Category Archives: Cloud Storage
Flashback: Android 4.4 KitKat optimized the OS for phones with just 512MB of RAM – GSMArena.com news – GSMArena.com
Remember when Google used to name Android releases after desserts? It would even put statues of said desserts in front of its office things were fun back then and more importantly, every new release carried major improvements.
Some were major milestones, the likes of Android 2.3 Gingerbread, the version that was so good that it refused to die. Android 4.4 KitKat introduced extensive upgrades as well, which are surprisingly relevant to this day, eight years after its 2013 release.
First, the name this was the first release to be named after a branded snack, all the others are generic desserts. This one was going to follow suit with the Key Lime Pie name, but last minute deal with Nestle gave us the name we know today. Despite this setback, pies will eventually be recognized for their importance on the table with the v9.0 release.
KitKat came after three releases of Jelly Bean, a version that focused on delivering a buttery-smooth UI. Aside from a few UI tweaks of its own, KitKats focus was on improving performance on devices with limited resources.
That was the goal of Project Svelte, which aimed to run Android on as little as 340 MB of RAM, though 512MB was more realistic. Looking back at some statistics, the average phone in 2013 had 1GB of RAM with 3GB being the most that you could buy. This means there were quite a few devices with sub-1 GB of RAM back then and there are such devices even today (okay, they are smartwatches, but the point stands).
Google developers created many tools to shrink RAM usage by the OS and apps. One such tool was zRAM, a compressed segment of RAM where unused data could be stored temporarily to free up room. This is different from the virtual RAM feature you see on current phones, that one leverages the fast internal storage to move data out of RAM. Of course, back in 2013 comparatively slow eMMC was the norm, especially on low-end devices, so such a scheme wouldnt have worked as well as zRAM.
Another major change was the preparation to replace Dalvik VM with the Android Runtime (ART). The Dalvik virtual machine was crucial for early Android as it allowed software to be hardware-agnostic ARM, x86 and even the rare MIPS CPUs were supported. Android 2.2 Froyo introduced Just-in-Time (JIT) compilation to speed up application performance, but after several years Dalvik was starting to show its age.
ART uses Ahead-of-Time compilation, basically compiling the app to the phone CPUs machine code as part of the app installation process. KitKat still used Dalvik by default, it wouldnt be until Lollipop that Android completed the switch over to ART. But ART is still used today and v4.4 laid the groundwork for that.
We may have undersold how much KitKat changed Androids UI as one minor change had a major impact v4.4 allowed users to choose a default launcher in the Settings screen. This was possible in earlier versions, but it was tedious. Now anyone could easily try out different launchers if they werent happy with what the manufacturer skin had to offer.
A few more UI tweaks included adopting a translucent look for certain UI components like the status bar and navigation bar. Immersive mode allowed apps to run in full screen, hiding those two bars completely, along with other OS interface elements. A new transitions framework allowed developers to create cool, smooth animations for their apps.
KitKat added native support for the IR blaster, before that manufacturers were using custom solutions, which were harder for app developers to support. Also, the NFC functionality gained support for host card emulation, allowing the phone to act as a smart card, which is used for mobile payments, loyalty cards, transit passes and so on.
Other new features include wireless printing (over Wi-Fi or online services like Google Cloud Print), the option to certify phones as Miracast compatible, improvements to connections with Bluetooth devices and more.
KitKat made phones more secure by switching SELinux (Security-Enhanced Linux) to enforcing mode, which prevented compromised apps from accessing parts of the system they had no business touching. v4.4 also changed how apps access the memory card and simplified the browsing of local and cloud-stored files.
There are many more tiny improvements that arrived with KitKat. For example, it changed the way how sensor data is tracked to reduce power usage. This also enabled the creation of the step counter feature, which was built into the OS instead of leaving it to apps to implement a power-hungry solution.
KitKats goal was to reach 1 million users. About a year after its release, v4.4 KitKat was already running on one third of Android devices and it wouldnt be until mid-2015 before KitKat caught up with Jelly Bean. It never hit 50% adoption as Lollipop was already out by that time and gobbling up market share. In late 2015 Android was running on 1.4 billion devices in total, so KitKat never got to power a billion devices.
But Android 4.4 KitKats legacy isnt about how many phones it ran on in its heyday. The RAM optimizations that made the OS bearable on low-end devices, the performance and security improvements, plus the new connectivity features it introduced are still relevant even in version 12.
