What Is SAP Access?

SAP is basically a software provider that generates the third- highest revenue among software service providers the world over. It stands for "Systems, Products and Applications in Data Processing". It provides business solutions to six industrial sectors like process industries, discrete industries, service industries, financial services, consumer industries and public services. It has dedicated more than 25 industry solution portfolios that deals with huge business concerns and greater than 550 solutions for smaller businesses.

SAP owes its success to the fact that it is more flexible, open and adaptable to different web-based and software-related business activities compared to many other counterparts. As reliable sources say, it comes out as the only software service provider that not only provides solutions to complex business issues but help businesses develop their own solutions too, by supplying them the required technology.

The major products in SAP include SAP ECC (used in Enterprise Resource Planning), CRM (Customer Relationship Management), PLM (Product Lifecycle Management), Supply Chain Management (SCM) and Supplier Relationship Management (SRM). Products like the Netweaver platform, Governance, Risk and Compliance (GRC) solutions and Performance Management solutions are also popular.

SAP IDES (Internet Demo and Educational System) is a type of SAP system that guides the users about SAP implementations as it has already been configured. IDES has been developed for a large number of SAP applications like APO IDES, CRM IDES, and BW IDES. It also provides insight about the SAP system integrated applications. IDES takes care of many facets of a business concern including Overhead Management, Product Cost Analysis, Profitability Analysis, Human Resource, Planning and Production. Third party CAD systems have also been integrated within the IDES, which means that CAD drawings can also be accessed within the system.

SAP training is provided online to help the consultants improve their existing expertise or learn the software if they have not done so as yet. Online training is quickly getting popularity so much so that many universities have also opted to get these services for their students.

In order to get online training, SAP access to SAP's educational environment (IDES) is required. Since the SAP software uses TCPIP as the network communication protocol, the SAP can be accessed over both LAN and WAN with equal ease. While accessing SAP software, there are some technical requirements as well. The prime among these is that SAP GUI is most compatible with Microsoft Windows 32-bit Operating Systems (Windows NT, Windows 2k, Windows XP and Windows Vista). Minimum requirements are 1GB RAM along with 3GB Hard Drive space. Virtual ports of different types are used for communication over the internet, such as port number 80- allocated for browsing, email clients use port number 127 and Simple Mail Transfer Protocol uses port number 25. The configuration of most common virtual ports is already done in firewalls, but for SAP GUI, the virtual ports need to be opened manually, owing to its uncommon nature.

After SAP access has been ordered, an automatically generated email is received that gives SAP connection and SAP GUI download information. While the SAP GUI is installed, the SAP user ID is being set up. After that, you would receive user ID and password via email.

Searching for SAP Business One Singapore, check out Alenu Group.

The Benefits of Supply Chain Management Systems

As a business owner, you need to know the importance of effective supply chain management systems. This aspect of business can help improve customer satisfaction. It can also help enhance efficiency and minimize the costs. Read on to know more about this important aspect of business.

What is an SCM system?

A supply chain management system helps in the operation of interconnected businesses that provide products and services to the customers. This system allows business owners in planning, designing, implementing, and monitoring the related activities to improve the performance of the business. Supply chain management systems often take time and money to implement. Many businesses, however, invest on these systems because of its benefits.

What are the benefits of SCM system?

Lower cost is one of the leading benefits of using an SCM system. It helps lower the costs of raw materials. An efficient system helps you plan for the materials to be brought to your company at the lowest possible cost. It also helps ensure the materials are exact in amount. With an improved relationship with the suppliers, you can have the chance to cut on cost through a volume discount.

With the latest software, you can track your suppliers and distributors. This way, you can monitor the location of your raw materials and finished products. These companies can also track you while receiving or sending the materials. The most advanced systems may also include reports on how the chain of goods goes from the supplier to the distributors. Such reports are important as they allow you to see the areas that need improvement.

What is a Cycle Time?

A cycle time is the time your business takes to turn over a product from raw materials, give it to your distributors to sell, and make money to buy new raw product. The cycle starts with the purchase of new materials. When it takes too long to obtain the raw materials, production may need to stop. As a result, the operation and revenue slow down and With an effective SCM system, you get a smooth and effective cycle time. It ensures raw materials are provided as the business needs them. This way, the production can go on smoothly and continuously.

What is a WMS Software?

Warehouse management system software or warehouse software is important in a productive supply chain management. Such software allows warehouse managers and owners to properly control the movement and storage of the materials taken in, stored, and disbursed. WMS software is practical and advanced to provide better and easier management.

