ERP In News ( EIN) is a group of senior ERP professionals who provide a hand curated set of ERP related information to keep the relevant professionals and decision makers updated. Read the blog to find up to date information and the latest trends in cloud ERP software and the internet of things (iot).
The open MRI in Mumbai is the truncated type of attractive reverberation imaging filter which is an imaging system utilized to check the mind, head and such districts for legitimate restorative examination. The procedure includes the utilization an attractive field alongside radio innovation that helps take pictures of the cerebrum. These pictures are translated for irregular developments, interior harm due mishaps, or destructive tumors. The data that can be gotten from this technique is commonly not accessible from other methodology like the CT examine, X-beam or ultrasound. It is subsequently a significant restorative methodology which gives profitable data about the patient.
MRI or magnetic resonance imaging is the process of taking images of the human body with the help of a strong magnetic field and radio waves. It is a non-invasive and painless method, most commonly used by the radiologists to determine various anomalies of the brain or spinal cord. MRI scan are different from CT scan and X-ray as it does not use harmful radiations.
Uses of MRI Scan
In the medical world, MRI scans are one of the biggest achievements as it allows doctors, researchers and scientists to do detailed study of the internal organs of the human body.
MRI scanner is used for the following:
Check the abnormality in brain and spinal cord.
Check for tumors, cysts or other growth in different organs.
Screen for breast cancer.
Injuries in the joints.
Certain types of heart and liver disease.
Procedure for MRI scan
There is not much preparation required before going for the scan. Doctor will ask the patient to change to medical gown and also will tell to remove if any metal object is present from the body. As magnetic field is used, so presence of any metals can be critical inside the scanner. Patients who become nervous in small or closed spaces can inform the doctor beforehand. They have to lie down on the scanner table for the procedure to take place.
During the scan, patients can keep communicating with the technician if any discomfort arises. But they have to lie still as that is mandatory to get clear picture of the body. Radiologists will examine the images to give the final report. There is hardly any risk in this process and no side-effects at all.
The MRI scan cost in Mumbai of the mind is done in a gadget called the MRI Scanner. The whole procedure is effortless and the individual does not feel any uneasiness. The patient to be inspected will be approached to rests on a table like piece of the scanner. The scanner resembles a passage. When the patient is made to set down superficially, the table is gone into the passage. Once inside, the individual is exposed to radiations. These radiations modify the attractive field of particles in the body. This change in attractive position is recorded by the gadget and pictures are made which show up on the screen. Further, the pictures are changed over into three-dimensional pictures which are valuable in watching any variation from the norm in the checked locales.
It is fundamentally done to check for issues like industrious migraines, wounds, and so on.
The open MRI in Mumbai of the mind will help in the finding of a conceivable stroke. Here and there the veins in the head are harmed normally or because of mishaps. Such issues incorporate conditions like aneurysm where the vessels are strangely wound. The Brain output can support discovery and fix in such cases. Different issues related with the cerebrum are blood thickening or interior dying. At the point when the blood does not stream appropriately through the cerebrum, different pieces of the body are influenced since the mind is in charge of completing different capacities in the body. Data assembled from the reports can give insights concerning clumps, damage, inside draining and different conditions like hydrocephaly where water collection happens in the head.
Restorative recordings accessible on the web are valuable in understanding this methodology and related handled. You should converse with your medicinal specialists about the procedure and explain all questions before experiencing the strategy. Little actualities like metals embeds in the body or metal adornments on the body can cause entanglements. It is significant for you to carry such data to the notice of your primary care physician in light of the fact that the attractive field and radiations are extremely solid and recklessness can cause basic complexities.
A MRI scan cost in Mumbai is the most ideal approach to see inside the human body. See what occurs during a MRI check and find out about MRI pictures and MRI wellbeing.
ERP software can transform your business digitally. A robust ERP system can have a significant impact in modern business and digital transformation.
ERP And Digital Transformation
ERP And Digital Transformation-Digital transformation is the order of the day to deal with a competitive and challenging business environment. Therefore, we witness that established as well as mid-sized companies invest significant amounts of money and time in implementing digital transformation strategies. Entrepreneurs also tend to keep the objectives of more efficient enterprise resource planning (ERP) and more productivity in mind while adopting digital transformation.