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Flashback: Android 4.4 KitKat optimized the OS for phones with just 512MB of RAM - GSMArena.com news - GSMArena.com
How to Setup Your Own Personal Cloud Storage
For those folks who dont trust their data in the cloud, the best storage solution is usually local, meaning either an external hard drive or a computer. The advantage to this solution is that you dont have to pay any money to store your data (other than purchasing the drives) and you dont have to worry about someone else being able to get into your data (for the most part).
However, there are several disadvantages to storing everything locally on internal and external hard drives. Firstly, unless you have a good backup solution in place, you are more at risk of losing your data. Cloud storage companies have many redundant layers of backup to protect all your data.
Secondly, it can be really difficult and frustrating to access data stored on a single external hard drive from anywhere in the world on any device. Cloud storage services usually make this really easy by having desktop apps and mobile apps for accessing data.
If you want the advantages of cloud storage, but the security of having everything locally stored, you should consider setting up personal cloud storage. Again, youll get all the mobile and desktop apps and everything will be synced, but youll have the data stored locally on your own devices.
Again, youll have no monthly fees to worry about, but youll have a higher up-front cost. Personal cloud storage is also really good for anyone who has terabytes of data they need to store, but dont want to pay the hefty monthly costs associated with anything over 1 TB. For example, after the 1 TB plan on Google Drive, it skips to 10 TB and you have to spend $99 a month.
With OneDrive, you can only add more space after 1 TB in 50 GB increments. Each 50 GB increment costs $1.99. To get to 10 TB, youd have to pay a whopping $360 a month! With Dropbox, you can only get a max of 1 TB with a Pro account. If you want more than that, you need to become a business customer with at least 5 users.
So what do you need to buy in order to get your own cloud storage setup? Well, youre basically buying a network attached storage device or NAS. Note that a NAS device is slightly different than a network hard drive.
In my view, a network hard drive is a single hard drive inside a device that connects to the network and provides a web interface to control and access data. A NAS has multiple hard drives that can be configured in a RAID array, thereby providing in-built data protection.
I recommend staying away from single network hard drive solutions because its pretty much the same thing as using a regular external hard drive, except you get all the cloud features. However, if the drive fails, you lose all your data, which may or may not be duplicated somewhere else.
For example, if you consider the WD My Cloud Personal NAS, the single drive is really just a network hard drive. If you get the dual drive version, then it can be considered a NAS in my opinion.
As you can see, though, you can get 8 TB worth of storage for about $400, which is not bad at all. Of course, there is one caveat to consider. The reason I suggest a NAS device with two or more hard drives is for data protection. If you put your drives into a RAID array, one drive can fail and you wont lose any data.
All of the devices mentioned here support RAID on the NAS devices and its actually really easy to setup. The only issue is that you lose some available space. For example, if you take the 8 TB NAS above and use RAID 1, youll only have 4 TB of free space. If you use RAID 5, youll need at least 3 drives, but will get two-thirds of the total space of all three drives.
Considering you can get a dual drive 16 TB NAS for around $750, even being left with 8 TB is probably way more than enough for even creative professionals.
Beyond the personal cloud benefits and being able to sync your data across all your different devices, NAS devices provide a lot of other benefits. Not every device I mention below supports all of these features, except for Synolgy, so be sure to check the features on the device you are considering.
As you can see, the benefits of having a NAS are much more than just having your own personal cloud storage. You can do a lot with these devices, which makes the up-front cost more bearable.
So which NAS should you get? Well, when it comes to cloud storage, what you are really looking for is great software. All the major hard drive vendors have NAS devices with some sort of personal cloud option, but only a few work really well and have a suite of apps to manage the cloud data.
I personally have a WD My Cloud EX2 Ultra and a Synology DS 411+II and I find the Synology to be an absolutely amazing device. My Synology NAS is several years old, but can still be updated to the latest version of DSM (DiskStation Manager). The software running on the NAS is excellent and is almost like using Windows.
They have several mobile apps that work very well for managing the NAS, viewing your files, streaming photos and videos and for managing your personal cloud. What I like about Synology is that they are constantly updating their hardware and software so that it supports the latest technology. They also have a lot of different models with a wide price range.
If youre not sure which one would work for you, just use their NAS selectortool. If youre not a technical person, no worries. Adding hard drives to these devices is very simple and straight-forward. Also, a lot of times you can buy them with the drives already installed.
The other product I would recommend is WDs My Cloud and My Cloud EX series. Overall, these devices are great, but they lack the feature set and finesse of the Synology products. I found them to be a little harder to setup and I didnt like the selection of mobile apps.
