Defining a “Simple” iOS App

Before we dive into the timeline, it’s important to define what we mean by a “simple” iOS app. Generally speaking, a simple app would be one that has a limited set of features and a straightforward user interface. For example, a calculator app or a to-do list app would be considered simple. On the other hand, a social media app or a mobile game would be considered more complex.

Timeline for Creating a Simple iOS App

Assuming that we’re creating a simple iOS app, how long can we expect the development process to take? Here’s a rough timeline of the various stages involved:

Planning and Design (1-2 weeks)

Before any code is written, it’s important to spend some time planning and designing the app. This involves creating wireframes and mockups of the user interface, and defining the features and functionality of the app. Depending on the complexity of the app and the level of detail required, this stage can take anywhere from one to two weeks.

Development (2-4 weeks)

Once the planning and design is complete, the actual development process can begin. This involves writing the code for the app, integrating any necessary APIs or third-party libraries, and testing the app to ensure that it functions correctly. Depending on the complexity of the app and the experience of the developer, this stage can take anywhere from two to four weeks.

Testing and Bug Fixing (1-2 weeks)

Once the app is developed, it’s important to thoroughly test it to identify any bugs or issues. This involves testing the app on a variety of devices and operating systems, and using automated testing tools to identify potential issues. Depending on the complexity of the app and the number of bugs that are identified, this stage can take anywhere from one to two weeks.

Submission and Approval (1-2 weeks)

After the app has been developed and tested, it’s time to submit it to the App Store for approval. This involves creating a developer account, filling out the necessary forms, and submitting the app for review. Depending on the backlog of apps waiting for review, this stage can take anywhere from one to two weeks.

Factors That Can Affect the Timeline

Of course, the timeline outlined above is just a rough estimate, and many factors can affect the actual timeline of creating a simple iOS app. Here are some factors to consider:

Complexity of the App

As mentioned earlier, the complexity of the app is one of the biggest factors that can affect the timeline. A more complex app with more features and a more sophisticated user interface will take longer to develop and test than a simple app.

Experience of the Developer

The experience of the developer is another factor that can affect the timeline. A more experienced developer may be able to write code more quickly and identify and fix bugs more efficiently.

Resources Available

The resources available to the developer can also affect the timeline. For example, if the developer has access to a team of designers or testers, the development process may be faster than if the developer is working alone.

App Store Approval Process

Finally, the App Store approval process can also affect the timeline. If the app is rejected for any reason, it may need to be resubmitted after making necessary changes, which can add to the overall timeline. It’s important to carefully review the App Store guidelines and ensure that the app meets all requirements before submitting it for review.

Tips for Streamlining the Development Process

While there are many factors that can affect the timeline of creating a simple iOS app, there are also steps that can be taken to streamline the development process and ensure that the app is completed as quickly and efficiently as possible. Here are some tips:

Start with a clear plan: Before beginning development, take the time to create a clear plan for the app. Define the features and functionality that are essential, and prioritize them based on importance.

Use existing frameworks and libraries: To save time and ensure that the app is stable, consider using existing frameworks and libraries for common tasks, such as network requests or user interface elements.

Test early and often: Don’t wait until the end of development to start testing the app. Test early and often to identify issues as soon as possible, and fix them before they become bigger problems.

Get feedback from users: Once the app is in a stable state, consider getting feedback from users to identify any usability issues or bugs that may have been missed during testing.

Consider outsourcing: If resources are limited, consider outsourcing some aspects of the development process, such as design or testing, to a third-party provider.

Conclusion

In conclusion, creating a simple iOS app can take anywhere from four to eight weeks, depending on various factors such as the complexity of the app and the experience of the developer. By carefully planning the app, using existing frameworks and libraries, testing early and often, getting feedback from users, and considering outsourcing, it’s possible to streamline the development process and create a high-quality app that meets user needs. With the right approach and a bit of patience, anyone can create a successful iOS app.

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Understanding Video Conversion

Video conversion is the process of converting a video file from one format to another. It involves encoding and decoding the video file to a different format, which can involve significant processing power and time. The video conversion speed can be affected by a range of factors, such as the size and format of the source file, the processing power of the device, and the efficiency of the conversion algorithm used.

Identifying the Bottlenecks

The first step in improving video conversion speed was identifying the bottlenecks in the conversion process. We began by analyzing the conversion process and identifying the areas that were taking the most time. We found that the encoding and decoding process was taking a significant amount of time, which was impacting the overall speed of the conversion process.

Optimizing the Encoding and Decoding Process

Once we identified the bottlenecks, we focused on optimizing the encoding and decoding process. We found that the use of hardware acceleration could significantly improve the speed of encoding and decoding. By using the hardware encoding and decoding capabilities of the device, we were able to reduce the processing time required for these tasks.

We also optimized the encoding and decoding algorithms used in our apps. We made use of advanced encoding algorithms that were able to compress the video files without sacrificing quality. We also implemented multithreaded decoding, which allowed us to decode multiple frames of video simultaneously, further reducing the time required for the decoding process.

