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In terms of adopting cloud technologies, the time has come to take off the training wheels.

Cloud computing is no longer the mysterious and volatile IT discipline that threatened to upend IT departments. It’s a proven way of aligning IT with rapidly-shifting business goals and market conditions, according to SAP Cloud CMO Tim Minahan.

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“The experiment of the cloud is over,” said Minahan during a talk at today’s Cloud Business Summit in New York City. “Just like any technology, it always has an adoption curve.”

Now beyond the early steps in its evolution, such as establishing delivery models, driving IT efficiency and improving total cost of ownership (TCO), cloud computing is currently resonating with CIOs and CFOs in more profound, business-oriented ways.

Arguing that the mindset has changed among businesses technology leaders, CIOs and other high-level executives “are beginning to look at the cloud as a platform for innovation,” said Minahan. The conversation is increasingly turning to establishing new engagement models with customers, employees and partners, he added. “We’re moving from those systems of record to systems of engagement, absolutely,” he said.

Informed by SAP’s own move to the cloud, Minahan said that enterprises and prospective cloud software providers go through three phases during the transformation process.

Naturally, change begins with the technology, “where you re-architect to a cloud environment, make it an accessible and multi-tenant environment,” he said. The next step involves a financial transformation, in which old financial models based on periodic milestones give way to utility-like service models “that arguably better aligns your objectives with those of the customer.”

Finally, businesses must contend with the “operational and cultural challenge” of enabling cloud services.

Businesses are being rocked by customers and stakeholders that are “more informed than ever before,” he said. They are guiding the buying process and expect self-service capabilities.

Moreover, the market is unforgiving to cloud software and service providers that drag their feet and don’t deliver solutions that keep up with their customers’ needs. “There is no shelfware in the cloud,” said Minahan. “Either someone uses it or their no longer a customer.”

Cloud computing fundamentally changes how businesses operate, at practically every level. In fact, Minahan recommends that executives mulling a move to the cloud are better off not taking the leap if their only priorities are rooted in IT efficiency, lowering TCO or “to move from a CAPEX to an OPEX model.” If this is the case then they shouldn’t even consider it. The cloud now serves as a platform to improve engagement with employees and customers, create new business models and new insights, he said.

Amid these changes, the “I” in CIO is taking on a new meaning. In the cloud computing era, CIOs have the opportunity to shift their focus from IT systems and software to “being the chief innovation officer,” said Minahan. He recommended digging deep into a company’s business processes and the objectives. “Be experts on evaluating the cloud opportunities that are there,” he said.

Pedro Hernandez is a contributing editor at Datamation. Follow him on Twitter @ecoINSITE.

Photo courtesy of Shutterstock.

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The Enterprise Mobility Management (Emm) Market

Enterprise mobility management (EMM) is the collection of processes, technologies, and people responsible for managing remote devices and mobile networks for enterprises.

EMM solutions allow enterprises to control and set use policies for employee- and corporate-owned mobile devices that have access to company data.

See below to learn all about the global EMM market:

See more: The Unified Endpoint Management (UEM) Market

In 2023, the EMM market was valued at $200.3 billion. It is estimated to be worth $233.7 billion by 2028, following a compound annual growth rate (CAGR) of 35.95%.

Several geographic regions are driving growth in the EMM market:

The U.S. market

is estimated to reach $48.53 billion by 2027, following a CAGR of 26.8%

The Asia-Pacific market is predicted to maintain a CAGR of 24.2% from 2023 to 2027

The China market is expected to reach a value of $1.8 billion by 2027

Japan is expected to maintain a CAGR of 25.5% from 2023 to 2027

The banking, financial services, and insurance (BFSI) industry is expected to hold the largest market size for the EMM industry from 2023 to 2026. Other industries in particular creating EEM demand include:


Retail and consumer goods

Health care

Life sciences

EMM tools are used to monitor work-related activity, apps, and data on mobile devices owned or given to employees. It can be considered an umbrella term, combining various features and applications depending on the company’s needs:

Mobile device management (MDM) software allows companies to track and manage the life cycle of their employee-owned devices. MDM solutions cover everything from laptops and tablets to smartphones and smart gadgets.

Mobile content management (MCM) tools manage and control the access privileges of employees to company content through their personal devices. MCM solutions aid the company in achieving its security and privacy goals.

Mobile identity management (MIM) software offers zero-trust, access management, and identity verification features for employees using personal and company-issued devices. MIMs use multiple verification strategies, from multi-factor authentication (MFA) to biometrics and device-specific information. 