Simply put, the process efficiency or operational efficiency is the driving force behind integrating digital transformation in the workplace. Today, thanks to advancing technology, emerging concepts like ERP, big data, analytics, and IoT (Internet of Things) are included to reach the desired outcome of digital transformation. But how can ERP shape digital transformation?
Importance of digital transformation
As the term suggests, digital transformation is a process that leads business operations toward a digitalisation, thereby leveraging the disrupting technologies for increasing productivity and efficiency.
For example, the rise of cab-hailing startup Uber is largely attributed to digital transformation. The company has successfully integrated a mobile app in its system to bring automation and convenience in the user’s life.
Digital transformation aims to bring inclusive growth for the company. It helps companies to improve customer services and maintain compliance with the prevalent laws. As we live in the digital age, the ultimate goal of digital transformation seems to be to transform our daily lives by bringing more comfort and convenience.
ERP plays pivotal role
ERP has a major impact on digital transformation. It has the capability of bringing revolutionary changes in various processes of modern business.
As per the Panorama Consulting Solutions report, about 81 percent of companies are either in the process of implementing enterprise resource planning software or have completed integration. Globally, over 50,000 companies have integrated SAP Business One.
Intel SAP-Intel announced a deep partnership with SAP today around using advanced Intel technology to optimize SAP software tools. Specifically, the company plans to tune its Intel Xeon Scalable processors and Intel Optane DC persistent memory for SAP’s suite of applications.
The multi-year partnership includes giving SAP early access to emerging Intel technologies and building a Center of Excellence. “We’re announcing a multi-year technology partnership that’s focused on optimizing Intel’s platform innovations… across the entire portfolio of SAP’s end-to-end enterprise software applications including SAP S/4HANA,” Rajeeb Hazra, corporate vice president of Intel’s Enterprise and Government Business, told TechCrunch.
He says that this will cover broad areas of Intel technology, including CPU, accelerators, data center, persistent memory and software infrastructure. “We’re taking all of that data-centric portfolio to move data faster, store data more efficiently and process all kinds of data for all kinds of workloads,” he explained.
The idea is to work closely together to help customers understand and use the two sets of technologies in tandem in a more efficient manner. “The goal here is [to expose] a broad portfolio of Intel technologies for the data-centric era, close collaboration with SAP to accelerate the pace of innovation of SAP’s entire broad suite of enterprise class applications, while making it easier for customers to see, test and deploy this technology,” he said.
Irfan Khan, president of Platform and Technologies at SAP, says this partnership should help deliver better performance across the SAP suite of products including SAP S/4HANA, its in-memory database product. “Our expanded partnership with Intel will accelerate our customers’ move to SAP S/4HANA by allowing organizations to unlock the value of data assets with greater ease and operate with increased visibility, focus and agility,” Khan said in a statement.
Hazra says that this is part of a broader enterprise strategy the company has been undertaking for many years, but it is focusing specifically on SAP for this agreement because of its position in the enterprise software ecosystem. He believes that by partnering with SAP at this level, the two companies can gain further insight that could help customers as they use advanced technologies like AI and machine learning.
Many enterprises can benefit from blockchain technology, but few should build it from scratch. See how Amazon Managed Blockchain works, and its pricing, as one option for blockchain as a service.
Blockchain Components- Money may make the world go round, but documentation also sits at the heart of commerce. While traditional record-keeping approaches require a centralized authority to verify and secure each transaction, blockchain technology offers a shared, distributed, immutable and independently auditable ledger. The effort to build a peer-to-peer blockchain network, however, is substantial, which leads cloud users to consider blockchain as a service, such as Amazon Managed Blockchain.
For blockchain to work, transactions are recorded on nodes of a network. An organization must configure hardware and networks, install blockchain framework software, manage certificates and authentication, and constantly adjust the deployment as nodes join or leave the network. On the other hand, managed blockchain services from public cloud providers handle all of the infrastructure and management tasks needed to create and run applications over a blockchain network.
Amazon Managed Blockchain is a scalable option, wherein the vendor controls authentication and certificates and can support the traffic needs of many applications processing millions of transactions. However, Amazon blockchain as a service is not as mature or widely available as flagship AWS offerings. At time of publication, AWS supports Hyperledger Fabric version 1.2 for the service and plans to add support for the Ethereum framework. Amazon Managed Blockchain is available only in Northern Virginia U.S. Region. The Starter edition should fit the needs of test and evaluation along with deployment in small production environments. Use the Standard edition for large or high-volume production network environments.