Utilizing Cloud-Based Services

Another way we improved the video conversion speed in our apps was by utilizing cloud-based services. Cloud-based video conversion services can provide high-speed video conversion by utilizing powerful servers and advanced video conversion algorithms. By offloading the video conversion process to the cloud, we were able to significantly reduce the time required for video conversion, while also reducing the load on the user’s device.

Reducing the File Size

Reducing the size of the source file can also have a significant impact on video conversion speed. By reducing the file size, we were able to reduce the amount of processing required during encoding and decoding. We achieved this by implementing advanced compression algorithms that were able to compress the video file without sacrificing quality. We also implemented file size limits for the input files, which allowed us to restrict the input files to a reasonable size.

Using Pre-Processing Techniques

Pre-processing techniques can also be used to improve video conversion speed. By pre-processing the video file before conversion, we were able to reduce the time required for encoding and decoding. We implemented techniques such as frame rate reduction and resolution reduction, which allowed us to reduce the processing required during encoding and decoding. By implementing these techniques, we were able to significantly reduce the time required for video conversion.

Hardware Acceleration

Hardware acceleration is a technique used to speed up video conversion by utilizing the hardware resources of the device. By using hardware acceleration, we were able to offload some of the processing from the CPU to the GPU. This allowed us to achieve high-speed video conversion while reducing the load on the CPU. We made use of hardware acceleration techniques such as OpenCL and CUDA to improve the video conversion speed in our apps.

Advanced Algorithms

The algorithms used in video conversion can have a significant impact on the speed of the conversion process. By using advanced algorithms, we were able to achieve high-speed video conversion while maintaining the quality of the output file. We made use of advanced algorithms such as H.265 and VP9 to compress the video files without sacrificing quality.

Final Thoughts

Improving video conversion speed requires a multi-faceted approach that involves optimizing the encoding and decoding process, utilizing cloud-based services, reducing the file size, using pre-processing techniques, and implementing hardware acceleration and advanced algorithms. By focusing on these areas, we were able to significantly improve the video conversion speed in our apps, resulting in a better user experience for our customers.

However, it’s worth noting that improving video conversion speed is an ongoing process. As technology advances and new algorithms and techniques are developed, it’s important to stay up to date with the latest trends and implement new optimizations as they become available.

In conclusion, improving video conversion speed is essential for any app or software that deals with video content. By identifying the bottlenecks, optimizing the encoding and decoding process, utilizing cloud-based services, reducing the file size, using pre-processing techniques, and implementing hardware acceleration and advanced algorithms, we were able to significantly improve the video conversion speed in our apps, resulting in a better user experience for our customers.

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There are several popular Oracle Database GUIs:

dbForge Studio for Oracle

Operating Systems: Windows

Trial period: 30 days 

Price: Perpetual license – starting at $299.95 / 1 year

dbForge Studio for Oracle is a software tool that provides a graphical user interface (GUI) for working with Oracle databases. It offers a range of features and tools that can assist with tasks such as SQL coding, database design and modeling, query building and optimization, data import and export, and database administration.

Key features

• Code Editor: Provides an easy-to-use interface for writing and editing PL/SQL code, with features such as code completion, formatting, and snippets to help users work more efficiently and accurately.
• Database management tools: Includes tools for creating and modifying database objects such as tables, views, and indexes, as well as tools for managing users, privileges, and roles.
• Data modeling and design: Includes tools for visualizing and designing database schemas, as well as tools for generating SQL code from diagrams.
• Query Builder and Optimization: Provides tools for building, testing, and optimizing SQL queries, including tools for visualizing query plans and analyzing performance.
• Data Import and Export: Allows users to export and import data for Oracle databases in a variety of formats. It can export data to 14 different file types and import data from 10 file types. The Oracle data import and export process is customizable and can be automated using the command-line interface.
• Database administration: Oracle administration and management tools are designed to help with tasks such as managing user privileges, managing server sessions, and monitoring events.

Aqua Data Studio

Operating Systems: Windows, Mac, Linux

Trial period: 14 days 

Price: Standard license – starting at $ 499 / per user 

Aqua Data Studio is an enterprise software tool that provides a graphical user interface (GUI) or display for working with various database management systems (DBMS) such as MySQL, PostgreSQL, Oracle, and Microsoft SQL Server. It offers a variety of features that can help customers with tasks such as SQL coding, database design and modeling, query building and optimization, data import and export, and database administration.

Key features

• Analyze Queries: This feature allows you to connect to any database and execute SQL queries with ease. SQL is automatically formatted and highlighted with syntax coloring, and the feature also provides auto-complete suggestions. You can perform advanced analysis by viewing query results in multiple formats, including text, grid, pivot, and form views. You can also quickly filter and export results to Excel with a single click.
• Visualize Data: Use a simple drag-and-drop interface to create compelling visualizations and dashboards of your data, making it easy to explore and share information with others. Use this feature to identify patterns and trends in your data and discover opportunities for additional analysis. You can use filters, labels, and calculations to create charts and make the data more meaningful.
• Write SQL Code: Use the Visual Query Builder and advanced Query Analyzer tools to create high-performance SQL code for multiple database platforms. These tools share a common interface, making it easy for developers to work across platforms and increasing the efficiency of database development.
• Administer Databases: The tool allows you to monitor key aspects of your servers, such as managing instances, storage, security, and sessions. It also provides specific management capabilities for different types of servers, such as managing rollbacks, logs, and System Global Area (SGA) for Oracle servers, managing agents for SQL Server, and viewing query history for Amazon Redshift, Netezza, and Vertica servers.