Mobile application management (MAM) solutions allow for the deployment, monitoring, and patching of company mobile apps that employees regularly use for work. This includes app configuration, app life cycle management, license management, and inventory management.

Using EMM solutions come with benefits for enterprises, in terms of security, privacy, and centralized control of company assets. 

Other EMM benefits include:

Enhanced security and privacy

Increased employee productivity

Reduced operations costs

Fast and efficient access to information

Centralized management of employee devices

Allows for bring your own device (BYOD) programs

“Enterprise mobility management (EMM) is a solution designed to help enterprises manage mobile devices on their networks,” says Robert Morcos, a member of the Forbes Technology Council.

“Settings are set from a single device and pushed out to any and all devices on the network. There is no need for third-party staging, since the EMM platform manages devices remotely.”

See more: Mobile Security Trends

EMM tools and solutions are highly flexible and can adapt to a company’s specific device management needs.

Here are examples of how companies are using EMM tools:

Brookstone is a chain of retail stores in the U.S. and China. It offers a variety of goods for its consumers, ranging from furniture and home accessories to electronics and smart gadgets. 

As a brand, Brookstone is dedicated to providing the best possible shopping experience for its customers. With over 200 stores in the U.S., Brookstone’s IT team was looking for a centralized solution to improve the visibility and management of mobile devices. 

With Cisco Meraki, Brookstone’s IT team is now able to log into a single management dashboard to gain complete visibility into all device locations and working conditions.

“My goal as an executive is to bring our services to a higher level and do it better, faster, and for less: the Meraki tools allow us to do that,” says Doug Reczko, operational VP of IT, Brookstone.

“[Brookstone’s team] fell in love with the Meraki technology, especially the ease of use, accessibility, and how simple it was to set up.”

Garuda Indonesia is the official airline of Indonesia. It serves over 40 domestic and 36 international destinations as one of the world’s leading regional airlines. Annually, the airline sees more than 25 million passengers.

Garuda Indonesia has an “iPad in the Aircraft” approach, where the pilots of a couple of plane models use tablets to access apps by Airbus and Boeing. It sought a solution to help it keep track of the added devices on flights.

“IBM MaaS360 provides a reliable and sophisticated way to manage mobile devices and content. Productivity increased by nearly 50% for our pilots and 30% for operations staff,” says Sulistyo Nugroho, operation publication control coordinator, Garuda Indonesia.

“Pilots can find the information and perform calculations in five minutes that before might take 10-50 minutes.”

With IBM, Garuda was able to increase productivity by 30% for operations staff and FAA and IATA regulations.

Some of the leading vendors in the EMM market include:











See more: Top UEM Software

Is Cloud Hosting The Best Hosting Option For Your Website?

Every website needs a web hosting service. There simply isn’t any way that a website can exist without the server that hosts it. However, as is the nature of technology, there will always be attempts to create better, more efficient ways of doing things. Remember when virtual machines were created in order for computer hardware to be used more efficiently? That kind of change is constantly happening, and while not every attempt becomes disruptive enough to replace its predecessor, each attempt is a step in the right direction.

Cloud hosting

is a good example of such an attempt. It can pave the way for a more efficient use of physical servers, after all.

But before adopting a particular method, technology, or


, you first need to determine if it’s going to be beneficial to your objectives and goals. And when there’s a significant amount of money involved, you wouldn’t want to spend it just on a trial-and-error session.

So, you resort to the next best thing — gather information from other people who’ve had experience with cloud hosting. So, what makes cloud hosting so special ? In order to thoroughly understand this new technology, we first have to look at how traditional web hosting functions.

What Is Traditional Web Hosting?

Web hosting is a service that allows persons and companies to publish websites on the internet. A

web hosting service provider

provides the resources necessary for a website to function. These websites are saved on physical servers, which are what contain the resources necessary for a website to function. When users visit your website, they first type your web address on their browser, which will prompt their computer to connect to the server where your website is stored. This is when your website becomes viewable by the user.

There are three types of web hosting:

Shared – multiple websites depend on a single server. As you might imagine, this limits website performance and the failure of a single server could mean downtime for all the websites stored on that server. This, however, is still a valid option for websites that do not require a lot of resources to handle traffic because they aren’t as costly as other types of web hosting. There is also an innate

security risk

in a shared web hosting. 

Dedicated – dedicated servers provide the best performance and the highest degree of customizability among all types of web hosting. This is where a single server is dedicated to a single website. This also means that the very best of support would be made available to the website. This is an ideal option for websites that require a lot of performance to handle massive amounts of web traffic.

