pokemon go how to level up fast
Pokemon Go has taken over the world by storm, with millions of players roaming the streets and parks in search of their favorite creatures. One of the main goals of the game is to level up your trainer, which allows you to catch higher level Pokemon and access more features in the game. However, leveling up can be a slow and tedious process, especially for new players. In this article, we will discuss some tips and tricks on how to level up fast in Pokemon Go.
1. Catch Everything in Sight
The most basic way to gain experience points (XP) in Pokemon Go is by catching Pokemon. The more Pokemon you catch, the more XP you will earn. It doesn’t matter if it’s a common Pidgey or a rare Dragonite, every catch counts towards your XP. So make sure to catch everything you come across, even if you already have it in your Pokedex.
2. Use Lucky Eggs
Lucky Eggs are one of the most valuable items in Pokemon Go when it comes to leveling up. They give you double XP for 30 minutes, which means you will earn twice the amount of XP for every action you take during that time. This includes catching Pokemon, evolving them, and even spinning Pokestops. It is recommended to save your Lucky Eggs for when you have a lot of Pokemon to evolve, as this will give you the most XP.
3. Take Advantage of Double XP Events
From time to time, Pokemon Go hosts events that give players double XP for certain actions. This could be catching Pokemon, spinning Pokestops, or hatching eggs. Keep an eye out for these events and take advantage of them to level up faster.
4. Hatch Eggs
Hatching eggs is another great way to earn XP in Pokemon Go. The amount of XP you earn depends on the distance required to hatch the egg, with 2km eggs giving the least amount of XP and 10km eggs giving the most. So make sure to use your infinite incubator for 2km eggs and save your limited-use incubators for 10km eggs.
5. Spin Pokestops and Gyms
Spinning Pokestops and Gyms not only gives you items but also XP. The amount of XP you earn depends on the level of the Pokestop or Gym, with higher level ones giving more XP. You can also earn bonus XP for spinning Pokestops and Gyms for consecutive days, so make sure to spin them every day.
6. Battle in Gyms
Battling in Gyms is another way to earn XP in Pokemon Go. You can earn 100 XP for every Pokemon you defeat in a Gym battle, with a bonus of 50 XP if you defeat all the Pokemon in the Gym. You can also earn XP by training at a friendly Gym, with a bonus of 10 XP for every Pokemon you defeat.
7. Complete Field Research Tasks
Field Research tasks are daily challenges that you can complete to earn rewards, including XP. Each task gives you a certain amount of XP, with some tasks giving more XP than others. You can get these tasks by spinning Pokestops and completing them will give you even more XP.
8. Participate in Raids
Raids are a great way to earn XP in Pokemon Go, especially if you are in a group. You can earn 3000 XP for successfully completing a Tier 5 raid, which is the highest tier. If you are in a group, you can earn even more XP by completing the raid faster and dealing more damage to the raid boss.
9. Evolve Pokemon
Evolving Pokemon is another way to earn XP in Pokemon Go. Each evolution gives you 500 XP, and if you use a Lucky Egg, you will earn 1000 XP for each evolution. This is why it is recommended to save your Lucky Eggs for when you have a lot of Pokemon to evolve.
10. Add Friends and Send Gifts
Adding friends and sending gifts is a new feature in Pokemon Go that allows you to earn XP. You can earn 200 XP for each new friend you add and 200 XP for each gift you send. You can also earn XP by opening gifts from your friends, so make sure to interact with your friends daily.
11. Participate in Community Day Events
Community Day events are special events that take place once a month in Pokemon Go. During these events, a specific Pokemon will spawn more frequently, and you can earn bonus XP for catching them. You can also evolve the featured Pokemon during this time to earn even more XP.
12. Join a Local Pokemon Go Group
Joining a local Pokemon Go group is not only a great way to meet other players but also a great way to earn XP. Many groups organize lure parties and other events that can help you catch more Pokemon and earn more XP. They can also help you find rare Pokemon that you may not be able to find on your own.
13. Purchase XP Boosts
If you are willing to spend some money, you can purchase XP boosts from the in-game shop. These items will give you a certain amount of bonus XP for a specific period of time. However, it is recommended to use these boosts during events or when you have a lot of Pokemon to evolve to get the most out of them.
14. Focus on Catching Pokemon with a Curveball and a Nice, Great, or Excellent Throw
Catching Pokemon with a curveball and a Nice, Great, or Excellent throw not only gives you more XP but also increases your chances of catching the Pokemon. So make sure to practice your throwing skills to earn more XP and catch more Pokemon.
15. Utilize Incense and Lures
Incense and lures are items that attract Pokemon to your location. Using these items can help you catch more Pokemon, which means more XP for you. It is recommended to use them when you are in an area with a lot of Pokestops and Gyms to maximize their effectiveness.