Navicat for Oracle

Operating Systems: Windows, Mac, Linux

Trial period: 14 days 

Price: Standard license – starting at $ 399.99 / per year

Navicat for Oracle is a tool designed to increase the productivity and efficiency of Oracle developers and administrators by providing a streamlined working environment. It helps you optimize your Oracle development by enabling you to create, organize, access and share information quickly and securely. Navicat for Oracle is compatible with cloud-based databases such as Amazon RDS and Oracle Cloud, and supports both local and remote Oracle servers.

Key features

• Data Viewer: Navicat provides a spreadsheet-like grid view that allows you to view, update and delete records with a variety of tools to facilitate editing. It gives you the tools you need to manage your data efficiently and make the process seamless.
• Model: The database design and modeling tool allows you to convert your databases into graphical representations, making it easy to model, create, and understand complex databases. It simplifies the process of creating intricate entity relationship models and generates the SQL script with a single click.
• Increase Productivity: The easy-to-use graphical user interface (GUI) for the Oracle Data Pump utility guides you through the backup process, reducing the likelihood of errors. You can set automation for repeatable deployment processes, such as running scripts at a specific time or day. This allows you to complete the job regardless of your location.
• Cross-Platform Licensing: A new cross-platform licensing option is now available. This means that you can purchase a license once, activate it on Windows, MacOS, or Linux, and later transfer the license to another platform if needed.

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Some popular online retailers that accept Bitcoin include Overstock.com, Expedia, and Microsoft. While there are many more retailers that accept Bitcoin every day, the list is still relatively small compared to those that accept traditional fiat currencies.

That said, the number of businesses accepting Bitcoin is growing at a rapid pace and is expected to continue doing so as awareness of digital currency increases. So even if your favorite store doesn’t yet accept Bitcoin, it may only be a matter of time before they do.

How to Spend Bitcoin

Now that you know a bit about Bitcoin, you may be wondering how you can actually go about spending it. While it may not be accepted everywhere just yet, there are still plenty of places where you can use Bitcoin to buy goods and services online.

Here are a few popular websites that accept Bitcoin:

Overstock.com: Overstock was one of the first big retailers to start accepting Bitcoin back in 2014. Since then, they’ve continued to accept the digital currency as payment for items ranging from furniture to electronics and more.

Expedia: Expedia is another major online travel agency that began accepting Bitcoin payments for hotel bookings back in 2014. In addition to hotels, Expedia also allows users to book flights, rental cars, and cruises using Bitcoin.

eGifter: eGifter is an online gift card retailer that allows users to purchase gift cards for popular stores and restaurants using Bitcoin. egifter.com

Gyft: Gyft is another popular gift card website that allows users to purchase gift cards for hundreds of different stores and restaurants using Bitcoin. gyft.com

PizzaForCoins: PizzaForCoins is a service that allows you to order pizza from participating pizzerias using Bitcoin. The way it works is simple – you select the type of pizza you want, enter your location, and then choose a participating pizzeria. Once you’ve placed your order, you can pay for it using Bitcoin. pizzaforcoins.com

GiftOff: GiftOff is a website that allows users to purchase gift cards for popular stores using Bitcoin. gifyoff.com

e4btc: e4btc is a website that sells electronic gift cards for popular stores and restaurants using Bitcoin. e4btc.com

Bitrefill: Bitrefill is a service that allows users to purchase gift cards for popular stores and restaurants using Bitcoin. bitrefill.com

There are also a few services that allow you to book hotels and flights using Bitcoin. These include CheapAir, BTCTrip, and Destinia.

As you can see, there are plenty of ways to spend your Bitcoin. Whether you want to buy a pizza or book a hotel room, there’s a service that will allow you to do it.

How to store your Bitcoin

Now that you know how to buy and spend Bitcoin, it’s time to learn how to store it. After all, you can’t just leave your Bitcoin sitting on an exchange.

Hot wallets are convenient because they allow you to quickly send and receive Bitcoin. However, they are also less secure because they are constantly connected to the internet. This makes them more susceptible to hacking.

Cold wallets, on the other hand, are much more secure because they are not connected to the internet. However, they are also less convenient because you cannot use them to quickly send and receive Bitcoin.

If you want the best of both worlds, you can use a hybrid wallet. Hybrid wallets allow you to store your Bitcoin on both a hot wallet and a cold wallet. This way, you can have the convenience of a hot wallet while also having the security of a cold wallet.

The most important thing is that you choose a wallet that is right for you. There are many different types of wallets out there and it is important to find one that fits your needs.

Once you have chosen a wallet, the next step is to buy some Bitcoin. The best way to do this is through an exchange. There are many different exchanges out there and they all have their own advantages and disadvantages.

Once you have bought your Bitcoin, the next step is to store it in your wallet. This can be done by either transferring it to your own personal wallet or by using a third-party service like Coinbase.

