A warehouse management system is very crucial for smooth movement of goods and materials in the course of an important transaction. It is also important for the storage of materials in any operation. A warehouse management system is one of the most essential parts of a supply chain. Supply chain basically includes series of steps involved in the delivery of finished goods/materials from the supplier to the end customer.

A warehouse management system gives an organization that is in offshore product development  a clear picture of the inventory currently present and the inventory which will be available for future use. It thus helps an organization in effective planning of its processes and operations. The focus these days is on productivity and not on production. Production of any organization is basically measured by the number of goods and materials produced. Production is measured only in terms of the output produced. Productivity is measured in terms of the input as well. Productivity of an organization is a measure of the goods and materials produced and the resources utilized for producing these goods and services.

A warehouse management system is not only about managing operations within a warehouse, it has a much broader scope. It includes Inventory management,Labor management, Cost management and various technical applications. Inventory management aids tracking of inventory for the accurate fulfillment of orders, which ultimately results in customer satisfaction. Inventory management can also be used for determining the inventory items to be processed first. First in First out (FIFO) and Last in First out (LIFO) methods are used for determining the same. Industries normally use the FIFO method for perishable goods because they have a short life. Inefficient performance of the workers is a major barrier to the productivity. Labor management basically deals with an increase in the performance of the workers. An increase in the efficiency of the workers is very important for the delivery of goods as per the schedule. Cost management involves cost planning and optimization right from the preparation of an application’s design to its final delivery to the end customers.

Warehouse management systems have steadily evolved to Enterprise Resource Planning (ERP) systems, although the prime function is still the same. ERP system integrates all the departments of an organization and help in information flow between them and within the organization. Proper communication and sharing of information between different organizational departments is very important for improved decision making and performance. ERP system is built on a single central database and platform. They obtain information from different departments of organizations and supply information to them.

One of the most popular technologies in use nowadays is voice directed distribution. It uses speech recognition technology and all the major operations in it are voice enabled. Workers can interact easily with each other and thus it saves unnecessary manual work. Accuracy of the orders is enhanced and warehouse productivity is increased. Modern technologies used by several outsourced software development companies also allow the automation of shipping and billing processes.

The world is shifting from traditional to techno savvy. Companies are now getting furnished with advance technology & IT services. The success of Information Technology companies lie with the increased need of software development services and this is reason that software development services market is booming. Nowadays, companies are offering their services in offshore product development. To achieve success, many companies turn to the software application development firms to get the complete IT and software solution for their needs. They consider that basic software are costly and even do not fulfill their overall needs. Even the services provided by the software development company are cheaper than buying new and exclusive software. Several trends are emerging within the area of outsourced software development.  Some of the most important trends are as follows:

Cloud Computing – Cloud computing comes into focus only when you think about what IT always needs: a way to increase capacity or add capabilities on the fly without investing in new infrastructure, training new personnel, or licensing new software. Cloud computing levels the playing field for small companies to compete against large, established companies at a reasonable and predictable cost. The cloud is just one example of a virtualized computing platform, and the next generation of developer tools must enable developers to build software that deploys and performs well in cloud and other virtual environment. 

Agile Development – Agile development helps to standardize management and daily programmer work, enforcing a small, controllable level and also encouraging good communication across the team. Agile development processes, including Scrum, test-driven development, and continuous integration are commonly used in the enterprise and smaller development shops, often in combination with other development practices. Within Microsoft, many teams have integrated elements of Agile development practices to their process.  Visual Studio 2010 opens the door for Agile methodologies, offering support for some Agile processes, such as unit testing and iteration planning.  We will continue to support more Agile methodologies as we will move forward. Agile management is not only for managers rather it is for the whole team to have a good understanding about their own development and management process.

Modern scripting language – These languages encourage good practices and methods, changing our attitude towards programming and program design. Embracing elegant and simple solutions becomes expectation with time, thus we will be striving for elegance and quality to improve all of our further designs and codes.

Quantum computing is completely a new ball game. A quantum computer is a new type of computer that uses the unusual properties of quantum physics to solve problems that are impossible for regular computers. They do this by using qubits instead of bits. Like bits, qubits can represent one or zero. What makes them special is that a qubit can be one, zero or a superposition of both. A qubit can be both one and zero at the same time, which makes quantum computers exponentially more powerful than their conventional counterparts.

