Building a sensible backup and recovery strategy should be a top priority for organizations in todays challenging security landscape. At the same time, they face significantly higher data storage costs and even costly overage fees.

Many organizations admit that theyre unsure of exactly where their cloud costs are going, so leaders should keep a close eye on data environments to avoid sprawl and risk of breach. Here are three ways your organization can mitigate data volume and costs by proactively applying more robust data governance and information lifecycle principles.

As the cost of storing cloud data continues to skyrocket, its crucial to take concrete steps toward shrinking your organizations data footprint and removing idle data that could be incurring unnecessary costs.

[ Also readCIO role: 6 ways to do more with less. ]

For example, collaboration workspaces associated with short-term projects and initiatives and the content contained within may remain in your organizations cloud environment long after these projects have wrapped. Make it a habit to regularly declutter your data environment and routinely remove any redundant, obsolete, and trivial information.

As the adoption of collaboration tools increases, IT teams must ensure that these workspaces include proper security and governance. Without these policies, workspaces can multiply, leading to data sprawl and increased storage costs. Excess workspaces can create clutter and confusion, making it difficult for users to navigate your cloud environment and locate the information they need.

To ensure the integrity of your collaboration workspaces, consider giving only authorized users the ability to create workspaces to avoid redundancy. With collaboration tools, take a measured approach to the native self-service capabilities that enable users to create new collaboration spaces.

While users should be able to get the tools they need to be productive, managed self-service processes with guidance and appropriate controls can improve the employee experience and avoid clogging up your network with unessential data.

Additionally, policies that prompt data owners to routinely assess the relevance and even archive workspace data when appropriate help safeguard sensitive information and keep it well-organized and secure.

Retaining data from inactive or expired employee accounts can take up a surprising amount of cloud storage. When an employee leaves your organization, its essential to properly back up all their emails, files, and recordings to not only streamline data management but reduce the risk of breach down the line.

IT needs to put the right tools in place to back up and store this data while giving administrators the ability to easily locate, restore, and send information directly to a current employee when needed. Cloud backup tools can help streamline how this data is archived and managed while avoiding the cost of one-time retrieval fees or having to pay a ransom in the case of a data breach.

In the midst of growing storage costs and evolving cyber threats, organizations must maintain a vigilant approach to managing data environments. To avoid snowballing cloud costs and protect sensitive data, adopting stricter governance and lifecycle management practices will be key in 2023 and beyond.

[ Build application environments for reliability, productivity, and change. Download the eBook,Cloud-native meets hybrid cloud: A strategy guide. ]

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3 ways to save on cloud costs in 2023 - The Enterprisers Project

New York, March 22, 2023 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Global Cloud Data Security Market Size, Share & Industry Trends Analysis Report By Offering, By Offering Type, By Organization Size, By Vertical, By Regional Outlook and Forecast, 2022 - 2028" - https://www.reportlinker.com/p06435167/?utm_source=GNW A solid cloud data security plan must include assuring the security and confidentiality of data across networks and within apps, containers, workloads, and other cloud environments, regulating access to data for all users, devices, and software, and offering total visibility into all network data.

The protection and security policy for cloud data must also safeguard all forms of data. This consists of using the user access control and authentication to protect data utilized by an application or endpoint. Using encryption and other email and message security measures to ensure the secure transmission of sensitive, confidential, or proprietary data as it travels across a network. Protecting data on any network location, including the cloud, using access controls and user authentication.

To protect their data, enterprises must develop a comprehensive cybersecurity strategy that tackles cloud-specific data threats. Some of the key components of a robust cloud data security strategy are the utilization of sophisticated encryption techniques. Encryption is an excellent method for safeguarding data. Before entering the cloud, cloud encryption converts data from plain text to an unreadable format. It is advised that data should be encrypted during both transmission and storage. Cloud service providers offer varied out-of-the-box encryption features for data saved in object and block storage systems. HTTPS/TLS connections should be used to connect to cloud storage providers to maintain data security in transit.

COVID-19 Impact Analysis

The outbreak of COVID-19 is anticipated to result in a substantial expansion of this market. This is due to the significant acceleration in cloud data security solutions deployment, which is supported by the rise in cloud-based solution adoption. The SaaS model is anticipated to alter the operating model of the firm. As a result of the impact of COVID-19 on corporate operations, the use of containers is projected to rise, driving demand for robust security solutions. The increasing demand for a hybrid cloud can be ascribed to the clouds scalability and seamless customer experience. In addition, serverless computing is likely to drive market expansion.