If you are going to use a third-party service, make sure that you trust the company and that they have a good reputation. Once you have stored your Bitcoin in your wallet, the next step is to use it.

There are many different ways to use Bitcoin. The most popular way is to use it as a currency. You can use Bitcoin to buy goods and services online or in person. You can also use Bitcoin to send money to friends and family members.

Another popular way to use Bitcoin is to invest in it. There are many different ways to invest in Bitcoin. You can buy Bitcoin directly from exchanges or you can invest in companies that deal with Bitcoin.

If you want to invest in Bitcoin, you should do your research first. Make sure that you understand how the system works and that you are comfortable with the risks involved.

Investing in Bitcoin can be a great way to make money, but it is also risky. Make sure that you understand all of the risks before you invest any money.

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There are a few ways that institutions and companies can invest in cryptocurrency. One way is to buy cryptocurrency directly with fiat currency or with another cryptocurrency. Another way is to invest in a cryptocurrency-related company, such as an exchange or a wallet provider. Finally, some institutions are investing in blockchain technology, which is the underlying technology of cryptocurrencies.

Together with https://imperial-go.ca/, we tried to figure out how companies invest in crypto.

Direct Investments

Direct investments are when an institution or company buys cryptocurrency directly, using fiat currency or another cryptocurrency. This is the most straightforward way to invest in cryptocurrency, but it comes with a high degree of risk. The price of cryptocurrencies is highly volatile, and investors could lose all of their investments.

Investments in Cryptocurrency-Related Companies

Another way for institutions to invest in cryptocurrency is to invest in a company that provides services to cryptocurrencies. These companies include exchanges, which allow users to buy and sell cryptocurrencies; wallet providers, which store cryptocurrencies; and payment processors, which facilitate transactions.

Investing in these types of companies is less risky than investing directly in cryptocurrencies, as these companies are not subject to the same volatility. However, these companies are still in the early stages of development, and their success is not guaranteed.

Risks of Cryptocurrency Investing

Investing in cryptocurrencies is risky, and investors could lose all of their investments. The price of cryptocurrencies is highly volatile, and investors could lose all of their investments. In addition, there is no guarantee that any particular cryptocurrency will be successful in the long term.

Before investing in any cryptocurrency, it is important to research the risks and rewards carefully. Investors should also be aware of the potential for fraud or theft when dealing with online exchanges or wallets.

Advantages of Cryptocurrency Investing

Cryptocurrency investing has the potential to offer investors a number of advantages. First, cryptocurrencies are not subject to the same regulations as traditional investments, which can make them more accessible to a wider range of investors.

Second, cryptocurrency prices are often more volatile than traditional asset prices, which can offer investors the opportunity to earn higher returns. Finally, investing in cryptocurrencies can be a way to diversify an investment portfolio and hedge against potential risks.

Advantages for Companies

Companies that accept cryptocurrency payments can also enjoy a number of advantages. First, they can benefit from lower transaction costs than traditional payment methods. Second, they can tap into a global market of potential customers. Finally, they can avoid the hassle and expense of converting currency when they receive payments in cryptocurrency.

Potential Risks

Of course, there are also some potential risks associated with investing in cryptocurrencies. First, the prices of cryptocurrencies are highly volatile and can fluctuate wildly. This means that investors could lose all or most of their investment. Second, there is a risk that the underlying technology of cryptocurrencies could be hacked or compromised. This could lead to the loss of value for investors. Finally, there is a risk that governments could crack down on cryptocurrency use, which could negatively impact the value of these assets.

Despite these risks, many people believe that cryptocurrencies offer a unique investment opportunity. With proper research and due diligence, investors can mitigate some of the risks and potentially reap rewards in the long run.

Conclusion

Cryptocurrencies remain a risky investment, but for some investors, the potential rewards outweigh the risks. With proper research and due diligence, investors can mitigate some of the risks associated with these assets.

FAQs

What is the most popular cryptocurrency?

Bitcoin is the most popular cryptocurrency with a market capitalization of over $100 billion as of 2019. Ethereum, Ripple, and Litecoin are also popular cryptocurrencies.

What is the difference between cryptocurrency and digital currency?

Currency that only exists digitally, such as Bitcoin, is called a digital currency. A cryptocurrency uses complex code to secure transactions and regulate the creation of new units. Because cryptocurrencies are not under government or financial institution control, they are decentralized.

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Digital exercises quickly became the norm once conventional fitness centers were forced to shut their doors. According to Bloomberg Second Measure, revenues at gyms were down by 39% in 2020. However, sales at home fitness firms increased by 194%.

As a result of the constraints imposed by the pandemic, many seeking to maintain their fitness and health switched from traditional gyms to online fitness platforms and Zoom exercises. Additionally, it is anticipated that the fitness apps market will reach US$ 15.96 billion worldwide by the year 2026.

According to Statista, when fitness centers began to reopen their doors in 2021, the number of people using health and fitness apps saw a slight decline. On the other hand, it is anticipated that the number of people using fitness apps will continue to rise and reach 86.3 billion in the year 2022.

The global market for connected fitness was valued at $1.1 billion in 2021 and is forecast to expand at a compound annual growth rate (CAGR) of 4.2% between now and 2026. During the pandemic, the fitness industry has also been subjected to significant digital change, following in the footsteps of many other economic sectors.