A quantum computer takes on or off state and adds many different possible states. Quantum computers represent a huge leap in processing power. They could execute instructions exponentially faster because there is almost no limit to the size of the instruction. Currently, most computers use 32 or 64 bit instructions. In fact, more computers that are powerful often come along well before any use is found for them. In the future, more uses will be found for quantum machines as their tremendous processing power becomes available. However, having the machine is not enough. Today all of the software is based on the silicon technology. New software is already being developed to take advantage of quantum computation. Outsourced software development companies have started to develop software using this technology. Quantum computing software can be considered for outsourcing software development services. Quantum computer components because of their atomic size will be susceptible to errors. Error checking will be of critical importance and computer scientists have already developed some ideas to insure accuracy in quantum systems.

An ordinary computer has to make it way through long strings of 1’s and 0’s until it arrives at the answer. In our computers, circuit boards are designed so that one or zero is represented by differing amounts of electricity; the outcome of one possibility has no effect on the other. The quantum system must be able to program the equation into it, verify its computation, and extract the results. Several possible systems have been looked at by researchers, one of which involves using electrons, atoms, or ions trapped inside the magnetic fields, intersecting lasers are used to excite the confined particles to the right wavelength and second time to restore the particles to their ground state. A sequence of pulses could be used to array the particles into a pattern usable in our system of equations.

Quantum computing is a fast-moving science. Researchers often share their results as soon as they have written them up, before publication. This prepublication sharing allows others to respond quickly, independently of journal publication cycles. As a result, many important findings are based on not-yet-published research.

Q3 has signed a contract with a customer in Northern Europe to develop a product to integrate their international Freight handling and customs applications with shippers like leading logistics and freight handling companies.

Through the Freight Handling Solution, lead logistics providers are able to allocate loads to their preferred partners through a single, web based interface. The transport providers update the Lead Logistics Provider with their acceptance or rejection of each load. Then through the Freight Management Solution they can provide complete check point data for every shipment. The Lead Logistics Providers are able to assess and evaluate their partners through a suite of comprehensive KPI programs. It also allows lead logistics providers to have a greater visibility to accurate and genuine on-time delivery performance.

Q3 Technologies, an Offshore Outsourcing Company, offers to develop a competitive advantage by using technology in a more productive or effective way than your competitors. These solutions can become an efficient method for both industry leaders and small companies to reduce expenses and retain a competitive advantage. Q3 provides total flexibility in terms of custom application development – the process is essentially “Client Driven”.

Q3 is a leading provider of comprehensive and user-friendly logistics software solutions. We develop Logistic & Transportation software for companies of all sizes within the Industry.

The world of gaming and entertainment seems to be ever changing and developing, broadening its customers and showing new sides of entertainment we probably never considered possible. There is a transformation happening in the world of games and entertainment industry. Fueled by changing technology, everything from who plays, to what they play, to how they play it, is in a state of evolution.

The entertainment and gaming industry includes about more than 1000 companies all over the world. The major technology advancements push the rapid change in the gaming and entertainment industry. Higher speed, more advanced visual technology enhances the gaming experience. Just a few years ago, mobile gaming was not much more than lightweight entertainment on underpowered devices. The genre was a novelty. Now, you can’t talk about gaming’s future without mention of mobile platforms. We’re heading slowly towards a new market where we have different cost structures and different hardware archetypes. We’re probably looking at a gaming industry future where some consoles become truly multi-purpose home entertainment platforms – music, movie, digital video recording and gaming enabled devices are such where direct delivery becomes the dominant reality.

We develop games by adopting a software engineering approach, combining the technical aspects of games programming, including graphics, artificial intelligence, user interfaces and vision with the quality assurance. Our expertise lies in clearly perceiving the business goals of our customers, choosing the most appropriate technology and efficiently designing and developing solutions that cater to the identified business needs. We, as a Custom Software Development company help our customers achieve new heights with reduced Time-To-Market and substantial cost saving. The benefits include high-performance gaming experience, leverages the potential success brought in by popular mods, user-friendly mods/plugins that replace almost all the artistic assets in the original game, and sometimes core aspects of game play. We have an exclusive and dedicated team of professional developers for developing the gaming & entertainment applications. We believe in giving the customers utmost benefits at minimum cost.

There are many segments in the gaming & entertainment industry which includes:

1. Casino Gaming
2. Online Gaming
3. Mobile Gaming
4. Gaming standard and Compliance
5. Responsible Gaming

Gaming and entertainment industry is also finding itself more and more in mainstream industry today as there always seems to be a new game out or brand new console game that will be popular in the market all over the world.

Web conferencing is basically a web meeting which is interactive not only in terms of audio and video but also by allowing the sharing of documents and files and viewing them online. It is a means that brings people together from multiple locations to share information in an interactive environment with other users over the Internet. Web conferencing increases productivity by having decision makers located in a single place to discuss strategic topics pertaining to business.