Whereas Synology pretty much has a separate app for everything, WD only has two apps, which arent that great at what they are supposed to do anyway. However, if you dont care so much about all of these extra features, then the WD My Cloud products are still a good choice.
You can also check out the Expert Series, which is basically a more powerful NAS in addition to the cloud capabilities.
Seagate is one of the biggest manufacturers of hard drives in the world, so its no surprise that they have also gotten into the NAS business. I personally have not used their Personal Cloud Storage drives and I recommend doing your research before you buy anything.
The drive only has about 3.5 stars on Amazon, with most people seeming to complain about the software. Again, this is where Synology really shines and beats out everyone else.
There are obviously more choices for personal cloud storage, but these are your best choices on the market right now. If something new comes out or something better, Ill be sure to update this post with that information. If you have any questions, feel free to comment. Enjoy!
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How to Setup Your Own Personal Cloud Storage
Cloudian Partners with WEKA to Deliver High-Performance, Exabyte-Scalable Storage for AI, Machine Learning and Other Advanced Analytics – Yahoo…
Integration of Cloudian Object Storage and WekaFS Enables Rapid Processing of Analytical Workloads and Saves 1/3 in Costs Over Traditional Storage Systems
SAN MATEO, Calif., Jan. 20, 2022 (GLOBE NEWSWIRE) -- Cloudian today announced the integration of its HyperStore object storage with the WEKA Data Platform for AI, providing high-performance, exabyte-scalable private cloud storage for processing iterative analytical workloads. The combined solution unifies and simplifies the data pipeline for performance-intensive workloads and accelerated DataOps, all easily managed under a single namespace. In addition, the new solution reduces the storage TCO associated with data analytics by a third, compared to traditional storage systems.
Advanced Analytics Workloads Create Data Storage ChallengesOrganizations are consuming and creating more data than ever before, and many are applying AI, machine learning (ML) and other advanced analytics on these large data sets to make better decisions in real-time and unlock new revenue streams. These analytics workloads create and use massive data sets that pose significant storage challenges, most importantly the ability to manage the data growth and enable users to extract timely insights from that data. Traditional storage systems simply cant handle the processing needs or the scalability required for iterative analytics workloads and introduce bottlenecks to productivity and data-driven decision making.
Cloudian-WEKA Next Generation Storage PlatformTogether, Cloudian and WEKA enable organizations to overcome the challenges of accelerating and scaling their data pipelines while lowering data analytics storage costs. WEKAs data platform, built on WekaFS, addresses the storage challenges posed by todays enterprise AI workloads and other high-performance applications running on-premises, in the cloud or bursting between platforms. The joint solution offers the simplicity of NAS, the performance of SAN or DAS and the scale of object storage, along with accelerating every stage of the data pipeline from data ingestion to cleansing to modeled results.
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Integrated through WEKAs tiering function, Cloudians enterprise-grade, software-defined object storage provides the following key benefits:
High Performance Run concurrent workloads while eliminating compute cluster bottlenecks and reducing processing times.
Exabyte Scalability Grow deployments on demand, from terabytes to an exabyte without disruption, achieving the flexibility and elasticity of the public cloud within a private data center or hybrid cloud model.
Enterprise-grade Security Protect data with encryption in flight and at rest, integrated firewall, RBAC/IAM and SAML access controls, and certification with the most rigorous regulatory requirements, such as Common Criteria, FIPS and SEC Rule 17a-4(f).
Resiliency Achieve high data durability with the option to protect and distribute data using replication or erasure coding, thereby eliminating the need for a separate data backup process.
Multi-tenancy Provision multiple users on shared infrastructure without compromising security.
Cost-effective Save on storage costs, as the solution runs on standard x86 hardware with local NVMe SSDs.
As organizations increasingly employ AI, ML and other advanced analytics to extract greater value from their data, they need a modern storage platform that enables fast, easy data processing and management, said Jonathan Martin, president, WEKA. The combination of the WEKA Data Platform and Cloudian object storage provides an ideal solution that can seamlessly and cost-effectively scale to meet growing demands.
When it comes to supporting advanced analytics applications, users shouldnt have to make tradeoffs between storage performance and capacity, said Jon Toor, chief marketing officer, Cloudian. By eliminating any need to compromise, the integration of our HyperStore software with the WEKA Data Platform gives customers a storage foundation that enables them to fully leverage these applications so they can gain new insights from their data and drive greater business and operational success.
The new solution is available today. For more information, visit cloudian.com/weka/.