2022 may be the year of connected fitness applications. Connected fitness applications may provide more than simply devices that measure and report routines, which is vital to keep in mind while considering the social and physical distances involved. They are already demonstrating the revolutionary transformation that has the potential to revolutionize the fitness sector completely.

The Leading Four Trends to Consider in 2022

It is expected that connected fitness app use will continue to rise in 2022. The holiday shopping season is drawing up, and the Omicron variant poses the possibility of returning to traditional fitness centers. Even if Peloton maintains its position as the industry standard-bearer for connected fitness, newcomers such as Tonal, Echelon, Ergatta, Liteboxer, and TrueKinetix are poised to seize a significant portion of the market. Now that we know that let’s figure out how you can also dominate the market for fitness products.

Integrations of IoT to Provide Interactive Experiences

Wearables can effortlessly keep track and assess every element of exercise. Several technologies are utilized even by elite athletes that can manage speed, acceleration, distance traveled, heart rate, and even weariness. All of this information may be sent to a smartphone or a tablet, where it can assist your trainer or an app powered by artificial intelligence in making more informed judgments regarding your fitness.

For example, a bike may be equipped with sensors capturing numerous data sorts – revolutions per minute, resistance, speed, and heart rate. The following information may be shown on the screen and then disseminated to other users who participate in the same livestream event in the form of a scoreboard to encourage users to ride more actively.

Many fitness applications and smart wearables are available, but what about connected stadiums or gyms? It looks to be a relatively unexplored region for companies. On the other hand, IoT and AI have the potential to provide all users with a next-generation experience.

The IoT and AI technologies were used for the first time at the Tokyo 2020 Summer Olympics to improve the spectator experience. Real-time streaming and immersive experiences were made possible because of specialized software algorithms and virtual reality (VR) technology. This brought the Olympics closer to the spectators.

AI Technologies for Precise Workout Plans

When you go to a gym, a trainer evaluates both your strong and weak points so that they may modify your exercise routine and help you get the most out of your workouts. Connected fitness applications may also access your fitness thanks to AI and real-time feedback depending on users’ motions. These applications analyze the data you provide, and from that comes an optimal strategy for you to follow throughout your workouts.

For example, Liteboxer provides a connected boxing experience that can be customized to your desired degree of difficulty, fitness objectives, and musical preferences. Your progress may be tracked via LED light pads connected to the Liteboxer mobile app. These soft pads can also sync with the beat of your favorite song. Users are kept interested and are provided with a fulfilling training experience thanks to this feature. 

Experiences on a Whole New Level with Virtual and Augmented Reality

Have you seen the scene in Back to the Future III when Doc tells the men in an 1885 saloon about life in the future and how people run for fun? To be honest, he is correct. We are now in a position where we can state that using VR and AR technology may make jogging and working out a lot more pleasurable.

These days, you can get a full-body workout while playing video games, and several virtual reality technologies may assist you in moving about and getting your blood pumping. For instance, the Oculus Quest 2 headset enables you to train virtually with various trainers. While you are engaged in the activity of playing video games, the Oculus Move fitness monitoring tool that is included in the Oculus platform can monitor your movements, heart rate, and the number of calories you have burnt.

The use of gamification may encourage consumers to engage in regular physical activity. With the Oculus Quest headset and VR fitness services like Supernatural or FitXR, you can engage in VR sessions with personal trainers or completely submerge yourself in the world of a fictitious game.

In contrast to VR, AR does not create a whole new virtual world, but it does provide users with the ability to interact with things that aren’t there. As a consequence of this, the technology has the potential to invigorate exercises and make workout sessions more interesting.

Additionally, augmented reality technology may assist you in better visualizing data. Users, for instance, can acquire all the critical health metrics, such as their heart rate or the distance walked, shown on the screen of their smart glasses when connected with intelligent glasses such as Solos Smartglasses.

You may even include a hologram exercise instructor into your connected fitness app using augmented reality technology. Now, users don’t need to search for video exercises or read instructions; they need to activate an app, and they can begin a workout with a trainer directly at home or in the gym. 

Using an Omnichannel Approach to Satisfy Diverse Customer Requirements

You may reach a wider audience by using omnichannel fitness, a combination of in-gym and digital home exercises. This can help you satisfy the different demands of people at all stages of fitness. This way of thinking has become a prominent trend in the globe that has recovered from the epidemic.

According to the Les Mills 2021 Global Fitness Report, digital home exercises have become essential additions to the long-term digital services of fitness clubs. Eighty percent of members expect to continue utilizing them even after the epidemic has passed. The great majority of individuals who work out choose to divide their time between working out in a gym and working out at home in a ratio of 60:40. In this context, a person’s desire to go to the gym does not exclude them from working out using online courses or fitness apps. 

Emerging Stars in the Connected Fitness Industry

There is much more available in the connected fitness market than just Peloton, Tonal, and Mirror. Take a look at these up-and-coming talents, shall we? 

CLMBR

CLMBR is a vertical climbing machine that features a large touch display and instructor-led classes. Because of its compact design, the device is suitable for use in various apartments.

