Defining Service Management

Filed Under (It Services) by Admin on 14-05-2024

Understanding Service Management: An Overview

Service management is a discipline and set of practices that aim to deliver value to customers by facilitating outcomes customers want to achieve. It can be understood as the ability to direct, control and coordinate the delivery of services in a quality-conscious, profitable way. These services range across various sectors, including IT, healthcare, hospitality, and many others.

The core principle of service management is giving a strategic approach that aligns the delivery of services with the business objectives and customers’ needs. Hence, service management can be seen as a client-centric approach to service delivery, placing the customer’s needs at the foremost.

One practice of service management that has gained significant traction is IT service management. IT service management (ITSM) involves all the activities directed by policies, organized and structured in processes and supporting procedures, that are performed by an organization to design, plan, deliver, operate and control IT services offered to customers.

This has given rise to IT managed services Melbourne, a city teeming with businesses that have identified the benefits of IT service management. With the ever-evolving technology landscape and the increasing reliance of businesses on this technology, an effective service management becomes crucial.

Through the employment of top-notch service management, these businesses not only meet the demands of their customers but also ensure a smooth and efficient operation within their organization.

Service management involves the design and coordination of service processes, people, technology, and operations. It also includes developing a service portfolio and catalogue, defining service levels, and managing the performance of service providers.

However, the implementation of effective service management does not come without challenges. It requires a compassionate understanding of the customer’s needs, a meticulous planning and constant effort to improve service delivery.

Nonetheless, businesses that have adopted service management, such as the ones availing IT managed services Melbourne, have reported significant improvements in their service delivery. They’ve noticed enhanced customer satisfaction, improved efficiency in operations, increased service quality and considerable cost savings.

In conclusion, service management plays an indispensable role in business operations. Beside its focus on delivering value to the customers, it would also contribute to achieving the business’s long term goals. Its importance is now more evident as businesses have started to recognize the benefits of implementing IT service management strategies, such as those present in Melbourne’s IT sector.

Ten Ways Invoice Automation Can Save Your Business Money

Filed Under (It Services) by Admin on 14-10-2020

Ten Ways Invoice Automation Can Save Your Business Money

by

Sarah_Cornish

Investing in invoice automation can save your business a significant amount of money. Working out where you could make these savings will help you persuade the managers who hold the purse strings that they will see results on the bottom line.

The main areas that invoice automation could save you money are:

Staff costs

Speedier payments

More accurate payments

[youtube]http://www.youtube.com/watch?v=WHE3dRBvH0M[/youtube]

Reduced storage costs

Reduced operations costs

Ten ways to save money

1. Reduced cost of invoice processing Research from the Institute of Management and Administration (IOMA) suggests that it costs companies with a low level of invoice automation 7 to process each invoice payment. However, accounts departments with a high level of automation report reducing this to around 4.20. This represents a saving of almost 60%.

2. Reduced staff costs With invoice automation, your accounts staff will be able to deal with invoices more quickly and accurately. This means you may require less members of staff. You shouldn t need to hire any extra workers and the need for temps will be reduced.

3. Fast Return on Investment (ROI) – Many companies report reducing their accounts costs by 50% within nine months of implementing a purchase to pay solution.

4. Early payment incentives Invoice automation gives you much tighter control over when your invoices are paid. You will be in a much better position to take advantage of early payment discounts. These are typically a 2% discount for payment within ten days. On a 5,000 invoice this would represent a saving of 100 so you can see how these savings add up.

5. No late fees – Legally, if you pay late, your clients can charge you extra. Under the Late Payment of Commercial Debts (Interest) Act 1998, if an invoice is not paid on time, clients are entitled to charge you interest calculated at the Bank of England base rate plus 8%.

6. Improved cash flow – If no early payment incentive is offered, automated invoicing gives you the control and accuracy to pay bills on time but not early, thus improving your cashflow.

7. Greater accuracy Invoice automation mean that it s simple and quick to find invoices, meaning you ll avoid the problems associated with errors such as duplicate payments. According to IOMA s findings, 17% of businesses have a duplicate invoice payment rate of 0.1 to 0.5%. If your firm s duplicate invoice payment rate was 0.3% and your accounts payable team processed 300 million worth of invoices each year this would represent an overpayment of 900,000 annually. Of course, you should be able to retrieve this cash (as long as your system alerted you to the overpayment). However, this could involve paying a third party. Recovery companies charge, on average, a third of the outstanding invoice amount, which in this case would be 300,000.