Web technology has replaced face-to-face meetings among sales teams and executive boards because it saves travel costs and increases productivity. Web conferencing is a technology that places crucial information in a visually appealing way at the fingertips of professionals. How you choose to use web conferencing will very much depend upon your line of work. Web conferencing is relatively a new communications phenomenon that offers numerous benefits and advantages.

Efficiency – Nowadays, it is very essential to get your view across in a clear way. Quality communication can help to move your business forward and boost its success. By using web conferencing to connect with peers and clients, you will be able to deliver messages effectively and efficiently.

Builds Relationships – Web conferencing helps you to create strong bonds with others by allowing you to communicate with them in a personal way, even when you are sitting at different locations. It can also help meeting participants residing in different locations to work together in an interactive and dynamic way.

Eliminates Geographical Distances – Web conferencing can bridges the geographical distances by allowing for virtual meeting experiences that are same as face-to-face meeting. No matter where the meeting participants may be located, this type of conferencing brings everyone together into a single working environment, allowing for more fulfilling and productive discussions.

Saves Time and Money – Web conferencing helps you to streamline your work, which leads to significantly reducing your travel time allowing you to conduct productive and engaging meetings without ever leaving your office. Online conferencing makes collaborating with colleagues and clients highly convenient by reducing the need to travel. Web conferencing also allows you to save money.

Versatility and Flexibility – Web conferencing provides you the benefit from its high level of versatility and flexibility. From team collaborations to providing training and orientation to new employees, web conferences have multiple uses and can meet numerous communications requirements.

ERP or Enterprise resource planning is a term used in conjunction with Enterprise Resource Planning software which is used to manage and coordinate all functions, resources and information of a business, available on a shared data source. ERP is a strategic tool, which helps the company to gain a competitive edge by integrating all business processes and optimizing the resources available so as to manage the enterprise as a whole.

ERP has many advantages which can benefit the company in the long run.  ERP helps in faster processing of information and reduces the burden of paperwork. It gives customer satisfaction in terms of prompt responses and follow ups. It helps in having a say over your competitor and adapting to the ups and downs of the market and business fluctuations. ERP is suitable for global operations as it encompasses all the domestic jargons, currency conversions, diverse accounting standards, and multilingual facilities. ERP helps to control the data and facilitates the necessary contacts to acquire the same. It helps in streamlining of financial and administrative systems.

One of the greatest benefits of incorporating ERP as a key business strategy is its ability to fundamentally eliminate multiple systems with no more redundancy. Individual agencies can hereby share important information in a standardized way, proving for a reduction in time spent doing this and a resulting improvement in productivity. All-in-all costs are reduced by implementing ERP for discovering only the best practices for all the business processes needed to be carried out.

ERP is a technology formed with the fusion of small, separate segments of an enterprise to form a larger, interactive unit. The atmosphere of ERP is inevitable and the architecture is robust. You can analyze data across all departments and interpret most important information. Information flow across boundaries experiences least viscosity, providing customized business solutions.

Modern businesses run systems, IT networks and corporate applications and manage business processes that often become unwieldy, complex and difficult to manage. An ERP solution with its business process transformation capabilities is generally favored by enterprise IT managers, chief information officers and chief technology officers to integrate and better manage business operations and ever-increasing business applications and network systems. The solution in its early deployment stages integrates key business processes and functions such as finance, manufacturing, purchase, production planning, human resources, sales and marketing.

A successful implementation of ERP software can result in medium-term business benefits. Top management are able to get real-time insight into business activities and operations across locations and can adjust short-term strategic objectives and goals. Employees can access and manage enterprise applications on demand. Over time, businesses learn to be more quick, competitive and productive.

Agile methodology is an approach to project management. It helps team respond to the unpredictability of building software through incremental, iterative work cadences, known as sprints. Agile software development is a framework utilized for software development projects. It was born out of frustration within traditional project management activities. An Agile methodology minimizes risk in software development.

Some of the principles behind the Agile manifesto are:

• Customer satisfaction by rapid, continuous delivery of useful software.

• Working software is delivered frequently.

• Working software is the principal measure of progress.

• Close, daily cooperation between business people and developers.

• Simplicity.

• Self-organizing teams.

• Regular adaptation to changing circumstances.

Agile software development is a framework for software engineering that promotes development processes throughout the life-cycle of the project. Agile allows your team to identify the most critical features of the software that can be completed within a short time frame and it delivers a complete build with this set of limited features as the first iteration. Once that is done, you can move those features to production or continue on to the next iteration. Agile projects are released to production months where Waterfall projects normally span a year or more before they are released to production.