In addition, there are a plethora of pre-installed exercise plans that can assist in the burning of more than 600 calories in approximately 30 minutes. This machine can reportedly burn more calories than rowing, running, or cycling, at least according to CLMBR.

Using the CLMBR mobile app, you can generate training plans, monitor your progress, and access live-streamed classes.

The CLMBR is cardio equipment that can be used for full-body workouts and engages more than 86% of the body’s muscles. Compared to traditional treadmills, the vertical climber places significantly less stress on the user’s joints than the latter type of machine. Users are finally given the freedom to exercise whenever they please, thanks to classes available round the clock.

Ergatta

Ergatta is a connected rowing machine that can be used at home. Rowing machines provide a full-body exercise and the opportunity to compete in races. Ergatta is a kind of exercise that may involve up to 86% of muscle groups and enables strength training and cardiovascular exercise. The rowing machine is adaptable to a variety of settings on account of its ergonomic and “rich” design. The company’s website claims that the gadget takes up less floor space in the upright position than a tiny chair.

Ergatta uses gamification by providing four different methods to work up a sweat on the rowing machine. For instance, when you are rowing, you participate in a game and compete against other individuals.

Ergatta is more than simply a video teacher giving you instructions on how to burn more calories; after every ten exercises, the machine recalibrates itself to adapt to the user. When you get better at rowing, the system adjusts itself to make the most of the improvements in your performance.

The companion mobile app for Ergatta enables you to monitor your workouts, training history, and progress while on the road. In addition, you’ll be able to organize and timetable your following exercises in advance.

TrueBike

The TrueBike, which TrueKinetix developed, is an indoor smart bike that replicates the pedal forces you use a stroke for stroke. The TrueBike eliminates the need for a flywheel by substituting an intelligent robot and a powerful engine that can accurately replicate the appropriate amount of pedal force based on the rider’s height, weight, and length.

TrueBike appears to be like any other bike, but it operates using sophisticated algorithms that calculate the appropriate amount of resistance based on more than ten thousand measurements taken almost every second. These measurements include the rider’s weight, gear selection, pedal position, ride slope, road surface, and virtual wind. Because of how it’s been designed, TrueBike can simulate riding on roads.

Riders can obtain real-time data on their screen about their speed, time, distance, elevation power, pedaling efficiency, and cadence. You may construct your training programs or link to other online programs using the TrueBike mobile app. In addition, TrueBike comes pre-loaded with workout programs that you can use. 

Forme Life

Forme Life is more than simply a mirror; it is also one of the best-connected gyms. In its 2020 Fitness Awards, Women’s Health recognized the mirror manufactured by Forme Life as the “Best Home Studio.”

Forme Life may be used as a freestanding or fixed wall mirror when switched off. This style was selected because the mirror was created for those who highly value classiness and minimalism.

Forme Life changes from a decorative piece into a highly functional and intelligent exercise studio when activated. The mirror has a voice-activated and touch-screen interface in addition to a 43-inch 4K UHD display. You will see virtual instructors in the mirror who will lead you through their routines and encourage you to push yourself further.

Because there are so many live exercises and pre-loaded courses available for all skill levels and activities, you won’t ever have to worry about boredom. In addition, the Forme Life app may assist you in tracking your progress and keeping you up to speed on the most recent exercises.

The machine learning and artificial intelligence technologies that underpin Forme Life provide the product with the ability to customize exercises to your fitness level. Forme Life will automatically modify its settings to give you the best possible results as your fitness level increases.

The stereoscopic cameras and human-like eyesight built into the mirror allow it to detect your motions and deliver feedback in real-time. If you want to have a live exercise with a human teacher, Forme Life can also give you two-way interaction like a Zoom or Skype call. This is an option if you like to have a live workout with a personal instructor. 

Treadly

Treadly is a treadmill that can be folded up and used for walking or jogging at home. It is adaptable to any space or interior design. It is possible to tuck it away discreetly under a sofa or bed when it is not in use. This treadmill is lightweight, and its wheels make it simple to transport it from one location to another.

Treadly travels at a pace that is not very rapid, ranging from 1 to 5 miles per hour. Treadly offers a variety of versions, each of which may be purchased with either a handrail or remote control. Using the Treadly app, the machine’s power can be switched on and off, and its settings may be modified.

You may link all your wearable devices via Bluetooth to get a higher level of command over your exercise. In addition, if you don’t enjoy running by yourself, you may invite your friends or sign up for a live video group to run with. Because it has a Bluetooth speaker, Treadly can play all your favorite tunes. 

Summing Up

Connected fitness may be the future wave for the fitness industry, but it will never be able to replace traditional exercise settings like clubs and studios fully. On the other hand, they make it possible for individuals to maintain their fitness levels despite the epidemic.

Connected fitness may assist you in expanding your user base, meeting the requirements of your users, and providing an enhanced experience, all while assisting them in achieving their fitness objectives. The Internet of Things, artificial intelligence, and virtual reality each make it possible for a one-of-a-kind software solution and an enhanced fitness experience at home. Connected fitness will still be substantial even when all gyms are operational.

At Orangesoft, we can bridge the gap between fitness gear and software in several different ways. Please contact us so we can provide you with a cost estimate for your connected fitness project. 

