app cloud storage Applications Require Indigenous

 

Indigenous Cloud Applications Require Indigenous Cloud Cloud App

Gary Ogasawara is Cloudian's Chief Technology Officer, responsible for setting up the company's long-term vision and direction. Prior to taking on this role, he was the engineering leader who founded Cloudian. Prior to Cloudian, Gary led an Engineering team at Centives, a search engine company. He has also led the development of real-time commercial and marketing programs for Inktomi, an Internet infrastructure company. Gary holds a Ph.D. in Computer Science from the University of California at Berkeley, which focuses on uncertain thinking and machine learning.

The rise of cloud-based applications is fundamentally changing how organizations develop and deploy software applications. But this change isn't just about changing app development; and has an impact on infrastructure. New technologies such as the installation of containers, Kubernetes, serverless computing and microservices are essential to the cloud environment. To support modern, cloud-based environments - and the emerging technologies that are part of it - organizations cannot rely on traditional end-to-end infrastructure.

 

Instead, they should use traditional cloud storage platforms. To avoid confusion, it is important to define what is meant by “traditional cloud”, as the term has been extended to include non-native cloud applications. The Cloud Native Computing Foundation (CNCF) describes indigenous applications as "terrifying applications in modern, dynamic environments, such as public, private, and hybrid clouds." In practice, this means applications that are widely distributed, that can be easily cracked, contained and managed using Kubernetes.

 

Traditional cloud storage systems need to be portable, awesome, and support common technology in traditional cloud settings. Put differently, these systems should be equipped to better manage data for stateful applications, while also addressing common data storage challenges in cloud-based environments, such as barriers to data management for applications based on Kubernetes.

 

To do this effectively, traditional cloud storage must be highly scaled up to the six areas of operation: distribution, performance, consistency, durability, usability and availability.

The difference

Diversity is a fundamental part of natural and spatial applications, so it makes sense that traditional cloud storage should also be easily depleted. Depletion of storage platform can be divided into four categories: customer distribution (the ability to increase the number of customers or users accessing the storage system), the ability to increase (the ability to increase storage capacity in a single storage system), over-distribution (ability to use more or process more data per second), and cluster scalability (the ability to increase the final collection by adding additional items). Traditional cloud storage should be at high risk on all four levels.

 

Performance

Performance is very important in indigenous cloud environments. The ultimate native cloud platforms should offer high quality performance that is also predictable and scary. This means that systems must be able to quickly complete a reading or writing task, perform a large amount of final work per second, and deliver high-speed data transfers that can be stored or restored in MB / s or GB / s.

Consistency

Consistency is also key to traditional cloud storage systems. Platforms can be defined as inconsistent if the learning activities quickly retrieve relevant data after it has been written, updated or deleted. If new data is readily available for clients to read after it has been changed, the system is highly compatible. However, if there is a lag until the readings retrieve the updated data, the system will eventually only be compatible. In this case, the learning delay can be considered as the target of the rescue site (RPO), as it represents a significant amount of data loss in the event of partial failure.

Strength

Traditional cloud storage requires durability and protection against data loss. Stability means more than just accessibility - long-lasting platforms ensure that data can be safely stored for extended periods of time. These programs should include multiple layers of data protection (including support for backup copies of multiple backup data) and multiple demolition rates (such as site demolition, regional demolition, demolition of public cloud depots and remote site demolition). And they should be able to detect data corruption and automatically restore or rebuild that data. The decline in media storage and failures is a common cause of data corruption.

 

In addition, certain storage media containing a traditional storage platform (e.g., SSDs, rotating disks and tapes) must be physically tolerant.

 

Usage

Indigenous Cloud applications are very portable and easily distributed in many places. To support this speed, it is important that storage systems can no longer be distributed or provided on demand. This requires a software-defined approach, which enables organizations to quickly grow their storage capacity without adding new operating features. Storage design using one namespace is fine here. As these systems connect all the nodes together in a global data network, they make it easy to add new nodes (with more power) on demand everywhere using existing infrastructure.

 

Availability

Lastly, traditional cloud storage should be widely available, providing immediate access to data in the event of a failure, no matter where that failure occurs (e.g., transfer system, storage location, controller, etc.). In order to be considered the most accessible, storage systems must be able to treat and retrieve any failed items, keep copies of unwanted data on a separate device and manage failover on unwanted devices.