About CloudianCloudian is the most widely deployed independent provider of object storage. With a native S3 API, it brings the scalability and flexibility of public cloud storage into the data center while providing ransomware protection and reducing TCO by up to 70% compared to traditional SAN/NAS and public cloud. The geo-distributed architecture enables users to manage and protect object and file data across siteson-premises and in the cloudfrom a single platform. Available as software or appliances, Cloudian supports conventional and containerized applications. More at cloudian.com.
U.S. Media ContactJordan Tewell 10Fold Communicationscloudian@10fold.com+1 415-666-6066
EMEA Media Contact Jacob GreenwoodRed Lorry Yellow Lorrycloudian@rlyl.com+44 (0) 20 7403 8878
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Cloudian Partners with WEKA to Deliver High-Performance, Exabyte-Scalable Storage for AI, Machine Learning and Other Advanced Analytics - Yahoo...
Microsoft OneDrive has pinched one of the best Google Drive features – TechRadar
Microsoft is launching an update for cloud storage service OneDrive that will help users more easily control who has access to their files.
As per a new entry in the companys product roadmap, Microsoft OneDrive users will soon benefit from the ability to specify access permissions before copying a sharing link for a file.
We are updating the copy link command to give customers the ability to change their link type and permissions prior to generating a new link and pasting it into the app of their choice, explained Microsoft.
The feature is currently in the process of rolling out, but should take effect for all OneDrive users by the end of the month.
The new OneDrive feature bears a striking resemblance to functionality already available with rival service Google Drive, which has long offered the ability to tweak access permissions before copying a link.
Over the years, the two services have gone head-to-head, but the latest data suggests Googles platform currently holds the advantage.
According to an exclusive TechRadar Pro poll carried out recently by OnePulse, Google Drive is by far the most popular cloud storage provider, used by 44.1% of respondents. Microsofts service, meanwhile, manages only third in the rankings with an 11.2% share, lagging behind both Google Drive and iCloud.
The survey also highlighted how difficult it is to encourage people to switch provider once they have become embedded in a companys ecosystem. The vast majority of respondents (83.7%) said they have been using the same cloud storage service for at least a year, while a third have been loyal to their provider for five years or more.
Although this latest upgrade is unlikely to swing the balance, Microsoft will nonetheless hope that a consistent flow of enhancements will help improve its position in the market.
In addition to the new file sharing facility, the company has rolled out a number of updates in recent months. In the latter quarter of 2021, for example, OneDrive received a simple suite of photo editing features, a pinning feature for the Quick Access menu, a new sync app for Apple M1 Macs and more.
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Microsoft OneDrive has pinched one of the best Google Drive features - TechRadar
Archive360 report: IT migration to the Cloud is hitting big obstacles – ZDNet
Photo: Tom Foremski
Moving legacy IT to the cloud is a top objective for most organizations, but there are significant barriers in terms of data regulations, security and uncertain cloud costs -- according to a study released by Archive360.
The future of legacy application data and the cloud -- report found that only 35% of organizations store more than 50% of their legacy app data on cloud services. Yet more than 80% say their priority is to move their data within 12 months or sooner.
Those plans, however, are made uncertain by three major issues: 60% said data compliance was a big concern with changing data regulations in California and in Europe; security is a huge concern for 55%, especially with the rise in ransomware and the large fines if hackers gain access to data, and about 50% said they had uncertainty over budgets for cloud-based IT plus there is a significant lack of IT talent in this area.
These factors will delay IT migration, but Archive360 says there will be benefits in retiring legacy data with a central management solution, which simplifies satisfying regulatory and security obligations.
Many organizations have been motivated to move their legacy IT to the cloud by increasing cyberattacks. But it's not that easy to outsource a critical function. Over 90% reported that their cloud service providers are unable to meet their security requirements.
About one-quarter of respondents said they had already been a cyberattack victim at a cloud service, and ten% said they didn't know their exposure.
Two hundred senior executives were surveyed across a range of geographies, company sizes and industries.
The full report can be seen here.
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Archive360 report: IT migration to the Cloud is hitting big obstacles - ZDNet
Cloud Adoption Widens the Cybersecurity Skills Gap – DARKReading
Managing security for cloud-based software-as-a-service (SaaS) applications or for your own applications in the cloud is placing different, more complex demands on cybersecurity teams. While cybersecurity skills remain in short supply, the availability of people with both cloud and on-premises security skills is even more constrained, particularly for small to midsize organizations.