Agile methods emphasize real time communication, preferably face-to-face, over written documents. Most agile teams are located in a bullpen and include all the people necessary to finish the software. At a minimum, this includes programmers and the people who define the product such as product managers, business analysts, or actual customers. The bullpen may also include testers, interface designers, technical writers, and management. Agile software development focuses on keeping code simple, testing often, and delivering functional bits of the application as soon as they’re ready. The goal of agile software development is to build upon small client-approved parts as the project progresses, as opposed to delivering one large application at the end of the project.

Advantages of Agile

• Agile methodology has an adaptive team which is able to respond to the changing requirements.

• The team does not have to invest time and effort in delivering the product.

• Face to face communication and continuous inputs from customer representative.

• The documentation is the crisp and to the point to save time.

• The end result is the high quality software in least possible time duration and satisfied customer.

Scrum is a simple Agile method for software development. Scrum is one model of the Agile movement and represents a typical shift from “waterfall,” a traditional project management approach that, until recently, has dominated software development. Scrum assumes that the software development process is complicated and unpredictable and treats it as a controlled black box instead of a theoretical, fully-defined process.

Characteristics of a good Scrum tool are:

1) It must not have a fixed process flow. The team must be able to tweak the process to fit their culture and organization.

2) It must be simple enough to enable not get in the way. The team must drive the project rather than the tool.

3) It must produce status and progress reports that are customizable and accessible to the business. Feedback is the process that keeps Scrum / Agile on track in a world of changing priorities.

4) The process must have a business value driven approach. In other words the project management tool must drive business value and make business value delivery clear to the team and stakeholders.

Another characteristic of Scrum is that the software development process isn’t treated as a linear process. Scrum, however, doesn’t prescribe a sequence in which the activities must be implemented. A project can start with any activity, and can change between activities at any time. This increases the project’s flexibility and productivity.

To manage these processes with flexibility, Scrum supplies techniques and controls to manage this unpredictable process. The Scrum method is deliberately designed as a framework that can be applied to existing processes. A key principle of Scrum is its recognition that during a project the customers can change their minds about what they want and that unpredicted challenges cannot be easily addressed in a traditional predictive or planned manner. As such, Scrum adopts an empirical approach—accepting that the problem cannot be fully understood or defined, focusing instead on maximizing the team’s ability to deliver quickly and respond to emerging requirements.

Android is a software stack for mobile devices that includes an operating system, middleware and key applications. The Android SDK provides the tools and APIs necessary to begin developing applications on the Android platform using the Java programming language. New age of communication has brought up amazing innovations for the mobile users as Android has shown its presence as a new platform for mobile application development. Android platform was released in year 2007 serving the mobile users all over for the quality application development.

Additional applications are playing amazing role in the modern times when people are getting crazy about latest versions of new high profile mobiles. There are thousands of applications available on the internet to download in various categories, such as security applications, fun applications, business applications, internet applications, utility applications, and many more. Users of new generation are multiplying rapidly with the demand of custom mobile applications to run on their respective mobiles.

Android mobile application development is done by following the guidelines of the Android SDK (Software Development Kit) provided by the Google. It is an easy system for developers to build attractive and custom designs of applications. It provides the set of developing tools, which can be used smartly for molding the creativity to real applications. The tools provided by the Android SDK are debugger to test the programs and find bugs, various libraries, tutorials, ample codes and handset emulator. High performance and quality applications can be developed by using the SDK since it provides great built-in features and high level flexibility to develop smart mobile applications. Using the SDK, Android developers not only develop applications for companies but also for the individual businessmen from various business industries.

In-built libraries of the Android allows developer to create rich applications and tools provided which helps in running, debugging & testing these applications instantly. Android allows developer to make such applications that facilitate user to take full advantages of the mobile set, for instance by using these applications users can use all the attracting features like camera, SMS facilities, MMS facilities and many more features of the handset. Android is the open source product, according to experts it will continue to render cutting-edge technologies for the users with the emerging time. Android platform is the boon for the developer’s community for building innovative and quality applications for their clients.

Android holds the promise of unprecedented benefits for consumers, developers, and manufacturers of mobile services and devices. Handset manufacturers and wireless operators are free to customize Android in order to bring to market innovative new products at a faster pace and at a much lower cost. Developers will have complete access to handset capabilities and tools that enable them to build more compelling and user-friendly services, 11bringing the Internet developer model to the mobile space. And consumers worldwide will have access to less expensive mobile devices that feature more compelling services, rich Internet applications and easier-to-use interfaces — ultimately creating a superior mobile experience.

Ajax is a way of programming for the Web that gets rid of the hourglass. Data, content, and design are merged together into a seamless whole. When your customer clicks any screen element on an Ajax driven application, there is very little lag time and the page is displayed instantly without refreshing or reloading.

