problem for many. The initial problem is one of disbelief. Can Linux really save those licensing fees? The answer to this one is easy.

But the second question, can Linux really deliver maintenance savings, is a little harder to establish. Can another operating system really reduce the costs in this area? Only those who have experienced this can speak with certainty.

But the broader aspect of technology implementation is application based. People, at the end of the day, do not buy an NT or Linux server because that is what they need. Rather, they buy application software then look for a platform to run it on.

Here is the crying need in the open source market: applications. Yes there are some, and they are really good. But in other areas, the open source developers are running behind market demand.

Now you come to the real source of the issue for open source: making money. If you have to develop software which you give away, you have to have some method of recovering development and ongoing costs. In the open source market, this can only be obtained through service. This probably means, however, a longer payback time for investors. If you cannot get money immediately from sales, then you may need additional time to recover costs through service agreements.

Can this be done successfully? The answer is positive, as many open source providers have discovered. That path is not easy, but each success somewhere else makes it easier for the next person to bring open source applications to the market.

To be successful in open source, it is necessary to remember some crucial issues. One of these is the problem that in many companies business decisions are driven by the technocrats rather than the business managers. The solution to this problem is to have a compelling business case for a business to consider and apply an open source solution to its needs. When that occurs, the fear, uncertainty and doubt from the IT department will take second-place to the needs of the business.

Here are some key questions for open source suppliers and developers.

In what way does my open source application satisfy a business need?

In what way does my open source application distinguish itself from its competitors?

It does not seem reasonable to expect buyers to move into the open source marketplace unless you can answer these questions for them. When you can do this and they are convinced you have a business solution for them, then the discussion can begin on delivery platform.

At this stage, the technical people will get involved. If they are ignorant of Linux, then you’ll need to be ready to educate them. If they are fearful of losing their job because you can reduce the costs of technology maintenance, then you better have a solution to help these people.

If doing business was easy, many more people would be in business for themselves, and we’d all have less stress in our lives. It is the challenges that helps separate those who will step up to the plate to solve problems, and those who will avoid the risks involved.

In this climate, the entrepreneurial spirit is needed to carry those who make the decisions to bring open source applications into the marketplace. But it can be done.

This article was first published on chúng tôi

Can The Whole Internet Crash? Can Overuse Bring Down The Internet?

The current pandemic has raised one question in the minds of some users. They wonder if the overuse of the Internet can crash the internet. No, this cannot happen! In this post, we will try and answer some questions which may be lingering at the back of your minds.

If we were to compile a list of potential Internet doomsday scenarios, the ongoing coronavirus outbreak is likely to be a part of such lists – and for obvious reasons. Over the last few days, we have witnessed a sudden increase in the number of people who want to know whether coronavirus is going to break the Internet?

During the outbreak, people are forced to work from home, and the lockdowns and the compulsion to stay indoors are resulting in an increased demand for bandwidth – whether it is for working, playing games, or watching the video! The Internet has become the main, if not the only, source of entertainment for most.

Can overuse bring down the whole Internet?

The answer to that question is – NO! In case an online service or website is overloaded with traffic, that particular website or online service could crash, but not the Internet. Overuse cannot bring down the whole Internet. When bandwidth consumption increases exponentially, from a demand and supply perspective, the speed can reduce. The more the users there are online, the lesser is the speed you will get normally.

To get a better understanding of this, first, we need to understand how the Internet works.

How does the Internet work?

The Internet is not dependent on a single computer or a cable. It is a combination of several independent networks and computers. All the connecting computers and the cables together can be considered as the Internet, and so for the whole Internet to crash all the computers would have to crash and the connecting cables cut. The Internet is too big and decentralized to fail all at once. That is near impossible!

These networks are largely governed, controlled, and maintained by individuals, businesses, and governments. If one part of the network stops working for some reason, users will still be able to access the Internet.