The post Connected Fitness Market Trends for 2022 appeared first on ZED.

Therefore, it seems to me that it is useful for everyone who is thinking about a career in QA to get acquainted with some important stages of becoming a profession.

1. Training the team

The first step is to take a training course, and it doesn’t matter if you study offline or online. A good course can provide basic knowledge of basic testing processes and methods, basic programming skills, working with databases and test documentation. It is possible that at this stage you will realize that this profession is not suitable for you: many of those who enroll in courses, the process seems too complicated or not so interesting. In order not to waste time, it is good to analyze your own motives in advance: whether you decided to go to QA solely for money, whether you are driven by a desire for change or interest in technology. It is good if the motivation is complex and based on a combination of these factors.

2. Interviewing candidates

Prepare for a long series of challenging interviews, which will be followed by a certificate of completion of the course. It is very important not to lose motivation after several unsuccessful attempts – getting rejections, especially in the beginning, is perfectly normal, it should not stop you. During the interview, do not hesitate to ask the most important question: “How can your company help my professional development?” If you can find a mentor in a new place that you can trust, your path to the profession will be much easier and more interesting.

3. First first tasks for internship

Usually, the attractiveness of a company as a first place of work or internship is determined by its popularity and scale. But much more important than any reputation is the question of whether there is a suitable mentor for you. Throughout my career, I have achieved the best results when there is a good leader who is able to motivate, guide and set the right goals. An experienced mentor or manager can point you in the right direction, and sometimes take you out of your comfort zone, contributing to your development.

4. Salary: expectations and reality

It would be good to look at your own financial prospects realistically from the very beginning. Look at your first job or internship as an investment in your own future, for which you are willing to compromise on pay and working conditions. If you are interested in QA only because, as you have heard, you are well paid, keep in mind that you may have to work for the minimum wage at first. Everything can change only when you gain experience.

5. From control to quality assurance 

Although all courses promise to prepare you for Quality Assurance, there is, of course, only Quality Control. The transition from QC to QA is usually only possible after a year or two of practical work. Unfortunately, most curricula do not have a proper definition of quality and how to ensure it. Trainings and courses are mainly focused on the technical side of the work, but the next step is to understand that QA is much more than just testing software.

6. Attention to processes

The more experience you gain, the clearer you realize that quality assurance is definitely not a list of defects. It becomes obvious that the concept of Quality affects everyone regardless of their role in the organization, and its analysis becomes a way of thinking. The role of a QA specialist is to ensure that all employees of the company follow the right set of processes that ultimately create a quality product.

It’s not just about testing: it’s important how business requirements are collected and written, how the development process works, what the user manual looks like, etc. I advise you not to be afraid to ask for changes in any processes if you think they are negative on the quality of the result.

7. Formation of “quality thinking”

Nevertheless, the notion of quality remains subjective. No matter how much we try to estimate it with the help of formal metrics, such coverage is possible only to a certain extent. For example, the customer may be dissatisfied with the user manual, although there are no errors.

That is why every QA should try to build the so-called “quality thinking”, both for themselves and throughout the organization. When all colleagues realize that quality depends not only on the QA team, its level in the software product developed by your organization is constantly increasing. If at least one person neglects quality (no matter if it is a CEO, business analyst, developer or marketer), it will be very difficult to achieve a positive result.

Conclusion

I have been working in QA for ten years and I can confidently say: I love what I do. Over the years, I realized that with hard work and perseverance, you can acquire any technical knowledge and skills. This will allow you to easily and quickly enter the QA area and understand it well. But everyone is changing the construction of “quality thinking” and the transition from QC to QA – it is at this stage that work becomes a real passion.

The post The first steps in setting up a solid QA process: expectation and reality appeared first on ZED.

In the field of investment there are a few common types of investors owners of tech startups have to deal with. Each type has its own characteristics.

Speculator (Stock Market Trading)

People who trade in the market are trying to make money on short-term movements in the market. Speculators use technical analysis.

The founder of technical analysis was Charles Doe (1851-1902). This American journalist developed a series of principles for understanding and analyzing market behavior, which later became the foundation for technical analysis.

As a result of research, it was noticed that a certain behavior of price charts in the past leads to the fact that their movement in one direction in the future becomes more likely than in the opposite direction. This analysis examines only the results of stock trading – the dynamics of changes in prices and trading volumes.

Data for technical analysis:

• Date and time
• Opening price (closing)
• Price maximum (minimum)
• Trading volume
• Technical analysis is used mainly by traders (speculators)

Substantive provisions.

• The price takes into account everything. Proponents of technical analysis believe it is not necessary to look at the company’s reports. In any case, if the report came out, investors responded and it is already included in the price.

• Prices are moving in trend. If the market is growing, it is very likely that the market will continue to grow and it is unlikely that the market will turn around and start falling.

• History always repeats itself (markets are cyclical). Traders look at certain recurring patterns and indicators. If the indicator worked once, it will also work the second time in a similar situation. That is, the trader will understand where the price will go, based on preliminary chart data.

Based on these provisions, traders study charts trying to assess the general mood in the market and determine the direction of the price.