VPS – a

virtual private server

is a virtual machine that caters to the individual needs of a user just as a separate physical computer that is dedicated to a particular user. This means that resources are pre-allocated to each website that is connected to the server to prevent websites from pulling resources from one another. Several virtual private servers can be maintained on a single physical server, which means that if that single physical server fails, all the websites that rely on that server experience downtime.


What Is Cloud Hosting?

Cloud hosting, much like many

other cloud-based services

, is a type of hosting service that makes use of parts of several servers to support a single website’s resource requirements and to ensure maximum website uptime. Because a website is supported by multiple servers in a server cluster, it will have the necessary resources needed for it to remain functional even when a single server in that cluster fails. So, in essence, the resources needed can simply be drawn from a different server in the event that one of the multiple servers fails. 

So, yes. Cloud hosting does sound similar to a virtual private server, but there are a few differences that set them apart from each other.

How Does Cloud Hosting Differ From VPS?

The primary difference between cloud hosting and VPS is their approach and scalability. Remember that cloud hosting servers make use of server clusters, where parts of multiple servers support a single website. This means that users have access to

near-unlimited resources

needed to run their website and that these resources can easily be adjusted to the needs of the website. This is especially valuable for websites that experience spikes in traffic on a regular basis. 

On the other hand, VPS runs multiple instances of servers on a single physical server. This means that while the websites hosted by the physical do not battle over resources, if that single physical server fails, all the websites that are linked to that server would experience downtime. 

It’s also significantly more difficult to scale with a VPS server because the resources allocated to each website are predetermined, which means that while these servers are going to be able to perform much better than shared servers, there is still a chance that your website’s load could exceed the amount of resources allocated for your website. Despite this, VPS hosting tends to cost less than cloud hosting.

Should You Use Cloud Hosting?

While hosting your website on the cloud does sound like the future, it isn’t as tried and tested as traditional web hosting options. Whether you’re willing to take a risk or not depends on what you use your website for. If you use your website as a means of earning money, then betting on something that isn’t tried and tested could prove to be

catastrophic if it fails


Otherwise, by all means, opt for a cloud hosting service.

How Is Cloud Computing Changing Management?

Introduction What is Cloud Computing? Influence of Cloud Computing on Management

The most significant improvement brought about by the cloud is the universalization of computer resources. In cloud computing, any readily available help can be made into a service for use in a network of virtual data centers. Services like data storage and server time are made available to customers via the cloud without their having to deal with the service above providers directly.

With many backup data centers, cloud computing platforms are highly reliable. Organizations can receive the data they need to make quick decisions across computing systems with the help of cloud computing, which offers users virtual platforms with all the scalability they could ever need for workload management. This allows storage capability and analyzes data quickly coupled with a customizable administration structure. Cloud computing allows businesses to save money on data storage and processing. Productivity, speed of decision-making, and cooperation are all improved because of cloud computing, which is also altering the nature of management altogether.

When it comes to management, how is cloud computing changing things?

The growing popularity of cloud computing has a direct effect on the way many firms operate. It simplifies business operations and the management that goes into them. Businesses can quickly and easily store massive amounts of data using cloud computing technologies. Cloud computing is altering management practices and enhancing business efficiency and performance by allowing employees to work remotely from anywhere in the world. Following are how management is being affected by cloud computing:

1. Making Selections Based on Collected Data

Thanks to the cloud, companies may make the swiftest and most trustworthy judgments. Managers of technological solutions now have access to all the consolidated, up-to-date information they require, thanks to the cloud.

2. Customer Service is Evolving in Two Ways

Organizations can use the cloud solution to create products and services delivered via the cloud. Companies now design their goods and services around software so they can be regularly fed data, which in turn aids in fulfilling customers’ expectations. Improved operational adaptability and scalability are two benefits of cloud computing. In this way, businesses may rapidly adapt their customer connection strategy to serve their clientele better. Big data allows companies to gather information from various sources, analyze and evaluate it, and then use the results to develop novel customer engagement procedures, all of which contribute to improving the company’s relationships with its clientele.

3. Prepare and Organize

They may now streamline their processes and operations with cloud-based enterprise resource planning software, and all of their data will be safely stored in a unified database. By moving all functions and departments to the cloud, businesses better coordinate their efforts across departments and streamline their processes.

4. Direction

The chief information officer (CIO) or chief technology officer (CTO) is among the most impacted organizational positions due to the shift to cloud computing. So A role that can affect the company as a whole. The quick dissemination of data about cloud computing services is mainly responsible for the industry leader’s recent transformation. The success of an organization’s aims and ideals permeating throughout its workforce depends on the ability of its various departments to work together and communicate effectively, which is made possible by cloud computing.