At a time when the majority of people work remotely from their homes, a significant portion of people would have already stopped accessing the Internet from their offices. It helps Internet Service Providers handle the demand-supply chain. That’s why major tech companies and Internet Service Providers are confident that no pandemic or other such event will ever take down the Internet and there is plenty of capacity in the network to accommodate everyone.

Is there absolutely no problem at all?

The lack of capacity in the network is not really a problem, to begin with. The fact that a significant number of users using the Internet in huge numbers induces performance slowdown. Mobile internet services are often the most affected, unlike fixed broadband ones. The reason being, a sudden rush of people on the mobile Internet.

The Internet often experiences outages in difficult times and events such as major power blackouts where multiple networks and computers go out of service at the same time.

Macro events like earthquakes, damage to underwater or over-land cables, damage to space satellites, large solar activity, large power outages, nuclear war, targetted cyberwar, etc., could cause sections of the Internet to crash theoretically. But this will not shut down the Internet!

In 2007, Asia experienced a series of earthquakes that damaged undersea cables, further resulting in major Internet-related issues in some parts of the world. However, the rest of the world still continued access to the Internet.

Governments can swing into action

To endure the ever-increasing demand, in the present pandemic, the European Commission has asked OTT streaming services such as Netflix and YouTube to reduce their system demands on European web networks. The purpose is simple. OTT streaming and Internet companies must ensure that their services remain uninterrupted during the state of lockdown.

According to Internet speed test firm Ookla, mobile broadband download speeds drastically declined in many Asian countries since the pandemic. Meanwhile, fixed broadband internet services didn’t take much of a hit.

As more users come online, these companies need to be capable of accomodating the additional burden. Major technology companies cannot afford to face an outage at the moment, given the fact that most of the major companies are facing a shortage of employees working from offices.

The bottom line

According to reports, Internet usage has almost doubled in many parts of the world since the pandemic. In challenging situations where everything around us comes to a standstill, more aspects of our daily lives naturally the digital route. In fact, remote-work platforms like Microsoft Teams and Zoom continue to witness increased demand.

In the case of India, an ISP told us that consumption could go up 80% in a situation where everyone is staying at home. Plus, the majority (90% +) of users access the Internet between 9 am to 11 pm (IST)! Many customers also upgrade their existing broadband plans that often stretch the bandwidth to a significant extent.

However, in such a scenario, most Network Service Providers (NSPs) increase the overall bandwidth, which helps ISPs handle the additional load.

Meanwhile, millions of people across the globe are now connecting to the internet from the comfort of their kitchens, living rooms, and home offices every day. As a result, the demand for uninterrupted Internet services continues to skyrocket.

Be a responsible netizen, and don’t create or share digital junk! Always make sure to keep a safe distance from coronavirus COVID-19 scams, frauds, and cybersecurity threats.

Internet Explorer 9 (Ie9) Beta Drops In September 2010

It looks like Microsoft is done with Platform Preview releases of the next major iteration of Internet Explorer. There’s now approximately a month until the first Beta development milestone of Internet Explorer 9 will be made available for download to the public. Microsoft has confirmed this officially, during the keynote at the annual Microsoft Financial Analyst Meeting. According to Microsoft Chief Operating Officer Kevin Turner’s announcement on July 29, come September 2010, users will be able to download and start test driving IE9 Beta. A specific availability deadline for IE9 Beta was not delivered. “The most beautiful thing about our browser story is the message is getting out with IE8, the safest most secure browser in the marketplace. We’re really excited about IE9 which will be beta and coming out in September. Yes, we had a little headwinds, we had several things we had to do with IE8 this past year but guess what per external data in the marketplace, in May and June, we grew share in the browser space for the first time in a very long time,” Turner said. (emphasis added) “So, the momentum on that has turned and it’s a whole new day. And where we’re going with IE9 and what we’re going to do from an HTML 5 standard standpoint and where we’re going from a speed standpoint, we’re really going in a big way in this space this next year and have a great story to tell including around safety and security in the browser space,” he added. Recently, leaked screenshots of IE9 Beta emerged in the wild. Although they looked completely fake to me, it seems that I might have been mistaken. A variety of sources are now confirming the validity of the screenshots and the IE9 leak. It seems that Microsoft has already shared the code of early pre-Beta Builds of Internet Explorer 9 with select testers and partners. The leaked IE9 screenshots do not contain a new UI for the browser but they do indicate that the successor of IE8 will feature a download manager. IE9 is Microsoft’s most standard compliant browser yet, having embraced HTML5, CSS3, DOM and SVG. At the same time the browser features a new JavaScript engine codename Chakra, which delivers performance almost on par with rivals Google Chrome and Opera, and superior to Firefox. One of the best aspects of IE’s evolution is hardware acceleration, with the browser leveraging the machine’s GPU in concert with DirectX 11 in Windows 7 and Windows Vista to deliver unmatched web experiences.