Many companies today provide warehouse software and other management systems. Choosing a good software or system can be the key to an improved productivity. With the help of these innovative platforms for business, you can gain the trust of your business partners and consumers.

Start searching online for companies offering supply chain management. Compare all of your options so you can have a suitable management system for your warehouse and other related operations.

Material Handling - Warehouse Control Systems For Food and Beverage Sector

According to Jerry List, vice-president of QC Software (qcsoftware.com), "First we have to understand the core competence of the Warehouse Control System (WCS). WCS evolved from the Warehouse Management System (WMS), due to the fact that the WMS was just trying to do too much and technology just could not keep.

Routing, sorting and processing cartons through a transport system are very different from tracking inventory and orders . In the food and beverage arena is indispensable (a central quality control) for goods to be picked, packed and shipped in an expeditious manner, due to the corruption factor. In the CMC should be able to process packaging Cardboard efficiently avoiding recirculation in the process of processing thousands of cartons an hour. "

Manufacturing journalist Thomas R. Cutler contributed to the current issue of the International Food Security Network and Quality (IFSQN), the feature titled, "WCS Expands to Food and Beverage" details the decision-making process often carried out by food and beverage distributors and manufacturers.

According to Cutler, "There is a significant shift between (Warehouse Management Systems) WMS and WCS (Warehouse Control Systems) in the area of merging local data warehouses into an enterprise data storage. There are suites software products that provide the tools necessary to efficiently and economically operate a warehouse or distribution center. "

Traditionally, a Warehouse Control System (WCS) executes instructions provided by an upper level host system, such as an ERP (Enterprise Resource Planning) system or a WMS. True Tier 1 WCS software provides advanced management capabilities including inventory control, scheduling and resource management orders. The best of the breed WCS systems are modular in nature, easily configurable, platform independent, with a scalable architecture to meet the needs of any size warehouse.

Unlike a typical WMS software solution, WCS directs real-time data management and interface responsibilities of the system for material handling, as well as provides common user interface screens for monitoring, control and diagnosis.

The focal point for the management of the operational aspects of material handling system, WCS provides the vital link between the batch-time data reception and real-time programmable logic controller (PLC) system for material handling.

The PLC coordinates the various real-time control devices to achieve the daily work. At each decision point in the distribution process, the WCS "determines" the most efficient routing of the product and transmits directives to the equipment controllers to achieve the desired result. The decision-making process is often controlled by two utilities, the type and the Administrator of the Route Director.

WMS systems are designed to manage information, are planning systems versus systems implementation, however, it is fair to say that the CMC is the market economy to the warehouse because it directs the tasks.

The solutions provided by QC Software enables companies to streamline their warehouse operations with the lowest total cost of ownership in the industry increased corporate profitability.

Warehouse Slotting - New Methods For Big Financial Savings!

If you're looking for information about Warehouse slotting, then you have come to the right place. Specifically, I will give you some ways to improve your overall warehouse management approach and some general tips on how to effectively leverage warehouse slotting.

Basically, warehouse slotting is planning the layout of your warehouse based on factors such as travel distance, palette stability, family groupings, and association of certain products.

For example, consider the fact that for a warehouse full time employee, 50% of their time is generally spent traveling around the warehouse. By making specific strategies for your warehouse to reduce travel time, you can reduce your total labor costs up to 10%.

In addition, if you analyze handling issues, and plan to improve those with the proper slotting, you can reduce labor even further by up to approximately 5%. Also, if done correctly, you will free up space which will no longer cost you an opportunity cost, so you can place other goods there, and leverage that space more favorably.

Generally, this is all accomplished with the aid of software. Then you can sort it in a spreadsheet, based on all the different products.

When looking for software to help you with Warehouse slotting, you should evaluate the features, as they relate to data input, ease-of-use, and the output of data performance. There are choices for real-time integration into a warehouse management system, but these will also require constant tech-support to get the most out of them.

The software to look for is one that allows you to use spreadsheet files, or simple files that your staff is already currently using and familiar with.

Also, you want to make sure you understand the amount of training that is required and the level of skill needed for your staff to be able to fully use the product to its best potential. If you constantly have to use IT support for your warehouse slotting software, then you probably won't get much out of it.