Market Growth Factors

Rising cloud adoption by SMES

SMEs have been increasingly receptive to adopting cloud-based security solutions, and cloud-based security service providers can capitalize on this trend by offering organizations customized security services. As SMEs change their focus to cloud-based solutions, cloud-based data protection solutions and service providers are anticipated to encounter substantial growth prospects, such as protecting SMEs data from security breaches and vulnerabilities. Hence with the broader adoption of cloud data security by SMEs due to the increasing cyber-attacks, the markets growth is expected to surge.

Increasing risk of cyber-attacks

Businesses encourage employees to bring their own devices to work, reducing system investments. BYOD permits employees to work from any location. Since the devices are connected to the companys network, they can access the information. Additionally, the expanding BYOD policy has led businesses to provide cloud. In logistics, for instance, the employer shares data with various vendors. This element increases the likelihood of data breaches, making cloud data security even more crucial, as many businesses prefer cloud-based systems. Increased enterprise adoption of bring-your-own-device (BYOD) policies and the technological advancements will increase the chances of cyber-attacks, boosting the expansion of the cloud data security market over the forecast period.

Market Restraining Factors

Low trust and awareness regarding cloud-based systems

Large and small businesses are getting cautious about shifting their operations to the cloud because they do not fully trust Cloud Service Providers (CSPs). This lack of trust results from unclear Service Level Agreements (SLAs) and security or privacy policies, conventional terms and conditions, the immaturity of cloud services, data breaches, and numerous other difficulties. This makes the infrastructure of a cloud service provider very susceptible to frequent and complicated assaults, which can discourage businesses from entrusting their sensitive data to these service providers.

Offering Outlook

Based on offering, the cloud data security market is segmented into solution and services. The solution segment dominated the cloud data security market with maximum revenue share in 2021. This is due to the increased demand for cloud security solutions as more enterprises are adopted these solutions to facilitate remote work. They provide enhanced flexibility, security, data integration, and scalability. A solid cloud security solution safeguards the entire data lifecycle, from creation to disposal.

Offering Type Outlook

By offering type, the cloud data security market is classified into fully managed and co-managed. The fully managed segment procured a significant revenue share in the cloud data security market in 2021. This is because it provides all AI Cloud capabilities in a fully managed cloud environment that includes infrastructure provisioning, scalability, and software updates. They employ a multilayered approach to cyber security that provides numerous independent lines of defense against cyber threats. Also, fully managed services allow clients to focus on AI creation, expansion, and innovation. These features of the fully managed type are anticipated to boost the segments expansion.

Organization Size Outlook

Based on the organization size, the cloud data security market is bifurcated into large enterprises and SMEs. The large enterprises segment witnessed the largest revenue share in the cloud data security market in 2021. This is because large businesses are expanding their infrastructure to suit the requirements and new demands of their remote workforce. Businesses must provide infrastructure support for their services and products. Cybersecurity is crucial because it protects persons and companies from cyber threats. In addition, cybersecurity can aid in preventing data breaches, identity theft, and other cybercrimes.

Vertical Outlook

On the basis of vertical, the cloud data security market is classified into BFSI, retail & ecommerce, government & defense, healthcare & life sciences, IT & telecom, manufacturing and others. The IT & telecom segment recorded a prominent revenue share in the cloud data security market in 2021. This is because IT firms are progressively prioritizing the usage of cloud data security services and solutions as BYOD and telecommuting become more prevalent. Also, object storage breaches, unauthorized traffic to a virtual server instance, unauthorized access to database services, IAM rights, user logins, and unauthorized API requests are on the rise due to cloud misconfiguration.

Regional Outlook

Region-wise, the cloud data security market is analyzed across North America, Europe, Asia Pacific, and LAMEA. The North America region led the cloud data security market by generating the maximum revenue share in 2021. This is due to the presence of a significant number of providers, resulting in the high adoption of cloud data security solutions in the region. Increasing security breaches, expanding adoption of cloud technology by businesses, and rising migration to the cloud are driving growth in this areas cloud data security market. In addition, the expansion of cloud data security solutions in the region results from the rise of digitization, growing security concerns, and the desire to protect assets.

The major strategy followed by the market participants is Acquisition. Based on the Analysis presented in the Cardinal matrix; Microsoft Corporation and Google LLC are the forerunners in the Cloud Data Security Market. Companies such as Cisco Systems, Inc., McAfee Corp. and IBM Corporation are some of the key innovators in Cloud Data Security Market.