With the rise of popular SaaS applications like Microsoft 365, Google Workspace, Salesforce, Slack, Box, and Zoom, your IT team needs to understand what security components you are responsible for with each SaaS provider you use. The same holds true for enterprise resource planning, HR, and other applications when you move them to cloud infrastructure provided by Amazon Web Services, Microsoft Azure, and Google Cloud Platform.
Why is this important? Because any cloud environment, SaaS or otherwise, becomes part of your total attack surface, and misconfiguration of cloud resources remains a leading cause of data leakage.
Introducing Shared ResponsibilityCloud providers, both SaaS and infrastructure providers, have made very clear what they are responsible for in the way of security. According to the Center for Internet Security, a SaaS provider is solely responsible for physical security, host infrastructure security, and network controls. However, for application-level controls, identity and access management, and endpoint protection, the provider and the customer share security responsibility. That's where the confusion and the need for cloud security expertise comes into play.
Consider, for example, securing Microsoft 365 SaaS applications, which are mission critical. Microsofthas published where its responsibilities lie. It falls to you, the customer, to configure user and device access; monitor user, application, and data behavior; and respond to incidents. This includes the actions of partners that access your data or apps in the public cloud.
Plus, whether in the cloud or on-premises, your email users remain a leading source of risk from human error. From their PCs, laptops, and mobile devices, they can still click on a malicious link or open an attachment and introduce malware to that endpoint.
This is where we are seeing a shift in what happens next. Once hackers penetrate the endpoint, they are no longer content to pivot sideways on the network to penetrate on-premises resources. Instead, they move through the endpoint to the cloud to access your data, which is often lower-hanging fruit.
Securing Workloads in the CloudCOVID-19 has accelerated the migration of traditionally on-premises applications and workloads to cloud infrastructure-as-a-service (IaaS), where the configuration of cloud resources such as storage and databases can be even more complex.
One of our healthcare customers, for example, was primarily operating on-premises at its own HIPAA-compliant data center. Due to COVID-19, the company had to quickly migrate its practitioner workplace environment from PCs and laptops to tablets that could be used for at-home patient care. This also meant moving data to the cloud to make it accessible from anywhere. It quickly found that configuring cloud infrastructure and storage required skills it did not have in-house, creating a potential cybersecurity and compliance gap.
What's different in the shared responsibility model in this example? For companies using IaaS to run applications on cloud servers and place data into cloud storage, the cloud provider is wholly responsible only for physical host, network, and data center security. Everything else is your responsibility. That includes application-level controls, identity and access management, client and endpoint protection, and data classification and accountability. Responsibilities for platform-as-a-service (PaaS) offerings such as Windows Azure fall in between IaaS and SaaS.
Options for Acquiring Cloud Security Skills The primary takeaway is that whether you are using Microsoft 365, running your Windows applications on Windows Azure, replicating enterprise data to a cloud data lake, or running custom enterprise applications on bare metal servers, you are responsible for the security of your data. What's more, any security breaches in the cloud can put your remaining on-premises resources at risk.
While cloud offerings are not new, expertise on cloud computing and specifically cloud security is hard to come by. Industry reports indicate that demand for cloud security skills is second only to demand for application security expertise. Businesses of all sizes, including small and midsize organizations, cannot afford to neglect cloud security when moving workloads and data away from on-premises resources.
Even though cloud security skills are in short supply, companies can grow their own skills through training existing in-house staff. Alternately, they face hiring cloud experts in today's highly competitive salary and recruitment environment. By offering remote work arrangements, companies can extend their reach and hire from anywhere, making it easier to acquire the skilled workers they need.
Whatever your approach, evaluate your cloud security posture and cloud cybersecurity skills gap. Your data security depends on it.
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Cloud Adoption Widens the Cybersecurity Skills Gap - DARKReading
Cloud-native security architecture principles and controls – TechTarget
The past few years have found security teams struggling to define a sound cloud security architecture.
Simply put, a cloud security architecture is a security strategy that defines how an organization secures and protects data and applications in the cloud. The emergence of multi-cloud made things more difficult. Now, with cloud-native becoming increasingly popular, the task is further complicated.
There are a few core principles organizations should keep in mind and include when building a cloud-native security architecture:
By putting the aforementioned principles into action, security teams can design a strong cloud-native security architecture that encompasses the following critical control areas:
It's impossible to describe an all-encompassing cloud-native security architecture in a short article, but these are the primary areas all teams should focus on.