In conclusion, leveling up in Pokemon Go may seem like a daunting task, but with these tips and tricks, you can speed up the process and reach higher levels in no time. Remember to catch everything in sight, use Lucky Eggs, take advantage of double XP events, and participate in raids and Community Day events. Also, don’t forget to join a local Pokemon Go group and practice your throwing skills. So get out there, catch ’em all, and level up fast in Pokemon Go!
android permissions marshmallow
Android is the most popular operating system for mobile devices, used by billions of users worldwide. With each new update, Android brings in new features and advancements, making it the preferred choice for many. However, one of the significant changes introduced in the Android 6.0 Marshmallow update was the revamp of its permission system. This update brought a significant shift in the way Android handles app permissions , giving users more control and transparency over their data. In this article, we will delve deeper into the Android permissions system in Marshmallow and how it has evolved since then.
What are Android Permissions?
Android permissions are the rules that an app must follow to access certain features or data on a user’s device. These permissions are essential for apps to function correctly and provide the desired experience to the users. For example, a camera app would require access to the device’s camera to take photos, while a messaging app would need access to contacts and messages to send and receive messages. These permissions are categorized into two types – Normal and Dangerous.
Normal permissions are those that do not pose a significant risk to a user’s privacy or data. These permissions are automatically granted by the system when an app is installed, and the user does not have the option to deny them. Examples of Normal permissions include accessing the network connection, reading the device’s battery status, or accessing the device’s hardware features like the vibrator or the flashlight.
On the other hand, Dangerous permissions are those that can potentially compromise a user’s privacy or security. These permissions require explicit approval from the user before an app can access them. Some examples of Dangerous permissions include accessing the user’s location, contacts, phone calls, or camera. In previous versions of Android, users had to accept all the Dangerous permissions an app requested during installation. However, this changed with the introduction of Android Marshmallow in 2015.
The Revamp of Android Permissions in Marshmallow
With the release of Android 6.0 Marshmallow, Google made significant changes to its permission system, giving users more control over their data and privacy. The new system introduced a permission model similar to iOS, where users could grant or deny permissions on a per-permission basis, rather than accepting all or none at the time of installation. This change was a significant step towards making the Android ecosystem more secure and transparent.
The new permission model also brought in a new feature called ‘Runtime Permissions.’ With this feature, apps could no longer automatically access Dangerous permissions without the user’s consent. Instead, the app would request permission at the time when it needed to access a particular feature or data. This change gave users the power to decide which permissions an app could access, and they could revoke them at any time.
Improvements in User Control
Apart from the introduction of Runtime Permissions, Marshmallow also brought in other changes that improved user control over app permissions. One such change was the ability to view and manage permissions for all installed apps in one place. In previous versions of Android, users had to manually go to each app’s settings to manage its permissions. With Marshmallow, users could go to the ‘App Permissions’ section in the device settings and see a list of all the permissions an app had requested, along with the option to revoke them individually.
Another significant improvement was the addition of a new ‘Don’t ask again’ option when an app requested a permission. This option allowed users to deny a permission permanently and not be bothered by the same request again. This feature was especially useful for users who did not want to grant an app access to their location or contacts but had to deny the permission every time they used the app.
Impact on App Developers
The revamp of Android permissions in Marshmallow had a significant impact on app developers. With the new permission model, developers had to update their apps to handle permission requests at runtime. This meant that developers had to anticipate scenarios where a user could deny a permission and handle them appropriately in their code. This change also meant that developers had to be more transparent about their app’s data usage and provide justifications for requesting Dangerous permissions.
Moreover, the new permission model also affected how apps were designed and developed. Developers now had to consider the possibility of a user denying a permission and design their apps accordingly. This change resulted in a more user-centric approach towards app development, with a focus on providing a seamless experience even when certain permissions were denied.
The Evolution of Android Permissions since Marshmallow
After Marshmallow, Google continued to refine its permission system in subsequent updates. In Android 7.0 Nougat, the ‘Don’t ask again’ option was replaced with a ‘Deny’ button, making it more explicit for users to deny a permission permanently. Moreover, developers could also request permissions in a group, making it easier for users to manage multiple permissions at once.
In Android 8.0 Oreo, Google introduced a new feature called ‘Autofill.’ This feature allowed apps to autofill information in other apps, such as usernames and passwords, without the need for a keyboard. However, to access this feature, apps had to request a new permission called ‘autofill service.’ This change further enhanced the security of the Android ecosystem, making it difficult for malicious apps to access sensitive information.
With Android 10, Google introduced the ‘Scoped Storage’ feature, which further improved user privacy. This feature restricted apps from accessing files and folders outside their designated storage space, making it challenging for apps to access sensitive user data without explicit permission.
Conclusion
The revamp of Android permissions in Marshmallow was a significant step towards making the Android ecosystem more secure and user-friendly. The new permission model gave users more control over their data and privacy, while also encouraging developers to be more transparent about their app’s data usage. With each subsequent update, Google has continued to refine its permission system, making it more robust and secure.
In today’s digital age, where data privacy and security are of utmost importance, Android’s permission system is a crucial tool in protecting users’ sensitive information. As Android continues to evolve, we can expect to see more improvements in the permission system, further enhancing the user’s control over their data.