Trading is associated with a lot of money “fast and a lot”, and in fact it is a loss of money (99% up to 1 year), a lot of stress and unnecessary emotions. If technical analysis were as effective as traders try to present, it would not have more than 100 indicators (charts, Japanese candles, bars, etc.) used in the analysis.

Active investor (Investing in the market)

Such an investor seeks to invest in the market for several years. Investment involves a long (over a year) forecast for the market and individual securities (mostly stocks).

Such investors use fundamental analysis. Fundamental analysis is one of the two main methods of market analysis. Unlike technical analysis, where the analysis is based on the behavior and psychology of the crowd, the basis of fundamental analysis is the analysis of the economy, industry, individual companies.

The founder of this analysis was Benjamin Graham, who in the period 1930-1940 published 2 major books on this analysis: “The Intelligent Investor: The Definitive Book on Value Investing” and “Security Analysis”. Fundamental analysis helps the investor answer the question “how much should a stock cost? “,” What is the fair price of the stock? “. If the stock is” undervalued “on the basis of indicators, the investor buys, if” overvalued “-” sells “or refrains from buying.

There are 3 main levels of analysis

• Issue analysis. Objective: to identify issuers whose shares are undervalued / overvalued for their purchase or sale using various indicators (investment, profitability, etc.) Sources of information: balance sheets, annual reports and other reporting.

• Industry analysis. Different industries react differently to a particular situation in the economy.

• Analysis of macroeconomics in general (dynamics of GDP, inflation, unemployment, exchange rates, etc.)

Fundamental analysis is performed by 2 main methods: top-down analysis and bottom-up analysis. The top-down analysis covers a broader view of the economy, starting with the whole market and then narrowing down to the sector, industry and, finally, to a specific company. Conversely, bottom-up analysis begins with a specific stock and expands to take into account all the factors that affect its price.

Top-down analysis is used mainly by managers of investment companies and funds. Bottom-up analysis is used by private investors. They mostly analyze only companies without delving into the industry, let alone the economy.

Advantages: Opportunity to get more profitability than the market average. To succeed in a competent analysis, it is enough to successfully invest in 7 companies out of 10.

Disadvantages: The analysis phase takes more time (it takes 5-8 hours to effectively analyze one company). Not possible to use in the short term (days, months).

The market is often irrational. No one can predict when the market will bring the price of an “undervalued” share to the investor’s fair value.

This method is more effective than technical analysis and can bring results, but for this, a private investor must love mathematics, spend a few hours evaluating and be patient (suitable for long-term investments)

The post How to deal with startup investors appeared first on ZED.

At the recent reporting conference the head of AMD Lisa Su explained that it would be impossible to count on this without the ability to steadily increase the supply of products. It is possible to level out the impact of shortages through long-term supply planning.

At least, this is the wording used by AMD CTO Mark Papermaster in his comments at the Web Summit conference, quoted by Reuters. “Our supply specialists have worked through the issue in such a way that supplies for months and years to come are carefully planned,” the spokesman said. “Everyone has had to pay more attention to the supply chain, but we’ve been doing that since the beginning of the pandemic,” as Mark Papermaster added.

However, he mentioned another factor that adds weight to AMD’s negotiations with suppliers: “We use advanced process technology and are a big buyer in that area, which definitely helps ensure supply stability.” In the automotive segment and consumer electronics production, component supply problems concern products made with more mature process technologies. In this sense, AMD is partially protected from problems for the reason that it uses advanced lithography.

Translated with www.DeepL.com/Translator (free version)

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But now they are reportedly developing SiliFuzz, which will detect defects in central processing units.

The principle behind SiliFuzz is to analyze processor performance by running pre-prepared test data collected through emulators and disassemblers. This is one of the varieties of phasing – the processor is loaded with “random” calculations, the result of which is checked at the output. If there are discrepancies, the processor is considered defective.

The system is designed to detect, first of all, electrical defects in the chips, which could have occurred during manufacturing, installation, operation, etc. Particular attention is paid to them, rather than to logical errors in the CPU itself. In this case, the tests themselves do not use any low-level debugging mechanisms, allowing to use them on “combat” systems.

In fact, the developers’ task is to create a system that could regularly test every core in every Google server with minimal impact on its performance. In its current form, SiliFuzz chooses the moment when the load on a particular machine is not so great, and consistently tests groups of four threads (2 cores with SMT) for no more than two minutes. So far, the developers are focused on x86-64 processors, which are massively used by Google itself.

The main purpose of the project is to automate the detection of hidden defects, which lead to incorrect calculations and are much more dangerous than usual crashes and crashes because a single small deviation in the chip operation leads to the accumulation of an array of errors. For example, it turned out that some CPUs sometimes returned incorrect F2XM1 (x2-1) call results, while others occasionally gave different FCOS calculations from the correct ones. In the latter case, the difference is less than 0.0000003%, but even that can be enough of a problem.

As noted, about 45% of defects found with SiliFuzz are not tracked by other tools. In the future, the developers plan to scale SiliFuzz, increase the speed of the program, as well as improve the overall quality of the work.

The post Google develops SiliFuzz project for mass detection of hidden defects appeared first on ZED.