Ajax is a group of interrelated Web development techniques used on the client-side to create interactive Web applications. With Ajax, Web applications can retrieve data from the server asynchronously in the background without interfering with the display and behavior of the existing page. The use of Ajax techniques has led to an increase in the interactive or dynamic interfaces on Web pages and better quality of Web services due to the asynchronous mode. Data is usually retrieved using the XMLHttpRequest object. Despite the name, the use of JavaScript and XML is not actually required, nor do the requests need to be asynchronous.

Ajax is a way of developing Web applications that combines:

• XHTML and CSS standards based presentation
• Interaction with the page through the DOM
• Data interchange with XML and XSLT
• Asynchronous data retrieval with XMLHttpRequest
• JavaScript to tie it all together

An Ajax application eliminates the start-stop-start-stop nature of interaction on the Web by introducing an intermediary — an Ajax engine — between the user and the server. It is always thought that adding an intermediary layer to the application will make it less responsive; however, the opposite is true in Ajax.

Instead of loading a webpage, at the start of the session, the browser loads an Ajax engine — written in JavaScript and usually tucked away in a hidden frame. This engine is responsible for rendering the user interface and communicating with the server. The Ajax engine allows the user’s interaction with the application to happen asynchronously — independent of communication with the server. So the user is never staring at a blank browser window and the hourglass icon, waiting for the server to complete with the process.

Every user action that normally would generate an HTTP request takes the form of a JavaScript call to the Ajax engine instead. Any response to a user action that doesn’t require a trip back to the server ,such as simple data validation, editing data in memory, and even some navigation, the engine handles on its own. If the engine needs something from the server in order to respond, such as submitting data for processing, loading additional interface code, or retrieving new data, the engine makes those requests asynchronously, usually using XML, without stalling a user’s interaction with the application.

The biggest challenges in creating Ajax applications lies to the designer and not the developer since the core Ajax technologies are mature, stable, and well understood.

So, if you are still not using Ajax technology for developing Web applications, then you are lagging behind in the world of technology and advancement.

Cloud computing has emerged as a better way to run your business. Instead of running your applications yourself, they run on a shared data center. When you use any application that runs in the cloud, you just log in, customize it, and start using it. That’s the power of cloud computing.

Cloud computing is a general term for anything that involves delivering hosted services over the Internet. These services are broadly divided into three categories: Infrastructure-as-a-Service (IaaS), Platform-as-a-Service (PaaS) and Software-as-a-Service (SaaS). The name cloud computing was inspired by the cloud symbol that’s often used to represent the Internet in flow charts and diagrams.

The majority of cloud computing infrastructure, as of 2009, consists of reliable services delivered through data centers and built on servers with different levels of virtualization technologies. The services are accessible anywhere that provides access to networking infrastructure. Clouds often appear as single points of access for all consumers’ computing needs. Commercial offerings are generally expected to meet quality of service requirements of customers and typically offer SLAs. Open standards are critical to the growth of cloud computing, and open source software has provided the foundation for many cloud computing implementations.

A cloud service has three distinct characteristics that differentiate it from traditional hosting. It is sold on demand, typically by the minute or the hour; it is elastic — a user can have as much or as little of a service as they want at any given time; and the service is fully managed by the provider (the consumer needs nothing but a personal computer and Internet access). Significant innovations in virtualization and distributed computing, as well as improved access to high-speed Internet and a weak economy, have accelerated interest in cloud computing.

A cloud can be private or public. A public cloud sells services to anyone on the Internet. (Currently, Amazon Web Services is the largest public cloud provider.) A private cloud is a proprietary network or a data center that supplies hosted services to a limited number of people. When a service provider uses public cloud resources to create their private cloud, the result is called a virtual private cloud. Private or public, the goal of cloud computing is to provide easy, scalable access to computing resources and IT services.

Businesses are running all kinds of apps in the cloud these days, like CRM, HR, accounting, and custom-built apps. Cloud-based apps can be up and running in a few days, which is unheard of with traditional business software. They cost less, because you don’t need to pay for all the people, products, and facilities to run them. And, it turns out they’re more scalable, more secure, and more reliable than most apps. Plus, upgrades are taken care of for you, so your apps get security and performance enhancements and new features—automatically.

Finally, cloud applications don’t eat up your valuable IT resources, so your CFO will love it. This lets you focus on deploying more apps, new projects, and innovation. In nutshell, Cloud computing is a simple idea, but it can have a huge impact on your business.

Q3 Technologies is a large diversified technology company offering technology consulting and outsourcing software products and applications development services to the global IT industry, will be exhibiting at the OutsourceWorld 2009 that is going to be held in New York (USA) from 11^th Nov’09 to 12^th Nov’09. This will be Q3 Technologies’ second participation at the OutsourceWorld.