5. Effectiveness and Efficiency

With cloud computing, businesses can easily integrate SaaS and on-premises apps so that workers can manage and access data from any location. As a result of adopting cloud computing, businesses are better able to devote resources to improving the efficiency of the apps they use. If the company needs extra help as it expands, getting it is easy and cheap. Businesses can store and manage information by allocating cloud resources and other cloud-based features.

6. Valuable Insights

By combining data operations, cloud computing improves visibility, enabling firms to get operational insights quickly. Analytics can identify productivity bottlenecks or foresee future trends, along with the opportunities and challenges they may bring. The ability of managers to obtain deeper insight and execute new company processes or services long before difficulties or competition occurs is increased by data collection of user experience and employee workflows. If you’ve ever questioned why your preferred programs or software are updated so frequently, this type of cloud computing enables proactive insight.


Businesses can improve their efficiency and effectiveness with the help of cloud computing solutions, which allow them to centralize and streamline all of their operations for better management of their firms. So we have seen the collection of data and proper utilization of its for effectiveness and efficiency helps in better management of the firm.

Enterprise Software And The Database Proxy War

Two recent news items, however apparently disconnected, highlight an

interesting turnaround for the otherwise dowdy database market.

On the same day that Microsoft announced a newly enhanced SQL Server

database — with the clear intention of challenging Oracle and IBM in the

high-end of the market — Computer Associates announced it was spinning

off majority ownership of its Ingres open source database line to a

private-equity firm. And with those two announcement, the database market

became the official proxy for the next battle royale in the enterprise

software market.

Here is what’s happening with databases… Oracle is the market leader in

databases, and is angling to be the market leader in enterprise

applications, as well. Hence, the companies that sell databases — IBM

and Microsoft — want to outsell Oracle in the database market, while the

companies that sell enterprise software — such as SAP and Microsoft —

want to knock Oracle out of the applications market.

The problem is that Oracle is a little two well-ensconced in both markets

to be taken out by a frontal assault. That’s where the database-as-proxy

comes in.

The database proxy battle has two founding principles. The first is that

Oracle differs greatly from SAP and Microsoft’s high-end Axapta

enterprise software line — as well as most of the rest of the enterprise

software market — in its requirement that Oracle applications customers

use the Oracle database. The second is that a large number of SAP and

Microsoft applications customers — too many if you ask these vendors —

run on the Oracle database.

If Microsoft and SAP could get applications customers to eschew Oracle in

favor of SQL Server (the Microsoft alternative) or anything-but-Oracle

(the SAP alternative), the result would be pretty dramatic, as long as

the Oracle replacement database was less expensive and equally robust.

Such a shift would dramatically lower the total cost of ownership for

non-Oracle applications and isolate Oracle as the high-cost, low-choice

vendor. With Oracle’s applications locked into running on a significantly

more expensive database platform than the competition, SAP and others

could potentially blunt Oracle’s market dominance plans.

This makes the timing of Microsoft’s new SQL Server extremely propitious:

with Steve Ballmer claiming that SQL Server is ready for the high-end of

the market, database proxy number 1 is now in the field.

The Computer Associates announcement gives a hint of what proxy number 2

will look like: an open source database. While this doesn’t mean that

Ingres will be SAP’s Oracle killer, it sets the stage for what to watch

for, not only at SAP but at every other enterprise software vendor that

counts Oracle as a database of choice for its customers. The key fact is

that open source databases, combined with low-cost server hardware, can

give Oracle a run for its money in many, if not most, enterprise

applications implementations.

So where does all this leave IBM?

Sitting in the cat-bird’s seat, no matter how the battle turns out.

Remember, IBM Global Services makes more money in implementing and

servicing enterprise software than IBM Software makes in databases. So if

an open source or SQL Server database become the market leader in

enterprise software one day and blunts Oracle’s plans for dominance, IBM

will still be chortling all the way to the bank.

And if Oracle remains dominant, so what? Oracle is IBM Global Services’

largest ISV partner, and there still will be no particular threat to

IBM’s overall bottom line.

What’s important to bear in mind is that the cost and complexity of the

database side of enterprise applications is highly vulnerable to a

paradigm shift. It’s vulnerable because of the ”get-Oracle” mentality

in both the applications and database side of the market, and it’s


The database proxy war is only just heating up, and there certainly will

be more proxies to follow. Disconnecting applications customers from the

Oracle database is something a lot of vendors are very hot to see happen

in the next couple of years.