If blockchain technology is the right answer for transactional workloads at your company, evaluate how Amazon Managed Blockchain works, its underlying frameworks, and what’s included in the two editions.
How Amazon Managed Blockchain works
In Amazon blockchain as a service, administrators can name and describe the blockchain network, and then select the voting policy that guides how member nodes make decisions about transactions. The initial blockchain network is completed by creating the first node member, and the network remains operational until the last of all node members is removed.
To scale, the managed blockchain service invites other AWS accounts to join the network, and creates and configures network connections to peer nodes to store copies of the distributed ledger. The administrator can also remove network members.
Even complex applications can be migrated to the cloud
Journey to the Cloud
Journey to the Cloud-If a business wants to grow, it will need to adapt or scale its critical applications along the way. Cloud computingprovides the flexible infrastructure required to power and run apps with the agility to change as required.
But there is no one-size-fits-all when it comes to moving workloads to the cloud whether private, public or a hybrid of both. The perfect home can only be found by taking a detailed view of each application and considering all of its distinct characteristics, behaviors and the regulatory issues it needs to meet.
The application journey
The good news is that there are cloud services as solutions for almost every business application.
Even the most complex and highly regulated applications – often the backbone of an organisation and containing decades of corporate knowledge – can be modernized and migrated from on-premise monolithic data centers to a more agile cloud platform.
Launched over 30 years ago, IBM i (then AS/400) is synonymous with innovation and remains the bedrock of many organisations by delivering an exceptional client experience through an integrated system. This longevity often suggests that these large complex applications can’t take advantage of cloud economics.
In some cases, RPG code on unsupported hardware and an unpatched operating system may appear to be a lost cause. It would be impractical to rewrite the application in Java and migrate to a public hyperscale cloud, but it is possible to migrate the workload to a private cloud. Core systems of record can enjoy similar economics and behavior of a public cloud, while staying with IBM Power Systems and using IBM i, AIX or Linux in a pay-as-you-go model.
Applications that have certain regulatory or security constraints can run on-premise and co-exist with private and public cloud workloads. Digital transformation will continue to run in a hybrid of on-premise, private and public clouds.
Migration is not the first step in the journey, or the last
Contrary to commonly held views, migration is not the first step on an application’s journey to the cloud. The actual migration is the third or fourth step along the journey; there are some important considerations to make first. Critically, an inventory of all applications must be documented together with their need for security, data management, flexibility, capacity and performance. With these conditions in mind, cloud platforms can then be evaluated.
Security policies and governance must be integral to cloud planning and not addressed as an afterthought. For example, how will the business approach data protection and data management? How will it ensure backups once in the cloud and the various compliance issues that go with this?
Much groundwork needs to be completed around a strategy to ensure that every system is compliant, secure and optimized to support the application that the business needs. It’s also important to look at any software licensing issues relating to the application ensuring that licenses can be ported into the cloud to avoid paying twice.
Yes, the rate of generation may slow down at night as people send fewer emails and watch fewer videos. But for every person hitting the hay, there is another person on the opposite side of the world that is turning their smartphone on for the day.
As a result, the scale of data being generated—even when we look at it through a limited lens of one minute at a time—is quite mind-boggling to behold.
The Data Explosion, by Source
Today’s infographic comes to us from Domo, and it shows the amount of new data generated each minute through several different platforms and technologies.
Let’s start by looking at what happens every minute from a broad perspective:
Americans use 4,416,720 GB of internet data
There are 188,000,000 emails sent
There are 18,100,000 texts sent
There are 390,030 apps downloaded
Now lets look at platform-specific data on a per minute basis:
Giphy serves up 4,800,000 gifs
Netflix users stream 694,444 hours of video
Instagram users post 277,777 stories
Youtube users watch 4,500,000 videos
Twitter users send 511,200 tweets
Skype users make 231,840 calls
Airbnb books 1,389 reservations
Uber users take 9,772 rides
Tinder users swipe 1,400,000 times
Google conducts 4,497,420 searches
Twitch users view 1,000,000 videos
Imagine being given the task to build a server infrastructure capable of handling any of the above items. It’s a level of scale that’s hard to comprehend.
Also, imagine how difficult it is to make sense of this swath of data. How does one even process insights from the many billions of Youtube videos watched per day?
