What Is the Difference between Open Source ALM System Vs Low Cost?

Open source ALM systems are of course developed after preparing requirement lists that might even run to hundreds of pages in length, in a way to satisfy several stake holders. However, if the long list does not have one level of detail that is crucial for the core functionality of your business, you might want to interfere with the code to make it compatible for your unique business needs. You should know which test case management tool to use. This can in turn be time and cost prohibitive, when you do it on your own.

Appropriate software testing tools should be used to make the application work in your favor and it takes appropriate human resources to do it correctly for you, if you are not a professional who can do it.
Low-detail, high impact requirement gaps in goal modeling will surely be there in open source ALM systems. A bit of touch up coding will always be needed.

JRD Sessions Keepers of Your Vision

Customized project charting and business process documentation is very important to produce application lifecycle management systems that serve as real keepers of your vision. Requirement analysis done in JRD sessions would be of great help to elicit requirements that have cross functional implications between stakeholders who will benefit from the ALM system.

Cross-Functional Implications

The details of the different requirements of stake holders would be analyzed and the cross-functional implications considered and eventually the exact performance requirement and functional specification would be established and the ALM system would be developed accordingly in the low cost system.


Low cost ALM tools would be highly specific to suit the core functionality and ancillary functionality requirements of the business in question. It is possible to have every level of detail required in the features section to achieve the efficiency and usefulness of the application, to suit the intended goal.

Customized prototyping is very important to establish the exact requirements of the stake holders who will benefit from the ALM.  Customized prototyping would help keep away from too much of abstraction. Low cost ALM systems can be highly contextual and to the point. The dependency between higher level requirements and lower level requirements can be prioritized as needed without compromising on the usefulness of the application.

Never Miss the Important Stuff

Customization guarantees completeness. Countless additional details that are unique to the stakeholders of your business can be added. Every stakeholder might have their own concern with respect to the system. An architecture design that addresses the concerns by giving importance to the separate points of views and eventually producing an application that never misses the important stuff, even if it is a low level detail is produced.

Avoid Innumerable Variables

In cases where controversial change requests arise, you will always have the services of the developer handy at your service at reduced overall cost. And, your developer will have a clear idea about which bug tracking system or bug tracking tool should be used for your application. You might want to read that article How to Choose a Bug Tracking System.
You can avoid the mess up of having to deal with innumerable variables and features that you do not need at all and you can confine yourselves to dealing with just what you exactly need for your business.


While open source ALM systems target general result of a large pool of stake holders, low cost ALM systems that are customized are highly specific, robust, secure, reliable, maintainable, and scalable.

Open source ALM systems might leave you guilty with respect to requirement gaps. Low cost ALM systems fill in the requirement gaps for you as needed.


Application Lifecycle Management: What you should know

In recent times, quality assurance and application lifecycle management have gained centre stage owing to events like the debacle in the roll out of the healthcare.gov website in the United States. Earlier quality assurance was perceived to be a function akin to that of an auditor but now it is treated as a tool of competitive advantage. It can bring about significant benefits and roll out better quality products with fewer bugs offering users a better experience. In fact, Quality assurance and application lifecycle maintenance are one of the key elements in all kinds of enterprise resource planning initiatives and subsequent upgrades.

What Exactly are Test Case Management Tools?

Test case management tools are used to save information about how testing is to be done, plan testing activities and report the status of quality assurance activities.  Most of these test management tools are used to maintain and plan manual testing. With the help of these tools, QA professionals can gather execution data from automated tests streamline the testing process and allow quick access to data analysis, collaborative tools and communication across multiple project teams.

And What About Bug Tracking System?

If you are planning to use a bug tracking tool, then it will surely improve the outcome of your efforts as the web application will be tested thoroughly for all possible vulnerabilities on time and within budget. Bug tracking software proves incredibly useful in checking the quality of mobile apps and mobile testing space has got a shot in the arm with these tools.

Positive Trends in the Quality Assurance Market

  • Companies are now embracing early life cycle validation to drive down costs and improve time-to-market
  • Increasing Adoption of Test Lifecycle Management, Testing Metrics and Automation Solutions to Improve Overall Testing Processes
  • Increased Domain-based Testing
  • Development of Non-functional Testing Solutions Aimed at Enhancing the Customer Experience
  • Emergence of Testing Frameworks for Newer Technologies
  • Increased focus on ERP Testing and upgrades

Apart from the above trends in the quality assurance market, there is a marked change in the kind of methodologies that are being used in the quality testing industry across the globe:

* Model-based testing
* Early involvement and life cycle testing
* Risk-based testing
* Risk-based security testing
* Predictive performance modeling

 Target Audience of QA Testing technologies

We all know that ERP is technology number one. And vendors offering ERP packages require high involvement of quality assurance professionals as the entire data of an organization is at risk if there are any bugs that are not fixed early.