OutsourceWorld is a pure-play business trade platform for executives who have a need to outsource business services. OutsourceWorld is the premier industry event, which focuses on sourcing and globalization and provides an excellent platform for software companies to reach out to the global market. OutsourceWorld is an event crafted for business leaders charged with strengthening their organization, improving competitiveness and increasing profit margins in an economy that has undergone significant structural changes.

At Global Sourcing Forum and Expo (GSFE), participating companies would get an opportunity to learn from influential leaders, executives, and practitioners who are leveraging global services to tackle economic challenges and to strategically grow their business.

This event is unique as it brings academics, thought leaders, sourcing executives and global suppliers from over 25 countries, all in just 2 days under one roof to discuss debate and learn about the challenges and opportunities posed by changes in their industry. This event has a great significance for medium and large-sized companies that are increasingly adopting global sourcing and offshoring as a competitive tool.

Exhibitors like Q3 technologies use this platform as a launch pad for their latest products. This is a 2 day IT event that will have the largest presence of  IT and ITES (IT enabled companies) companies with their innovative IT products & services. In addition, Q3 will explore established and emerging client destinations and follow best practices to successfully source, manage and deliver global services.

At OutsourceWorld 2009, Q3 technologies would be showcasing its expertise across a gamut of innovative solutions built around cutting-edge technologies in Microsoft .Net, Java and other open source platforms.

The next few days will see hectic activities in the company’s development center (India) and overseas offices as preparations are made for OutsourceWorld 2009. Q3 Technologies will also be exhibiting at the ESC IT Meet to be held on 9^th Nov’09 at Bogota, Colombia. This meet will have presence of  software companies with their innovative IT products & services.

Outsourcing is now one of the most popular terms you will hear in the business world. As an entrepreneur, you will definitely like to remain competitive in the IT industry. You will like to satisfy more and more clients in order to keep those IT software orders coming and let your company grow. By outsourcing your project, you will able to make large savings in terms of cost, investment , and manpower, which can be cheaper than doing it in-house.

When we talk about software development, companies from across the world, ranging from Fortune 500 companies to small and medium sized firms, have flocked to India, China, Indonesia and other such Asian nations to outsource crucial services, You may wonder why these companies outsource their business process to India or other countries as they are attracted especially by the:

Costs Savings

Outsourcing help companies in this endeavor by providing quality services at a fraction of what would have cost, if the companies had done the same work in house. The reasons are pretty simple – no more infrastructure costs and no more training and other HR related costs. The money saved can be utilized in strengthening the marketing or can be put back into the core operations or can be held as the reserve

Services

The jobs which companies typically outsource because of their non-core nature are actually core business for the outsourcing vendors so they are able to provide the required focus and the quality because of their well trained and experienced staff and proven working models.

Investments

Today, software companies are required to produce a lot of different kinds of software product for their clients. However, with more and more demand for these kinds of software, IT software companies require a lot of investment capital in infrastructure and as well as large manpower to work on different software as a result it becomes difficult for your company to grow. However, there is one way you can let your company be one of the best in the industry and allow it to grow at a very low price, outsourcing.

India is considered to be the best IT Outsourcing Industry. Customers prefer IT projects done in less than 60% incurred in-house operation. Outsourcing project to India helps you in gaining more revenue with incredible pool of talented professionals. Professionals in India are well understood and well nurtured in current software environment. They are even technically sound with strong determination and passion to complete your task. Hiring an Indian software professionals of PHP, JAVA, ASP and .NET based technologies in real time will enhance your production capability through IT and software solutions.

In coming years outsourcing will become a normal trend, and the current crisis (recession) help customers to take much quicker decisions on project than before as in the past, companies were reverting their businesses from India. However, the challenging times now requires us to be pragmatic, not emotional about outsourcing.

Network management refers to the activities, methods, procedures, and tools that pertains to the operation, administration, maintenance, and provisioning of the networked systems. Network management is a wider term that includes:

•Security: Ensuring that the network is protected from unauthorized users.

•Performance: Eliminating bottlenecks in the network.

• Reliability: Making continuous availability of the network to the users and correctly responding to the system malfunctions (if any).

Network management means different to different people. In general, network management is a service that uses a wide range of devices, tools, and applications to enable the network managers in efficiently monitoring and maintaining of the network.

Network management deals with the top-level administration and maintenance of widespread and large network area commonly seen in the field of computers or telecommunications that primarily includes user terminal equipment.

An element of network management, accounting management is the process of keeping and maintaining records. For example, in telemanagement system, the call accounting module of telecommunication keep tracks of the network usage based on call detail recording (CDR) records output by the telephone system. On the basis of that data, the call accounting system can calculate calling costs, which it passes to a cost allocation module that creates reports of calling activity.