Why Big Data is Going to Get Even Bigger
The above statistics are already mind-bending, but consider that the global total of internet users is still growing at roughly a 9% clip. This means the current rate of data creation is still just scratching the surface of its ultimate potential.
Cloud Success-The cloud is like a race car for business. It allows businesses to move fast, scale on demand and accelerate innovation. But it can spin out of control without guardrails to keep it on track.
Lack of guardrails is a key reason I see for unnecessary cloud spending. And there’s a lot of money going out the window. Research from cloud services provider RightScale (via TechTarget) suggests businesses waste up to 45% of their cloud spending.
But there’s good news here too. With the right guardrails in place, organizations can employ the cloud to accelerate their business — but without overspending or creating risk.
Organizations can do that by:
• Addressing management of their workloads proactively
• Being strategic about buying capacity
• Embracing a multicloud approach to gain more buying power
• Implementing holistic security practices to build confidence and drive greater cloud adoption
Managing Workloads Proactively And Based On Best Practices
One great thing about the cloud is that it’s there when you need it. Users from all departments can spin up a cloud instance wherever and whenever they need one. That’s amazing. But it also creates the potential for cloud overspending. The problem occurs when users don’t shut down their workloads and the meter keeps running.
This happens a lot. The solution is to create strategies and processes to shut down workloads that are no longer needed. Businesses can save a whole heap of money that way.
Informing users that they need to shut down unused workloads is a good place to start. But it’s just the beginning.
As we all know, telling people what to do tends to have mixed results. We’ve seen it with security. Security experts repeatedly tell people not to click on email links, but some do it anyway. If something can be done, somebody’s going to do it.
It’s hard for people to recall all the best practices anyway. There may be hundreds of them. I believe the more holistic approach to managing workloads involves using automation. Automation can provide businesses with visibility into all their workloads and how they compare to best practices. These are new types of tools, typically called cloud navigators, and they have hundreds of best practices that you can automatically assess and enforce.
Organizations can use that visibility in a variety of ways. One is to send alerts to the cloud navigators when their parameters fall outside best practices. Another is to trigger changes automatically when preset policies suggest action is needed. These are just two examples.
ERP efficiency-As every “Management 101” business manual will tell you, a happy workforce is a productive workforce. However, this isn’t just a one-way street, because productivity is often the precursor to happiness.
Whilst productivity isn’t the sole driver of workforce satisfaction, its significance as a contributing factor cannot be denied. For this reason, businesses should aim to equip employees with the tools they need to perform their jobs as efficiently as possible, from any locale.
So, how can businesses employ best-in-class technologies, and business management solutions such as (Enterprise Resources Planning) ERP, to maximise productivity as well as employee engagement?
Productivity leads to satisfaction
It turns out we’ve been looking at the happiness-productivity equation back to front all along. Whilst a happy employee is more likely to be a productive employee, the reverse is also true.
Productive employees are likely to be happier in their roles than those who find they’re unable to carry out their work efficiently. It can be particularly frustrating when productivity is affected by outdated legacy technologies, or a total lack of assistive technology to begin with.
To avoid situations such as this, businesses should assess their current technology infrastructure to work out where improvements should be made. These might include:
Deploying tools that facilitate flexible and remote working
Transferring core functions to the cloud
Moving data from spreadsheets to ERP systems
By streamlining activity and boosting productivity, measures such as these can and do boost satisfaction levels in the workforce.
Flexible and remote working
The opportunity to work from outside the office is fast becoming a main priority for employees, with many selecting their job based on flexible working arrangements.
According to a study from Quantum Workplace, 62 per cent of employees believe telecommuting and/or working remotely has a positive effect on employee engagement.
A second study found that “presenteeism” is causing a loss of 27 days of productive time per employee per year. Presenteeism is when an employee is present in the office, but is experiencing decreased productivity and producing poor quality work. The issue is commonly driven by the perception that employees are expected to work beyond contracted hours to demonstrate ambition and commitment.
To combat issues like presenteeism and to bolster employee engagement, businesses should consider implementing technologies that allow for remote and flexible working.
Bank and credit union executives more than ever need to keep up with fast-changing technology. Dozens of tech trends could be listed, but experts emphasize the importance of the five covered in this report. While not every institution will be impacted equally, collectively the trends point to where banking is headed.