In conclusion, I have given you some things to consider when it comes to warehouse slotting. By slotting your warehouse properly, you can enjoy drastically cutting down on the distance your employees have to travel to locate and track goods in the warehouse, as well as the ability to free up space.

Please visit here to know more about Warehouse management system.

Warehouse Management Systems - 5 Ways to Make Your Business More Efficient and Profitable

During both good times and bad, it's essential for you to find ways to make your business operate more efficiently. Given today's business environment, your very survival may depend upon your ability to reduce costs and increase productivity. This article will show you how an electronic warehouse management system can help your business thrive.

Warehouse Management Systems Background

Warehouse management systems (WMS) electronically track and record the movement and storage of inventory and materials within your warehouse. This allows you to streamline your business processes. WMS capture data electronically using barcode or RFID technologies. You gain real-time visibility and control over supply chain processes such as put away, picking, packing and shipping.

How this Benefits Your Operation

Implementing a practical warehouse management system will streamline your business and provide tangible, bottom-line benefits. Here are 5 ways an automated system can improve your operation:

1. Reduction in Inventory Levels. A WMS gives you real-time visibility into your inventory and an accurate measure of item consumption velocity. The ability to electronically establish min/max levels combined with better visibility should allow you to significantly reduce your safety stock.
2. Quicker Order Fulfillment. A WMS improves inventory location visibility and accuracy. This saves wasted time trying to find the right item. A WMS also gives you the ability to define the most productive way to pick items. For example: by order, item, location or ship method.
3. More efficient use of warehouse space. First, less safety stock means more available space. Next, a WMS improves warehouse space utilization by allowing rule based stock locating. Items are no longer required to always be stored in the same location; the system directs workers to an item's storage location(s). Higher volume items can be designated to forward pick locations with automatic replenishment based on volume. Lower volume items can be designated to locations which are further away. Volume based placement allows items to be located more efficiently relative to receiving, packing, and shipping areas. This significantly improves productivity.
4. Reduced paperwork and delays. WMS substantially reduces the paperwork associated with typical warehouse operations. More importantly inventory transactions are reported in real-time so sales have better visibility, accounting can invoice faster, and warehouse workers are more productive. Reports, tickets and lists are maintained electronically virtually eliminating paper copies.
5. Reduced error rates. An effective WMS automates and standardizes processes to eliminate human errors. Put away locations are verified, part numbers are validated against the orders, and lot or serial numbers can be captured as items are picked. This validation significantly reduces the costs of errors associated with manual systems.
6. Improved customer service. An effective WMS streamlines processes from initial order to shipment to customers. You can determine product availability and commit shipping/delivery dates more accurately. You'll also reduce costs associated with returns because shipments will be more accurate.

You can see that these very real business benefits are associated with automated warehouse management systems. Given the realities of business today, it makes good sense to investigate how your business would benefit.

Cloud Computing, Is This the Way of the Future?

Cloud Computing is slowing becoming a buzz-word in the Software Industry. So much has been said about the power of cloud computing and its ability to revolutionize the way we do business.
So what exactly is cloud computing? A very simplistic explanation would be internet based use of technology. Here the term cloud personifies internet as a medium to communicate and collaborate. This would allow companies and consumers to access applications over a connected network without the hassle of installation and maintenance.

Most people jump to conclusions that cloud computing is same as SaaS (Software as a Service Model). However SaaS is only a part of this larger concept. Cloud Computing includes three core aspects. These are Infrastructure as a Service (IaaS), SaaS and Internet based development (Platform as a Service).

IaaS typically provides the networking infrastructure and other hardware support to software developers and vendors. They can use these IaaS services to host their applications on the internet to their end users. This is a concept in the nascent stages, yet providers like Amazon, provide such computing services to their customers.

SaaS is a concept which has been in use for some time now. Vendors like Salesforce.com, Google and NetSuite use it in a big way, and it is slowly gaining popularity as an effective business model. The basic idea behind this concept is that customers can access software applications, on demand over the internet via a Web Browser. In this model, customers can subscribe to the software, instead of purchasing it. Hence they can pay for the period for which they use the software, most commonly on a pay per month basis.

PaaS is a concept where software developers can develop and host new software via the internet, without having to purchase new hardware or software. Microsoft Azure and Google Apps, are some of the popular PaaS providers.

Seeing a rise in popularity of this concept, major software vendors like SAP, Oracle, Microsoft and IBM, each are working on devising key strategies for the same. Currently vendors like SAP and Microsoft have a combined share of thirteen percent in the Indian SaaS market, with Webex and Salesforce leading the roost. There is a general trend of SMEs adopting much faster to a model like this as compared to larger corporations.