The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Amazon Web Services, Inc. (Amazon.com, Inc.), Google LLC (Alphabet, Inc.), Cisco Systems, Inc., McAfee Corp., Microsoft Corporation, Palo Alto Networks, Inc., Zscaler, Inc., Fortinet, Inc., Check Point Software Technologies Ltd., and IBM Corporation.

Recent Strategies deployed in Cloud Data Security Market

Partnerships, Collaborations & Agreements

Jul-2022: Fortinet launched FortiCNP. This is an integrated security platform which is developed to simplify the process of cloud adoption for the company. Moreover, this would deliver more cloud-native protections to Fortinet.

Nov-2021: Palo Alto Networks unveiled Cloud Access Security Broker (CASB), the latest offering in its cloud security. The companys next-generation CASB would tap on machine learning to strengthen the security of software-as-a-service (SaaS) and collaboration apps. Moreover, the launch aimed to offer capabilities like enhanced data loss protection for sensitive data and automatic discovery of applications by leveraging Machine learning and Artificial Intelligence.

Mar-2021: Cisco unveiled the latest and expanded offering of Secure Access Service Edge (SASE). Through this launch, the company aimed to integrate its SASE capabilities into a single subscription service as well as offer flawless and secure access to any application across any cloud, network, or anywhere users work.

Mar-2021: IBM introduced IBM Cloud Satellite. The product would enable its enterprise clients to release constant cloud services anywhere and, in any environment, - across any cloud, at the edge, or on-premises. This would offer clients across multiple industries consisting of government, retail and financial services.

Mar-2021: McAfee unveiled McAfee MVISION Cloud-Native Application Protection Platform (CNAPP), the latest security service that ensures the safety of cloud-native applications. Through this launch, the company aimed to offer continuous data safety, governance, threat elimination, and compliance across the cloud-native application development lifecycle for OS-based workloads and containers.

Feb-2020: Cisco released Cisco SecureX, the most integrated cloud-native security platform in the industry. Through this launch, the company offers a full suite user experience over the breadth of the companys combined security portfolio and customers existing security infrastructure. Moreover, the launch aimed to automate workflows, determine hidden threats, and unify visibility to expand customers security across endpoint, network, applications, and cloud.

Product Launches and Product Expansions

Dec-2022: Amazon Web Services announced a collaboration with Visteon, a technology company serving the mobility industry. Through this collaboration, Visteons AllGo connected services supported by AWS are expected to offer value to a constituent in every vertical of the automotive industry consisting of manufacturers, vehicle app consumers, and developers. Additionally, this collaboration uses various AWS technology solutions across compute, storage, and IoT categories and a secure fast cloud environment to manage crucially connected vehicle activities and build the cars digital ecosystem.

Jul-2022: Fortinet partnered with Alkira, a company providing cloud networking solutions. This partnership would help in the automation of configuration and deploy firewall services to protect both outbound and inbound traffic from the cloud service providers.

Jun-2022: AWS signed an agreement with Redington India, an information technology (IT) provider. This agreement would focus on driving cloud technology adoption in India. This agreement would help fuel the adoption of AWS Cloud by SMBs, and ISVs, as well as strengthen the focus on the public sector cloud adoption across education, and central & state governments.

May-2022: Amazon Web Services, Inc. teamed up with STMicroelectronics, a global company engaged in the development and creation of semiconductor technologies. In this Collaboration, both companies would securely connect Internet of Things devices to the AWS cloud.

May-2022: Google Cloud extended its existing partnership with SAP SE, a German multinational software company. Through this expansion, the companies would introduce new integrations between Google Workspace and SAPs flagship cloud ERP, SAP S/4HANA Cloud. These integrations would enable consumers to connect core SAP software designed for running all mission-critical processes in the cloud with the collaborative capabilities of Google Docs & Google Sheets to innovate how work gets done across the enterprise.

Mar-2022: Cisco collaborated with Mobily, a Saudi telecom operator. Together both companies would create an IoT cloud platform in Saudi Arabia. The latest cloud platform allows fully automated management for IoT devices supported by Ciscos IoT solution with machine learning and AI capabilities.

Feb-2022: Microsoft entered into an agreement with L&T, an Indian multinational conglomerate company. The agreement focused on developing a regulated sector-focused cloud offering, which would offer consumers the best-of-breed cloud computing & infrastructure services.