Trends in Retail Banking
Trends in Retail Banking-Where once banks and credit unions routinely left technology to specialists, the subject now has become elevated to the highest-ranking issue impacting retail banking. Research by The Economist Intelligence Unit (EIU) for Temenos finds that coping with new technology is the top concern of retail bankers, ahead of changing consumer behavior, political and economic instability and dealing with bad loans, among other factors.
No institution can afford to ignore the combination of new competition from fintechs and big technology companies, multiple new technologies, and soaring consumer expectations is bringing unprecedented change to retail banking that And few are ignoring it, as the EIU survey indicates. However, the how quickly and how extensively organizations respond varies sharply by institution and sometimes even by country.
In a study of 161 publicly traded banking institutions around the world, Accenture found that just over half are “digital laggards,” with no plans to go digital or just “half-hearted efforts.” About 40% are digitally active, doing many things right but still lacking true institutional commitment to digital transformation. Just 19 financial institutions (12%) from the group studied were “fully committed to transforming themselves into digital-centric institutions,” according to Accenture.
The following five technology trends collectively signal that the transformation in what it means to be in the banking business is far from over.
1. Open Banking and Banking-as-a-Service: More Than an EU Issue
Many financial institutions, particularly in the U.S., view open banking as a European issue. Some also see it as threat — and in a way it is — to traditional business practices. This viewpoint isn’t helped by the fact that the terminology is confusing. Terms such as “open banking,” “banking-as-a-service,” “banking-as-a-platform,” “open APIs,” “API banking” and “ecosystem banking” are often used interchangeably — incorrectly because they are not all synonymous.
As described in a BBVA blog, banking-as-a-service (BaaS) is an API (application programming interface) strategy that falls under the broader umbrella of open banking. “Generally, open banking refers to any initiative by a bank to open its APIs to third parties and give those third parties access to the bank, whether that be access to data or access to functionality.”
While it’s true there are no specific regulations in the U.S. duplicating the U.K. Open Banking initiative and the European Union’s Payment Services Directive (PSD2), which require financial institutions to allow third parties to have access to customer data, the underlying concept of transparency and giving consumers more control of their data is a growing focus at multiple governmental levels. It’s also a competitive consideration — a good example being the difference in approach to handling consumer data used by Apple versus Facebook and Google.
ERP Security Features-If data is the lifeblood your business—and cyberattacks an infection—ERP security features are, well, the white blood cells.
Businesses, especially those in the manufacturing sector, depend on ERP software to streamline disparate processes from across the organization. Yet all that sensitive information—blueprints, copyrights, financial data—means ERP systems are an ideal target for cybercriminals.
Don’t blame that on the software, though. With an array of features designed to safeguard the “crown jewels” of your business, an ERP system can be an effective deterrent against even the most malicious attacks—as long as you know how to use it.
To reduce the likelihood of breaches and cyberattacks, manufacturers should make use of the following ERP security features:
Distribute permissions, review user access, and automate rights-related processes.
IoT endpoint security
Maintain equipment inventory, segregate devices, and analyze network traffic.
Enforce regulatory compliance, track and verify transactions, and conduct regular data audits.
Let’s take a closer look at how these features work—and why they’re essential for ERP security.
Eliminate internal threats with ERP access control
To shield your ERP data from external forces, you must protect it from within.
This applies to more than just ill-intentioned employees, who are a real but rare threat. Much more common are unauthorized or insufficiently trained ERP users, who are prone to careless mistakes and data mismanagement—the consequences of which can devastate a business.
Fortunately, most modern ERP systems have built-in access control functionality, empowering manufacturers to allocate user access to those who need it while restricting it from those who don’t.
With ERP access control, system administrators can:
Distribute permissions. Not all ERP users are the same, with needs and responsibilities that vary widely across the organization. Access should therefore vary based on user roles, permission levels, and document types.
Review user access. As real-life roles and responsibilities change, so too should ERP access. Require managers to periodically verify permissions and grant or revoke access as job functions change.
Automate access controls. Automation is rampant throughout modern ERP software—and access control is no exception. Depending on the task, an ERP can instantly notify stakeholders of critical updates with minimal disruption to your workflow.
Safeguard data with IoT endpoint security features
The internet of things (IoT) casts a wide web. As smartphones and cloud computing proliferate, our devices intertwine to facilitate instant communication and real-time access to data. These accessibility and efficiency boosts are great for businesses—that is, until they aren’t.