It seems traditional on-premise application providers have shown some resent toward this increasing buzz and adoption towards the cloud hype. In fact Oracle CEO Larry Ellison states that the IT industry is more fashion driven and begins to associate everything to a cloud, in a sarcastic statement to the press. Yet, Oracle has its own strategy to counter cloud computing. Its CRM on-demand tool is slowly gaining popularity among the industry.

SAP is not far behind when it comes to cloud adoption. It has taken a hybrid approach to integrate the on-premise and on-demand models to ensure unison and integrity among enterprise applications. SAP Business Objects is an on-demand solution to cater to the diverse needs of small and medium sized enterprises.

There are still some risk factors and apprehensions to a complete shift to the cloud. In fact, SAP's former CEO Leo Apotheker had said, that a large company cannot put everything on the cloud, as the cloud would collapse. John Wookey who is now in charge of SAP's on-demand strategy, is working on new strategies to counter the hype of cloud computing.

How will businesses, software companies adapt to the changing trends in the software industry is something to look for in the near future. But from the looks of it, cloud computing is definitely something that is here to stay.

Details on Cloud Computing Singapore, do visit the link. A Search Engine Guru marketing article by Dougles Chan.

Warehouse Management Systems

Warehouse management involves physical warehouse infrastructure dealing with receipt, storage and movement of goods within an operation and then process the associated transactions. Knowledge about inventory control and warehousing systems, transport management, order management, mathematical calculations for optimum storage, risky goods management and entire accounting system.

A Warehouse Management System (WMS) is an important part of an effective Supply Chain Management system. Implementation of WMS along with data collection will increase accuracy, efficient labor utilization to save costs without affecting goods movement cycle.

Implementation of a WMS:

The basic logic of any WMS software is combination of items, location, quantity, unit of measure, order information, where to stock, to pick up from and in what sequence to perform these operations. It is all about directed movement before you set up the extensive warehouse system by assigning specific logic to the various combinations of item/order/quantity/location and information in correct sequence.

o Location Sequence: Define the pick up flow through the warehouse and assign a sequence number to each location.

o Zone Logic: It designates an area; combine this with exact location logic within the zone to direct picking, put away, replenishment to and from specific areas of the warehouse.

o Fixed Location: It uses pre-determined fixed locations per item piece picking, case-pick
operation, put away and replenishment.

o Random Location: It generally refers to areas where products are not stored in fixed locations. With combination with other logic, exact location can be determined.

o FIFO: Directs picking from the oldest inventory first. First-In-First-Out.

o LIFO: Last-In-First-Out is very relevant for overseas customers because of longer transit time. Especially useful for distribution of perishable goods for both domestic as well as overseas customers.

o Quantity or Unit of Measure: Allows you to pick directly the same item based upon the quantity or unit-of-measured order from different primary picking or reserve storage locations.

o Few Locations: This logic is primarily used for productivity. It determines least number of locations needed to pick the entire quantity or to stock the entire quantity. The only drawback of this logic is poor space utilization.

o Pick-to Clear: Great for space utilization as it directs pickings to the locations with the smallest quantities on hand.

o Reserved Location: It predetermines specific location to move inbound or outbound shipments, even to an awaiting outbound trailer.

o Nearest Location: This directs goods for picking/put away to the closest available location to that of previous set up.

o Maximize Cube: Slightly impractical, but uses unit dimensions to calculate cubic inches per unit to cube capacity of the location. Units can then be stacked in a manner that it fills every cubic inch of available space.

o Consolidate: It creates additional moves to consolidate, such as, products stored in multiple locations.

o Lot Sequence: This logic uses lot number or lot date to determine locations to pick from or replenish.

Other Functions/Considerations of WMS:

o Activity-based costing/billing for shipment, storage or transaction

o Labor tracking/ Capacity planning in manufacturing

o Yard management for cross docking of trailers

o Slotting of packages in best locations

o Pick cartons is best for similar size and weight cartons

o Cycle counting for operational functionality

o Advanced shipment notification to automate receiving process

o Automated data collection with bar codes

o Task interleaving and order picking to obtain maximum productivity

o Combine multiple logic methods to determine best location for pick up, put away to optimize space utilization and productivity.

The functioning of WMS has many operational constraints, but is essential to serve the customers better and maintain the competitive edge.