Dec-2020: Google Cloud entered into a partnership with Deutsche Bank, a German multinational investment bank and financial services company. This partnership aimed to accelerate the banks transition to the cloud and co-innovate new products and services. This partnership would reshape how products and services are designed and delivered to Deutsche Banks clients.

Sep-2020: Microsoft teamed up with AT&T, a telecommunication holding company. Through this collaboration, companies would aim to provide an integrated IoT solution to allow companies to smoothly connect machines to the cloud with highly protected network connectivity.

Mar-2020: IBM announced a partnership with Infosys, a next-generation consulting and digital service. This partnership is aimed to help companies boost their digital transformation journey through IBM public cloud.

Acquisition and Mergers

Sep-2022: Zscaler took over ShiftRight, a company providing cybersecurity solutions. This acquisition would increase the value of the companys platform by easing the security and IT operations with the help of security workflow automation. Additionally, this would assist customers by providing actual-time visibility for the security posture.

Feb-2022: IBM took over Neudesic, a US-based cloud services consultancy. This acquisition aimed to substantially expand IBMs portfolio of hybrid multi-cloud services and improve the companys hybrid cloud and AI strategy.

Jan-2022: Google Cloud completed the acquisition of Siemplify, an offeror of automation, security orchestration, and response (SOAR) technologies. The acquisition aimed to enable companies to prioritize and enhance the incident response efforts.

Nov-2021: IBM completed the acquisition of SXiQ, an Australia-based digital transformation services company specialized in cloud cybersecurity, cloud applications, and cloud platforms. Following the acquisition, the company aimed to strengthen its hybrid cloud and AI strategy for supporting enterprises to modernize and transform difficult applications on multiple clouds and platforms. Moreover, the acquisition focused on enhancing the companys consulting abilities in New Zealand and Australia for advancing the applications and technology infrastructure in the cloud.

Jul-2021: Microsoft took over CloudKnox Security, a startup in identity and access management (IAM). Through this acquisition, the company aimed to boost its comprehensive approach to cloud security.

May-2021: Zscaler completed the acquisition of Smokescreen Technologies, a company providing network security solutions. This acquisition would increase the companys ability in identifying ransomware, lateral movement attempts and other targeted attacks. Additionally, this would deliver threat intelligence and telemetry to Zscaler and help the team to detect emerging techniques and tactics.

Mar-2021: Palo Alto Networks took over Bridgecrew, a developer of the first cloud security. Through this acquisition, the company aimed to allow Prisma Cloud to offer developers security assessment as well as enforcement capabilities across the DevOps process.

Jan-2021: Cisco Systems, Inc. acquired Banzai Cloud, a Hungary-based company with expertise in deploying cloud-native applications securely, at scale, and in production. This acquisition would allow Cisco to broaden its abilities and expertise in end-to-end cloud-native application runtime, security workflows, development, and development.

Jun-2020: IBM completed the acquisition of Spanugo, a developer of cloud cybersecurity posture management solutions based in the U.S. Through this acquisition, the company aimed to make its capabilities unique in security and compliance for the enterprise clients. Moreover, the company focuses to offer its clients evidence of their ongoing compliance, in real-time by integrating Spanugos technology into the companys financial services public cloud.

Geographical Expansions

Jul-2021: Google Cloud expanded its geographical footprints in Delhi NCR by launching a new cloud region. Through this expansion, the company aimed to further serve consumers and the public sector in India and across Asia-Pacific.

Scope of the Study

Market Segments covered in the Report:

By Offering

Solution

Services

By Offering Type

Co-Managed

Fully Managed

By Organization Size

Large Enterprises

SMEs

By Vertical

BFSI

IT & Telecom

Government & Defense

Manufacturing

Healthcare & Lifesciences

Retail & eCommerce

Others

By Geography

North America

o US

o Canada

o Mexico

o Rest of North America

Europe

o Germany

o UK

o France

o Russia

o Spain

o Italy

o Rest of Europe

Asia Pacific

o China

o Japan

o India

o South Korea

o Singapore

o Malaysia

o Rest of Asia Pacific

LAMEA

o Brazil

o Argentina

Continued here:
The Global Cloud Data Security Market size is expected to reach ... - GlobeNewswire

This year, data generation will exceed 100 zettabytes, and there's no end in sight. Enterprises are faced with balancing storage and management costs with the risk of potential data loss.

But companies may be tempted to keep more data than they need. Storage prices have fallen, and newer technologies like AI promise better and faster data insights.