 

The conclusion

Indigenous cloud applications are no longer only used in DevOps locations - they are now fully distributed to the full producer

Cloud Backup Provider Drive Launch Photos Drive - Unlimited Easy to use iOS / Android Photo Storage app

LOS ANGELES, June 1, 2021 / PRNewswire / - Drive Backup launches Drive & circledR; Photos - Unlimited, easy-to-use cloud storage for photos and videos stored on iOS / Android devices, available for just $ 9.95 / year of unlimited storage space.

 

As people carry their phones wherever they go, these devices are primarily available for loss, damage, or theft, so it is important to have a backup of all photos and videos so that those memories can be recovered in any situation.

 

IDrr photos cost $ 9.95 / year to get unlimited photo / video backup. Users can sign up directly from the Drive website and get a 90% first year discount for only 99 cents. Drive Photos offers a price advantage over competitors like Google Photos offering 100GB of storage for $ 1.99 per month or even iCloud with 50GB of their last $ 2.99 per month.

 

With Drive Photos, users will have the peace of mind that there will always be a variety of their photos and videos stored in the cloud in case they need to be discovered. Photos stored in their account can be accessed on any device.

Features include:

Unlimited Backup - save unlimited number of photos / videos from mobile and access them from anywhere by signing in to Drive Photos from any device

Restore from anywhere - download backed photos from any device. Users can select specific photos / videos to be restored or the entire gallery

Share photos online - easily try photos / videos with friends and family

Timeline view - photos are displayed in the latest date sequence first. Use the timeline to wrap to view the media from time to time

Automatic Upload - all new photos and videos stored on the device will be automatically backed up to the Drive photos account.

Favorites - create an album "Favorites" so you can easily access your favorite photos

To get started, users should simply download the Drive Photos app, create an account and sign in, and then allow access to all photos / videos on their device for unlimited automatic backup.

 

About DriveDrive Inc. is a privately owned company focused on cloud storage, cloud storage, file sharing, remote access, compliance and related technologies. Main services include IDrive & circledR ;, RemotePC ™ and IBackup. The company's services help more than four million customers to support more than 200 Petabytes of data.

Data for 100M Android users exposed to incorrect cloud storage sync

Details for more than 100 million users of the Android app have been revealed due to misunderstandings regarding third-party services.

 

Detailed on May 20 by researchers at Check Point Software Technologies Ltd., the disclosure relates to 23 popular applications that place personal data at risk using internal developer resources, such as access to upgrade methods and maintenance.

 

Potential violations primarily result in the use of a real-time database, an application that allows developers to store data in the cloud. Investigators have found that they can also access sensitive information, including email addresses, passwords, private conversations, device location, user identifiers and more, all because apps have not protected access between the app and the cloud database.

 

One example is an app called Astro Guru, which is described as a popular system for astrology, horoscope and palmistry with over 10 million downloads. Investigators were able to access personal information, including billing information, due to the secure way data was synced with real-time cloud-based data.

Researchers have noted that while cloud storage in mobile applications is a good solution for accessing files, it can have serious consequences if developers embed private and access keys on the same service in their applications.

 

"Some of the issues raised in the Check Point study are similar to those we talked about in the iPhone recording," Michael Isbitski, a technology analyst at the launch of Salt Security Inc., told SiliconANGLE. "Mobile application developers often use cloud-based data and data storage, such as the AWS S3, to store mobile customer content."

 

In some of the tested Android Check Point applications, he explained, developers were inserting backend storage connection keys directly into the mobile app code. "It's a bad habit to install hardcode keys and store static keys to access the app, this app, which they use to connect to the organization's back-up APIs and third-party APIs," he said.

 

Ray Kelly, senior security engineer at WhiteHat Security Inc. provider of cloud protection, note that developers often assume that cell phone backlogs are hidden from hackers, a practice known in the cyber security industry as "hidden security."

 

“It’s like hiding your house key under your door and thinking your house is safe,” Kelly said. "Ensuring that the mobile application is secure requires that the binary system, network layer, background storage and APIs are all properly tested for security risks that could lead to problems such as data leaks."

 

Picture: See Point As You Are Here…

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