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Samsung unveiled the Samsung Odyssey line of gaming monitors

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Understanding the needs of gamers, Samsung has officially launched the Samsung Odyssey curved gaming monitor line. Odyssey monitors have a completely new curved screen design and top features. It gives gamers a completely different experience from previous monitor products.

The Samsung Odyssey lineup includes models with screens with ideal curvature of 1000R. They fit perfectly with human eye vision, creating images that are true to every detail.

The outstanding performance of the Samsung gaming monitor has been certified by TUV Rheinland. The organization has previously awarded Samsung the highest performance 1000R curved monitor and Eye Comfort certification

Samsung also incorporates futuristic design elements based on observing market trends and gathering feedback from consumers. An infinity-illuminated core design placed right behind the screen with 52 colors and 5 color rendering modes. And that’s easily customizable to your liking to make gaming and entertainment spaces stand out.

Open the box, it is easy to see the Samsung new generation gaming monitor designed with a completely new language with a V-shaped stand. The display has a strong curvature forward with three thin edges. .

The thick bottom edge with two small bezels is decorated in a consistent style of the Odyssey lineup, reminiscent of air-intake vents on a jet. The back of the screen is designed according to the common language of the Odyssey product line with a circular frame placed in the center.

Odyssey’s biggest differences can also be seen in this region. With the G5 series, you will have only one fixed stand, no flexible stand and decorative lights like on the G7 or G9 versions.

In addition, the monitor also owns a 19V power connector from the adapter similar to its previous screen models. You can even use older adapter models for this new model.

Apple launches new products

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There hasn’t been a year Apple held as many product launch events as it did in 2020. Apple will hold the last major event of 2020. This is expected to be Apple’s most important event of the year in terms of product strategy. That’s when the company introduced computer models using self-designed chips.

Information about these Mac models has been revealed by Apple since June during the WWDC developer event. At WWDC, Apple has promised to sell Macs using self-designed chips from late 2020. Bloomberg sources said Apple will introduce many MacBook models during this event.

Bloomberg says Apple is ramping up production lines for the 13-inch and 16-inch MacBook Air models. And will at least showcase at the event 2 13 inch models.

The biggest change in laptop models lies in the hardware. They are equipped with chips developed on the Apple A14 platform, the processor of the iPhone 12 and iPad Air. Earlier, Apple sold a special edition Mac mini, which uses the A12Z chip for developers to create compatible apps.

Apple A14 Bionic chip gives very good performance on iPhone 12. However, various tasks on the computer are still a big challenge in terms of processing power. At WWDC, Apple did not reveal much about the power of the computer models using Apple Silicon chips.

Apple could also talk more about Rosetta 2, the tool that converts Intel-compatible apps to Apple Silicon. Developers are also waiting for information about transferring iOS and iPadOS-based apps to computers. Apple Silicon chip-based Mac Pro and Mac mini models are also being developed.

This operating system has a completely redesigned interface, more like iOS. System sounds have also been updated, and basic apps like Safari and messaging will have new features.

Many other Apple products have been awaited from previous events but not released. Another device to be expected is the AirTags. This is a smart chip that allows you to keep track of important items such as bags and wallets through your iPhone.

Best practices for Managed Google Play are for all developers

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Check out the best practices for Managed Google Play for all developers in the article below!

Security

Security is a major concern for mobile device and application management businesses. When developing an application for use in the workplace, keep in mind that businesses pay more attention to data security than ever before, especially when it comes to information sharing features. with other services. To keep your app data safe, follow best practices for security and privacy. Specifically:

  • Use only secure network protocols.
  • Use the default local storage in Android instead of external or shared storage.
  • If you are concerned about misuse or have sensitive data, use the SafetyNet Authentication API, which allows your app to confirm that the app’s running is trustworthy and has not been compromised.

Job profile compatibility

Work profiles are licensed, streamlined spaces on an Android device that help keep work and personal data separate. You may have to modify your application for it to function reliably on a device with a work profile (see Setting up Managed profiles for best practices). A lot of free applications from Google Play are compatible. However, they always test your application with the BasicManagedProfile sample application to be sure.

Configuration is managed

Your application must support managed configuration, allowing the IT administrator to remotely configure application settings for all users or per user. Examples of these settings include:

  • Server address and protocol settings: For example, manually configuring a VPN client application can be complex for users. Allows the IT admin to send the full configuration package directly to the user’s device. The user can use the app immediately.
  • Ability to turn features on and off: For example, you might want to make your apps available for more cloud storage backend features, but maybe an enterprise wants to allow only one extra feature. that they bought. So allow them to block other features.
  • Suggest login to autostart SSO for optimal user login experience.

If you update the managed configuration schema for your application, make sure it is still backward compatible. Maintaining this compatibility is desirable because many different users may have different versions of your application (at least temporarily), and IT admins will want the experience. Consistent remote configuration across versions to ensure efficient application management.

Distribution tools

You can the Google Play Console to upload, manage, as well as publish your apps. The Play Console comes with many configuration options and experimental features designed to help you deliver the best possible application to your users.

  • Run alpha and beta tests on updates to get feedback from a small group of users, then make improvements or tweaks before releasing your app more broadly.
  • Use staged release to gradually release app updates to your user base. If you run into problems, you can pause publishing at any time.
  • After your app is released, access performance stats and other important reports to get more detailed information about your user base.

The journey to become the globalanguagel language of emoji

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Since appearing on Japanese phones in the 1990s, emoji have been popular around the globe. It has just become a featured communication feature in recent years. Not only for youth people, emoji is the language for everyone. That puts pressure on designers and sets the standard for emoji. If you want to become a global language, emoji need to develop continuously for all cultures.

Nowadays, there are thousands of emojis that represent people in many ways, and emojis represent how we interact with the world. In the trend of digitization and globalization, emoji will become an important translation and communication tool.

Emoji first was created in 1999 by Japanese artist Shigetaka Kurita. At that time, Kurita was working for i-mode, the original mobile internet platform of the network operator Docomo. Kurita’s idea was to create an attractive interface to convey information in a simple and concise manner. For example, a cloud icon instead of a cloudy weather state.

Emoji quickly gained popularity in Japan as rival companies learned from Docomo’s ideas. The mobile phone boom in the mid-2000s was when companies outside Japan like Apple saw the potential of emoji.

Subsequent emojis will depend on a recommendation submitted to the Unicode Association. Anyone can submit emoji suggestions, just the pattern of the icon. In addition to messages, emoji today also appear in many forms such as Apple’s Animoji or Facebook Avatar. As technology moves beyond tiny phones, emoji will also emerge in new forms.

Not only for texting, but now emoji is a digital language. The Unicode consortium approves new emojis every year, which are often included in operating system updates.

First of all, it has to be proposed to the Unicode Association, explaining why it should be included and the details for emoji design. The proposal is reviewed by a sub-committee of the Unicode Association, and will be approved if approval is received from the members.

The proposal was approved by the Unicode Association in 2010. Being recognized by Unicode not only helps the emoji’s vocabulary continue to grow, but also validates emoji as a form of communication. That’s when emoji became the new language. Emoji have become too common to ignore.