It will be interesting to see Oracle’s response. Applications may be

interesting to Oracle, but the database is literally its lifeblood. Don’t

expect Oracle to give up without waging a proxy war of its own.

How To Ensure Healthcare Data Availability In The Cloud?

The use of cloud computing was crucial to the pandemic’s healthcare system as a whole. Every medical facility has benefited from IT infrastructures, in addition to physicians and nurses. Improved privacy, lower costs, and superior patient care through remote operation and cooperation are some benefits of the rising use of cloud technology in healthcare. Cloud computing has opened up new opportunities to improve the functionality of IT systems in the healthcare industry.

Cloud computing in the healthcare industry focuses on using distant servers connected to the internet. It facilitates the management, handling, and processing of medical data. The utilization of internet servers to keep a sizable volume of data securely on cloud storage is practical for medical institutions and healthcare professionals. IT specialists often maintain these servers.

Medical businesses now use cloud-based solutions to preserve and secure their patient records as a result of the EMR (Electronic Medical Records) Mandate. Aside from that, cloud-based solutions were also used by healthcare organizations that had no plans to convert their current data centers to the cloud.

Advantages of adopting Cloud Computing in Healthcare

A Budget-Friendly Method of Storing Healthcare Data − Healthcare organizations annually generate enormous amounts of digital data. These include medications, insurance claims, EMRs, and lab testing. Cloud computing facilitates effective data management. Cloud-based analytical tools can utilize data more and transform it into useful knowledge when cloud computing provides additional data storage.

Increase in telemedicine − Telemedicine’s growth has accelerated thanks to cloud computing in healthcare. Cloud-based applications and telehealth platforms make sharing healthcare data easier, providing patients with health insurance for treatment, prevention, and rehabilitation and improving accessibility.

Greater Cooperation − The use of cloud technologies in healthcare enhances teamwork. Patients no longer need personal medical records when seeing a doctor, thanks to the EMR in the cloud.

Comfortable Interoperability − Regardless of the location of data storage, interoperability is all about integrating data within the healthcare system. Cloud technologies make interoperability in healthcare possible, making patient data accessible for flexible dissemination and the gathering of insights to improve healthcare delivery.

Increased patient satisfaction − By granting real-time access to lab test results, medical data, and doctors’ notes using cloud technology for healthcare, doctors can ensure enhanced patient involvement. Improved information enables people to maintain their health more precisely.

Ensuring Healthcare Data Availability

When a company makes sure all of its business-related data is accessible to it, its partners, or its users whenever and wherever needed, it is said to have data availability. With constant access to data, businesses can operate without interruption. Data availability’s essential elements include data availability and information supply continuity. Lack of data or erroneous data is analogous to unavailable data. A company cannot operate effectively if data is difficult to access.

Data Redundancy

Having numerous data sources available is the most fundamental action you can take to increase data availability. In this way, the availability of the data won’t be affected if one of the disks, servers, or databases hosting it fails.

Disaster recovery strategy heavily weighs data redundancy. Smaller hospitals may rely on a single data center due to budget constraints, but solutions must be developed for practical data backup.

Automate Failover

When a part of the infrastructure fails, a backup part will take its place immediately, thanks to automated failover. Automated failover reduces or avoids interruptions to data availability by removing the need to wait for a human engineer to notice a fault and transition to a backup system.

Automated failover configuration is feasible using various virtual server and database monitoring and management technologies. If the system doesn’t, some straightforward programming should be sufficient to guarantee that backup systems activate themselves when a primary system fails.

If a hospital’s primary internet connection fails, a failover connection acts as a backup. The corporate failover strategy aims to provide mission-critical programs with 100% uptime, guaranteeing that patient safety is unaffected by outages.

Data Security Breach

In the healthcare industry, breaches are frequently reported. These can be brought on by various circumstances, such as malware that steals login credentials, an insider mistakenly or purposefully disclosing patient information, or misplaced laptops or other gadgets.

Good network and application security are essential to avoid a breach in the first place. Encryption is the best method for preventing unauthorized access to patient data once someone has gained access to healthcare systems.


In the healthcare business, a lack of data access may result in inadequate medical care and even the loss of human life, as opposed to the inconvenience or disruption it may cause a firm. Healthcare is one of the most vulnerable industries regarding cyber security. Patient’s health information security and accessibility can have a substantial influence on their health and perhaps their lives. Healthcare providers’ reliance on information security will only expand. Still, by following established frameworks and implementing suitable technologies and processes, they can ensure that essential data remains accessible while ensuring its integrity and confidentiality.

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