Still, retaining every bit and byte can open up liabilities that outweigh potential value, according to Vincent Berk, chief revenue and strategy officer at cybersecurity firm Quantum Xchange and former computer science faculty member at Dartmouth College.

"There is an enormous amount of data being stored because of the unproven premise that one day value can be extracted from it," he said.

Berk warned that sweeping data retention policies can become costly. As companies generate and store more data, the risks associated with data loss, leaks and breaches go up. While determining what a company should keep and what should go involves departments outside of IT, storage admins should look beyond being inventory keepers to also being bookkeepers helping set standards.

Companies shouldn't focus on storing too much or too little but storing what is valuable and what is useful, according to Marc Staimer, president of Dragon Slayer Consulting, an analyst firm in Beaverton, Ore. The problem for companies is determining the value of data -- especially its future value, he said.

"You don't know what might be valuable," Staimer said. "But if you have everything, you're covered."

Companies can take a few steps when determining vale, according to Christophe Bertrand, an analyst at TechTarget's Enterprise Strategy Group. First they need to consider the data and its use from a compliance and governance perspective. Then they should consider its value from a business perspective. After that, companies can weigh the cost of storing data and decide whether to keep it.

"It is not a matter of storing less or storing more but storing smart," Bertrand said.

Storage vendors have created techniques to do just that through data compression and deduplication --techniques that strive to use current storage hardware more efficiently. Data compression changes the structure of data to reduce the size of its storage footprint. Data deduplication removes redundant copies of data. These data reduction techniques have been around for a while but continue to see refinement, Bertrand said.

Vast Data, for example, added similarity-based data reduction to Vast CLI in recent years to reduce similar data blocks.

The larger question for companies is still determining exactly what they are storing and why.

"How do you manage something you don't understand or can't measure?" he asked.

As data continues to grow, there will be an increased focus on data storage management and classification, Bertrand said.

This is where companies like Hammerspace, which was founded in 2018, or a product like Spectra Logic's Spectra Vail, which launched in 2021, come into play. Both products strive to unify data stored in distributed environments.

Hammerspace and Spectra Logic provide similar functionality. Hammerspace offers an abstraction layer across storage vendor products through its Global Data Environment. Spectra Vail provides software to create a single global namespace across on-premises and cloud native storage offerings.

Data storage management vendors like Hammerspace and its competitor Komprise offer companies better visibility into what data they're storing. But they may not help companies make decisions about how to overcome data hoarding tendencies.

There is an enormous amount of data being stored because of the unproven premise that one day value can be extracted from it. Vincent BerkChief strategy officer, Quantum Xchange

Given that storage prices have come down over the last decade, companies may want to hang onto as much data as possible for some perceived future worth, according to Jared Endicott, an analyst at Launch Consulting Group, an IT consulting firm headquartered in Bellevue, Wash.

"Roughly 80% of the data stored today is unstructured: text, emails, correspondences and so on," Endicott said. "That is the kind of data folks anticipate being useful for machine learning and AI purposes."

Even if that is the case, companies need to have a roadmap, be conscious of what is being stored, create policies to only save valuable or necessary data or data that fits the roadmap anticipations, he added.

David Feller, vice president of product management at Spectra Logic, said data hoarding is on the cusp of getting worse. By his accounting, companies are saving only about a fourth of the data they generate. But as AI advances and eventually eases data management and data governance problems, companies will keep more data than before.

"The value of AI is going to be in analyzing and putting metadata constructs on top of the data so that that it becomes valuable," he said. Companies will eventually benefit from data hoarding tendencies, he said, "because it's really hard to recreate it."

If companies are going to store more data, they will also need policies for managing and deleting it when it is no longer useful, Berk said.

Storage administrators should play a part in building out those policies. While they are primarily concerned with ensuring data is available to the business, storage admins interact with the data. That means they could bear some responsibility for a data leak. Berk advised that admins be aware of issues such as the minimum requirements for judging the liability of the data they handle and set security standards from there.

Staimer said establishing polices around what not to retain isn't easy; it always just depends. He reiterated that it comes down to the value and potential value of the data weighed against how much it costs to store the data and the liabilities associated with it.

"Data governance is, at the end of the day, what you need to have to determine [when to delete data]," he said.

Adam Armstrong is a TechTarget Editorial news writer covering file and block storage hardware and private clouds. He previously worked at StorageReview.com.