Network management executes functions, such as security, control, allocation, monitoring, coordination, deployment, and planning. It is also governed by several protocols, which are basically present for its support, such as SNMP, CIM, CMIP, and WBEM.

Network Monitoring is about policing network traffic. In other words, network monitoring is spying for the benefit of smooth working of network management. Network monitoring is part of network management. Ideally, network monitoring must be performed on an ongoing basis. While the other systems are performing the functions assigned to them, one should set aside at least one computer to monitor network activity. This is network monitoring in a nutshell.

The computer performing network monitoring must be kept always on. It should have exclusive power lines or, backup generator facility. Everyone should understand that network monitoring system is the most critical part of any network. You can send alarm if something goes wrong with the help of network monitoring.

Network monitoring identifies the slow or failing systems and notifies the network administrator of such lapses. Issues such as, overloaded systems, crashing of servers, network connections being lost, virus infections, and power outages are dealt without losing time if network monitoring is in place.

Configuration management is the detailed recording and updating of information that describes an enterprise computer systems and networks, including all hardware and software components. Such information typically includes the versions and updates that have been applied to install software packages, the locations, and network addresses of hardware devices. Special configuration management software is available. When a system needs hardware or software upgrade, a computer technician can access the configuration management program and database to see what is currently installed. The technician can then make a more affirmative decision whether the upgrade is required.

An advantage of a configuration management is that the entire collection of systems can be checked to make sure that any changes made to a system do not adversely affect the other systems.

Configuration management is also used in software development, where it is called Unified Configuration Management (UCM). Using UCM, developers can keep track of the source code, documentation, problems, changes requested, and changes made.

Configuration management, as we know it today, started in the late 1960s. In the 1970s, the American government developed a number of military standards that includes the configuration management. Later, especially in the 1990s, many other standards and publications emerged that discussed configuration management. In the last few years, the growing understanding of software development as a collection of interrelated processes has influenced work on configuration management. This means that configuration management is now also considered from a process point of view.

Configuration management comprises of five elements:

•Configuration Identification: Identify and document the product design and the physical product; establish baselines.

•Configuration Control: Identify and resolve problems; manage the configuration and design change process

•Configuration Audits: Verify CM processes

•Configuration Status Reporting: Provide CM information to all who need it

•Configuration management Planning: Identify, negotiate and document CM processes for each program; establish roles and responsibilities

All the activity areas in configuration management share metadata for items placed under configuration management. Metadata is a database concept that means data about the data stored in the database. So metadata in this context describes the configuration items. Metadata for a configuration item may include its name, the name of the person who produced the item, the production date, and references to other related configuration items.

Customer relationship management (CRM) refers to methodologies, software, and internet capabilities, which help an enterprise to manage customer relationships in an organized way. For example, if an enterprise builds a database about its customers describing relationships in a sufficient detail so that management, sales persons, service providers, and perhaps the customer can directly access information, match customer needs with product plans and offerings, remind customers of service requirements, and know what other products a customer had purchased.

According to industry view, customer relationship management (CRM) consists of:

• Helping an enterprise to enable its marketing departments to identify and target their best customers, manage marketing campaigns, and generate quality leads for the sales team.
• Assisting the organization to improve telesales, accounts, and sales management by optimizing information shared by multiple employees and streamlining existing processes. For example, taking orders using mobile devices.
• Allowing the formation of individualized relationships with customers, with the aim of improving customer satisfaction and maximizing profits; identifying the most profitable customers and providing them with the highest level of service.
• Providing employees with the information and processes necessary to know their customers for understanding and identifying customer needs and effectively building relationships between the company, its customer base, and distribution partners.
• Identifying and targeting their best customers, generate quality sales leads, and plan and implement marketing campaigns with clear goals and objectives.
• Customer relationship management tools include software and browser-based applications that collect and organize information about their customers. For example, as part of their CRM strategy, a business may use a database of customer information to help construct a customer satisfaction survey, or decide which new products their customers might be interested in.

Many organizations turn to CRM software for helping them to manage their customer relationships. Customer relationship management (CRM) technology is offered on-premise, on-demand or through Software as a Service (SaaS) CRM, depending on the vendor. Mobile CRM and the open source CRM software model have also been gaining popularity these days.

Software documentation is written text that accompanies computer software. It either explains how it operates or how to use it, or may mean different things to people in different roles. Software documentation should describe how an application functions. It acts as a reference manual for users such as developers, technical architects and designers concerned with the application function. This is what most programmers mean when using the term software documentation.