5 Best Internet Of Things Development Platforms In 2023

Here are Internet of Things platforms that are booming

Google Cloud IoT

Google has launched its platform for the IoT development tools based on its end-to-end Google Cloud Platform. This is one of the world’s leading Internet of Things platforms. The Google Cloud has many services that bring value to linked solutions. The main features of Google Cloud IoT are AI and ML capabilities, data analysis in real-time, data visualization that is impressive and can track the location.

Cisco IoT Cloud Connect

Cisco IoT Cloud Connect is created with mobile operators in mind. Cisco gives reliable IoT hardware, routers, gateways, and other devices. The main features of Cisco IoT Cloud Connect are its powerful industrial solutions, high-level security, edge computing, centralized connectivity, and data management.

IRI Voracity

The IRI Voracity platform uses two engines Hadoop and IRI CoSort to process big data. It allows users to manage, discover, analyze, transform, and migrate data. The core features of IRI Voracity are a data governance portal that supports searching and sorts data in silos. The DB Ops environment allows you to manage all your databases from one place.

Particle

Particle provides edge-to-cloud IoT development tools for global devices and hardware solutions. The main features of the Particle platform integrate with third-party services via REST API, cloud protected by a firewall, and can process data from Google Cloud or Microsoft Azure.

Salesforce IoT Cloud

According to the latest study, the number of Internet of Things and connected devices is likely to increase to 75million by 2025. The IoT devices are still yet to grow driving businesses to seek the best IoT product solutions. Did you ever think of the best IoT development platforms? We are here with the 5 best Internet of Things development platforms in 2023.Google has launched its platform for the IoT development tools based on its end-to-end Google Cloud Platform. This is one of the world’s leading Internet of Things platforms. The Google Cloud has many services that bring value to linked solutions. The main features of Google Cloud IoT are AI and ML capabilities, data analysis in real-time, data visualization that is impressive and can track the location.Cisco IoT Cloud Connect is created with mobile operators in mind. Cisco gives reliable IoT hardware, routers, gateways, and other devices. The main features of Cisco IoT Cloud Connect are its powerful industrial solutions, high-level security, edge computing, centralized connectivity, and data chúng tôi IRI Voracity platform uses two engines Hadoop and IRI CoSort to process big data. It allows users to manage, discover, analyze, transform, and migrate data. The core features of IRI Voracity are a data governance portal that supports searching and sorts data in silos. The DB Ops environment allows you to manage all your databases from one place.Particle provides edge-to-cloud IoT development tools for global devices and hardware solutions. The main features of the Particle platform integrate with third-party services via REST API, cloud protected by a firewall, and can process data from Google Cloud or Microsoft Azure.Salesforce IoT Cloud focuses on customer relationships management. The main features of Salesforce IoT Cloud core functions are complete customer, product, and CRM integration, websites, services, and other support third-party products, and proactively resolve customer’s problems and needs.

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