8. Lower storage costs Research suggests that it costs businesses around 11 to file each document. Lots of potential productive working time is also wasted looking for lost or misfiled documents.

Invoice automation slashes the costs of storing documents because you ll no longer have to find somewhere to put a growing body of paper documents. Nor will you have to buy additional equipment such as filing cabinets to keep all the paper in.

9. Working with paper documents means a lot of printing, faxing, posting and copying. The costs of these processes all add up. Invoice automation means that many of these processes are no longer necessary and therefore reduces costs, especially those associated with postage and other shipping services.

10. Business continuity If there was a disaster such as a flood or fire, losing all your paper files would be a catastrophe. With invoice automation, files are stored electronically and backed up the risk is minimised.

DCS provides tailored solutions for

invoice automation

. We can work with you to identify what the potential savings/ROI would be on an invoice automation solution for your business.

Article Source:

ArticleRich.com

4 Element Yagi Wifi Antenna: Simple Yet Efficient

Filed Under (It Services) by Admin on 30-09-2020

By Sean Goudeloc

The four elements Yagi Wifi Antenna is composed of a reflector, a driven element and two directors. It is said, after a series of trials and errors, that the real deal in making this design of antenna is the length of the boom rather than the number of elements a yagi antenna has to be able to gauge its performance. In making this, you will need to consider a lot of specifications.

Four elements Yagi Wifi Antenna is devised for a high or a very high frequency spectrum. The boom length must take into great consideration simply because it holds the key to an excellent performance of the Yagi Wifi Antenna. According to the original creators of the yagi-uda antenna, the boom should measure approximately 0.3857 wavelengths. However, a longer boom is now being done as part of the antenna’s innovations. A measure of 5900 meters or 0.54 wavelengths is used by some antenna lovers to render better results of the antenna.

The average gain of a typical 4 element Yagi Wifi Antenna is about 8.3 dBi or 6.2 decibels but it may vary according to the type of 4 element design. For a 4 element short boom, maximum gain is just about 7 decibels while for a 4 element long boom, maximum gain may reach up to 8 decibels. Moreover, a design made in Italy called the Yagi Optimizer by the Marconi Club yielded a greater amount of gain. They garnered an excellent measurement of 15.66 dBi. The dimensions for the Italy project will be discussed in the latter part of the article.

[youtube]http://www.youtube.com/watch?v=tYjg1v3y87o[/youtube]

As discussed earlier, there are two types of a 4 element Yagi Wifi Antenna, the 4 element short boom and 4 element long boom. For the short boom, the dimensions are the following. The reflector measures about 4570 millimeter, the driven element is about 5020 millimeter, the first director has a length of 5190 millimeter and the second director is about 5460 millimeter. All elements are 22 millimeter thick and have a beamwidth of 85.2 degrees. It also has a front to back ratio of 22 decibels.

For a 4 element long boom, the reflector measures 4935 millimeter; the driven element has a length of 5080 millimeter; the first director is about 5180 millimeter; and lastly the second director measures 5480 millimeter. All of these elements have the same thickness with a 4 element short boom of 22 millimeters. Given with this lengths and thickness, the beamwidth was calculated to be 68 degrees and has a front to back ratio was found to be 30.2 decibels.

Now, for the dimensions of the greatest amount of gain identified in a project in Italy, we have the following configurations. The boom measures 5900 millimeters long; the reflector is about 2708.8 millimeters; the driven element is 2600 millimeters; the first director has a length of 2504.7 millimeters; and lastly, the second director is about 2424.2 millimeters long.

The spacing of each element, reflector being its reference point, are as follows. The reflector being the starting point has definitely no space measurement. The second element or the driven element is about 1044.5 millimeter away from the reflector. The first director has a spacing of 3126 millimeters from the reference point and the second director is 5900 millimeters away from the first element.

There are a lot of variations with the design and its configurations. This thing is a trial and error process in order to attain satisfactory results.

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Yagi Wifi Antenna

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yagiwifiantenna.com

today!

Source:

isnare.com

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