When creating software, code alone is insufficient; there must be some text along with it to describe various aspects of its intended operation. It is important for the code documents to be thorough, but not so verbose that it becomes difficult to maintain them. Several How-to and overview documentation are found specific to the software application or software product being documented by API Writers. This documentation may be used by developers, testers and also the end customers or clients using this software application. Today, we see lot of high end applications in the field of power, energy, transportation, networks, aerospace, safety, security, industry automation and a variety of other domains. Technical documentation has become important within such organizations as the basic and advanced level of information keep on changing over a period of time depending on the architectural changes. Hence, technical documentation has gained lot of importance in recent times, especially in the software field.

For most applications, technical documentation includes the following information:

•Files: A list of important files within the application.

•Functions and/or subroutines: Details of each function or subroutine, together with their parameters and return values.

•Global variables or constants: Details of global variables or constants with their usages.

•How the application fits together: In the case of web applications using technologies such as PHP or ASP, it describes the location of files pagewise and also the modules or class libraries used by the application.

•3rd party objects: In the case of applications using Microsoft technologies, it may describe which 3rd party COM objects have been used.

•API Reference: Details of how to use the Application Programming Interface (API) if it is there in an application.

•Associated entities: Useful to document related items such as the database used by a typical client-server application.

Documenting software is often a laborious process. To save time and money, certain automated documentation tools are available that speed up the process of documentation in comparison to manual writing.

In order to manage the costs and time involved with the documentation of software, an alternative is to outsource the task of creating technical documentation for an application. Dedicated technical writers ensures that your technical documentation meets the highest possible standard.

Wireless application development is a method of developing applications for wireless devices designed to provide technology-independent access to the Internet and advanced telephony services. It is an open standard for applications that uses wireless communication. The best part of the application development is that it facilitates mobile users with wireless devices to simply access and network the information and services instantly. Moreover, wireless application can be developed on any operating system, such as PalmOS, Windows CE, and JavaOS.

The increasing popularity of these applications enabled us to have a platform where one can easily switch the information flow between Internet and wireless operator networks. This technology also offers an easy-to-use and extremely convenient communications and information tool.

Beyond standardizing, the factors, such as wireless application reliability and flexibility have also enabled many companies to allow their employees to access mobile data. Employees can access a full series of corporate services and information anywhere and any time using this technology. This technology acts as a service platform, which is a major advantage and making it as a preferred choice. This technology also helps in enabling rapid pilot solutions and conducting online business in secure and well-organized manner.

However, while creating wireless applications there are some major architecture types that one has to take care of:

• Smart client applications permitting offline access to vital data and providing integration with enterprise data sources for periodic updates.

• Online-only (dumb) wireless internet applications provide real-time browser-based content to wireless devices.

Living in modern technology-oriented world has helped us to send all the critical information and messages within a matter of seconds. With the boom in communication technology, there has been extreme increase in the growth of wireless application development companies. These days many firms have started providing appropriate wireless applications to fit your wireless needs by making the best use of wireless technologies, such as WML Script, J2ME, and XML. Today we view this technology as an extension to web applications that allow data to be accessed via remotely handheld devices, like cell phones.

Enterprise Architecture has become a common practice for large IT organizations. For the first time there is a methodology to encompass the various IT aspects and processes into a single practice. However, realizing the full potential of Enterprise Architecture (EA) can be challenging. There are many aspects to EA, including architecture planning, governance, taxonomies and ontology, all of which impact its success. Without the right guidance, tools, frameworks and methodologies, EA can quickly become unwieldy.

The enterprise architectures act as an asset in finding effective ways of using technology. When they don’t work well, they can be a huge counterproductive drain on precious organizational resources. All too often, it is the latter case that is realized.

You can not afford to ignore the potential benefits of well done enterprise architecture. These benefits include decreased costs, increased revenues, improved processes, and expanded business opportunities. Also, you can’t afford to ignore the risks of getting mired in bad enterprise architecture. These risks include astronomical expenses, technological gridlock, and diminished executive credibility.

For corporate firms and software enterprises, it is very essential to have an architectural planning and strategy through which they are able to analyze their business needs and gain logical solutions related to their necessities. Also, it is very essential to implement the methodology and process of enterprise architecture through which the structure of the business, its priorities and needs can be properly understood and defined in an effective manner.

In the enterprise architecture process, experts start the project by studying thoroughly the business structure and create a framework, which effectively describes the infrastructure. The next stage involves strategic planning, implementation of the tools and process where the experts systematically adapt methodologies to execute the task. The enterprise architect however, like a city planner, frames the city-wide design, and choreographs other activities into the larger plan.

Delivered successfully, enterprise architecture has the potential to allow both the business and IT strategies drive each other. Therefore, effective enterprise architecture may be regarded as one of the key means of achieving competitive advantage through information technology.