To codify and maintain these controls, examine a tool such as the open source Terraform. It offers a way to implement a centralized and cloud-agnostic infrastructure as code (IaC) foundation. Security and cloud engineering teams should collaborate to first define security and control standards and then implement guardrails, IaC controls, and other mechanisms and monitor them continuously.
This was last published in January 2022
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Cloud-native security architecture principles and controls - TechTarget
Get 80% Off Premium Web Hosting With Unlimited Storage and Bandwidth – PCMag.com
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Google’s Gsuite is no longer free here are the best alternatives – The Next Web
Google has done it again. After killing free unlimited storage onGoogle Photos last year,it has announced that GSuite will become a paid-only feature.
As9to5Google reported, all free GSuite users will be automatically upgraded to a premium plan from May 1. If the company doesnt have your payment details, you need to update your account by July 1 or face a shutdown. You can learn more about this on this support page.
Gsuites free offering was godsend for bloggers or small-time website owners who could just own a domain name, and use email (and other services) for no cost.
Now that dream is ending, what are your options? Well, weve rounded them up for you.
The Seattle-based tech giant can offer you a slightly cheaper solution at $5 a month. This will get you access to a 50GB inbox with an option to use your own domain name for it. Plus, youll get web and mobile versions of Office apps, and 1TB OneDrive storage.
If youre looking for something free, Zohos email service is the closest you can get. It offers email hosting for a single domain for no cost, but comes with 5GB/user and 25MB attachment limits.
This US-based company offers email hosting for custom domains for a starting price of $2.99 per month. However, for $3.99 per month, you can get 30GB of storage and ActiveSync across all the apps.
You can check out the plans here.
Unsurprisingly, people are mad. But its probably not for the reason you think. The issue thats cropping up most isnt about cost, rather the fact Google is providing no way to migrate GSuite users to a personal Gmail account. Here are a selection of tweets about the issue:
If had my primary emails life hanging by a thread, Id react in the same way.
Hopefully, Google listens to users and bashes out a solution before July 1. But given its track record, I am not optimistic.
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Google's Gsuite is no longer free here are the best alternatives - The Next Web
Research Report on Cloud Storage Market Size 2022-2027 Industry Share and Demand Analysis of Key Players LSMedia – LSMedia
Exclusive Report on Global Cloud Storage Market by In4Research provides key breakdowns of the Industry with Market insights about drivers and restrictions. The report highlights all aspects of Cloud Storage by factual investigation for the market scape. While setting up this expert and top to bottom statistical surveying report, client necessity has been kept in the center. The report covers a few overwhelming elements encompassing the worldwide Cloud Storage market, for example, worldwide appropriation channels, makers, market size, and other logical components that include the whole scene of the Market. The examination archive intends to direct peruses in experiencing the impediments that are featured after a concentrated investigation.
Primary and secondary research methodologies have been used by researchers to analyze the data effectively. It throws light on industry key factors such as, global clients, potential customers, and sellers, which helps in boosting the performance of the companies.
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Market Segmentations
By Type
By Applications
The revenue share coupled with insightful forecasts for the major segments and the other significant sub-segments has been detailed via this report. The trends affecting the Industry in emerging regional sectors have additionally been explained in this study. The current findings and recommendations the analysts suggest for the future growth of the Cloud Storage market have also been evaluated in this report.
The report covers the prominent players in the Cloud Storage market with detailed SWOT analysis, financial overview, and key developments of the products/services from the past three years.
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Prominent players of Cloud Storage Market are
Moreover, the report also offers a 360 outlook of the market through the competitive landscape of the global industry player and helps the companies to garner Cloud Storage Market revenue by understanding the strategic growth approaches.
The Cloud Storage Market Report Covers Major Players:
Cloud Storage Market Regional and Country-wise Analysis:
Our analysts monitoring the situation across the globe explains that the Cloud Storage market will generate remunerative prospects for producers post the COVID-19 crisis. The report aims to provide an additional illustration of the latest scenario, economic slowdown, and COVID-19 impact on the overall industry.
Table of Content:
Chapter 1: Report Overview
Chapter 2: Global Market Growth Trends up-to 2026
Chapter 3: Value Chain of Cloud Storage Market
Chapter 4: Players Profiles
Chapter 5: Global Cloud Storage Market Analysis by Regions
Chapter 6: Global Cloud Storage Market Segment by Types
Chapter 7: Global Cloud Storage Market Segment by Applications
Chapter 8: List of Tables and Figures (2020-2026)
Chapter 9: Appendix.
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Research Report on Cloud Storage Market Size 2022-2027 Industry Share and Demand Analysis of Key Players LSMedia - LSMedia