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Data hoarding and the role of storage - TechTarget

Android or iPhone, which one to choose? This is a never-ending race until one of them dies. Someone has to end this discussion, and I am happy to do it. This blog will explain why you should choose Android phones over iPhones. What is more common is that both smartphones offer almost similar specifications, but quality differs.

It is obvious that iPhone offers better quality than Android phones but to some extent. If you get a lot of features, you wont care about the quality. The best thing about Android phones is that they allow users to customize their phones the way they want. When I talk about quality differences, iPhone is way ahead in-camera results. You can take a crystal clear photo from iPhones camera, unlike most low-end Android devices.

However, the release of the latest Samsung Galaxy S23 has leveled the playing field. In our blog, Android or iPhone, we will discuss how some features allow Android devices to dominate iPhones.On Android devices, we have several options for customization and personalization. In this blog, I will give you reasons why you should choose an Android phone over an iPhone.

Android phones offer more features and options, such as colors, sizes, designs, prices, and specifications. There is a lot of variety for you to choose from. Android phones are inexpensive and offer more features with flagship-level experience. Some of the best budget Android phones are the OnePlus Nord N20 5G, Samsung Galaxy A54, and Google Pixel 6a.

Moreover, Samsung Galaxy S23 Ultra, OnePlus 11, and Google Pixel 7 Pro offer an almost iPhone-level experience but at a lower price.The most prominent features in Android devices include fingerprint scanners, reverse wireless charging, headphone jacks, fast charging, split-screen multitasking, and much more. Plus, all of these features are not yet available on iOS devices.

Almost all Android devices come with the same charging cable and connector. Today, Android devices have USB-C ports for connectivity. Apple also uses the USB-C standard in its latest MacBooks and iPads. When I visit my relatives in my village, I often forget to take my Android charger with me. In short, I never have a problem charging my phone.

Fast charging is a fantastic addition in this regard; whats worth it is that with a fast charger, you dont have to wait too long to use your phone. The Realme GT3 is the best example; you can charge this phone in less than 10 minutes. Meanwhile, replacing the charging cable if it gets damaged is easy and inexpensive. In contrast, theres no extra charging cable in the iPhone box, and youll have to buy the more expensive charging cable if you lose one.

Apple iPhones do not offer additional storage options; they only come with built-in, non-expandable storage. You also have to pay a lot of money to get extra storage. If you run out of space, you still have to buy more.On the other hand, Android phones come with an extra slot for a microSD card. This allows you to increase your phones storage space without deleting applications or other files.

Android phones are easier to sync with Windows PCs than iPhones. For example, you can use a USB cable, cloud storage services, or Bluetooth to share data. Plus, all brands have their own sync software, making it easier for you to access your phones content.

There is also a Windows Phone Link app for reading and responding to text messages, making and receiving phone calls, and more. To perform these functions on iPhone, youll need to master iTunes one great tool for almost everything.

Android allows for diverse and easy customization options, such as changing the home screen lock, custom ringtones, interacting with the device, and more. Overall, the platform allows users to change the entire look and feel. In addition, there are no restrictions on downloading apps from the Google Play Store.

Users can also download apps from third-party platforms. On the other hand, iPhone restricts its users from downloading apps only from the App Store. There is also a strict security system that makes customization difficult.

There is very little similarity between Android and iPhone in terms of easily accessible settings. On iOS devices, you can swipe down from the top right to access the control center. Shortcuts in the drop-down control center include airplane mode, volume and brightness controls, a calculator, and more.

On Android, you have to swipe down from the top right to access the one-tap settings shortcuts. In addition, Android offers almost half of the settings icons in the drop-down list. For example, you can access the Wi-Fi or Bluetooth icon to connect to a new Wi-Fi connection or pair a new device without going to the Settings page.

The most amazing thing about the Android system is that it allows users to replace the launcher in one go. Android brands offer a wide range of default themes for their smartphones. Therefore, if you are bored, you can change the entire theme of your smartphone. You can also customize your app icons using third-party applications.

Apple doesnt allow users to change the look and feel of the Home screen. Moreover, iOS devices allow only one icon per app, which you can rearrange in turn. The missing bit here is that you can only rearrange their order.

Android is always a better, cheaper, and fantastic choice for people looking for something handy. Android devices offer a wide range of features that you wont get on iOS devices. For instance, fast charging and reverse wireless charging are one of the most demanding features in 2023. iPhone users have been proud of having the best camera ever for years, but recent releases have shifted the momentum back to Android.

Read the rest here:
Android or iPhone: Why My Android Is Better Than Your iPhone? - Gizchina.com