Product software companies that are planning to release new products in the market also require the help of quality testing professionals and QA technologies that have surfaced in the market. Organizations involved in maintenance of the developed code also need help in this area to fix bugs, trace security issues and deliver a flawless application to their customers.

Future challenges facing QA vendors
  • Evolution of complex and large software packages
  • Integration with external components and interfaces
  • The need to deliver bug free software quickly

Some Quality Assurance companies in the world

1) InformUp (http://www.informup.com)

2) IBM (http://www.ibm.com/)

3) Wipro (http://www.wipro.com/)

4) Cognizant (http://www.cognizant.com/)

5) HP (http://www.hp.com/)

6) Infosys (http://www.infosys.com/)

Application Lifecycle Management – The basics!

Application Lifecycle Development

If you are in the software business, then you need to know application lifecycle management thoroughly as it will help you to build better products, faster and reduce the time-to-market of various products that are being released in the market by your team of developers. You clients will appreciate your knowledge of this critical concept as it will help you in providing better software support services as a vendor.

Application lifecycle Development refers to the entire process of developing a software application right from conception to delivery. The first phase involves understanding the requirements of the customer and then deciding as to what kind of technology can yield the best possible outcomes and then concluding the development of the application through a bug tracking system, test case management tool, defect management tool in order to resolve all bugs, fixes that can sabotage, slowdown or render an application ineffective.

Picking the best ALM solution

If you are the CXO of an enterprise who is entrusted with the task of picking the best application lifecycle management solution for your company, then you have a stupendous job at hand. It comes with great responsibility and one bad decision can ruin the development process. So, to ensure that you hit the bull’s eye, you need to find ALM software that includes a sound web based interface which offers unlimited amount of project fits for small and midsize companies. This web based interface should offer a powerful, easy to use interface to manage test cases in the quickest and easiest way.

It’s not one-time solution

This is something that you need to keep in mind as a decision-maker that  Application lifecycle management is a continuous process of managing the life cycle of a software application right from concept to delivery and can be a key differentiator between various service providers. It can be a source of enormous competitive advantage as it is a key component to delivering innovation and differentiation through software. ALM solutions for engineered products can be a key tool of collaboration and co-ordination between software and hardware teams which are critical to understand product release readiness, support variant complexity, automate development processes, ensure complete lifecycle traceability and manage change.

Read this article about how application lifecycle Management helps organizations and companies.

Components of a successful ALM solution

A good Application Lifecycle management should offer the following in a single, integral solution.

  • Requirements management
  • Software change and configuration management
  • System model management
  • Test management

By having these elements in an ALM solution, you will get visibility into product release readiness, support variant complexity, automate development processes and ensure complete lifecycle traceability. You will also get some ancillary benefits which will help you to:

  • Speed up Product Innovation
  • Reorganize Compliance and Reduce Risk
  • Augment Customer Value through Service
  • Boost Service Revenue
  • Advance Global Product Development
  • Improve Software Quality
  • Enhance Service Profitability
Highlights of a successful ALM solution
  • Easy browser-based interface for easy access and maintenance
  • Exclusive technology that drives adoption
  • Maintains traceability
  • Flexible workflows and granular Work Items to streamline collaboration
  • Multi-directional linking and full traceability that enable compliance to international standards
  • Real-time status increases transparency and release predictability
  • Integration of 3rd-party tools with full traceability completes the lifecycle
  • All-in-one solution with intuitive design reduces support burden and total cost of ownership

Having the right application lifecycle management tool at your side will help you get the highest results for your technology spends and it will also help you win the trust and confidence of your customers.
There are pretty much companies in the market these days which provide ALM itself and there are ones which more specialized in providing Bug Tracking System itself or Test Case Management itself. There are also companies which give a Free trial for people who want to “taste” the software. For example informUp supplies 14-day Free hosted Trial on their cloud which is pretty attractive for small companies but not must. You can find that at this link: http://www.informup.com/hosted-free-trial-account.aspx
Alternatively you can actually Try for Free the and download the software on your server (instead on a cloud) find this on that link: http://www.informup.com/Download.aspx

Whatever you do, the most important thing is Manage Your Business Up -:)

Application lifecycle management with cloud hosting and how it works?

Cloud hosting depends on sharing of resources to attain consistency and economies of scale, comparable to a service over a network. At the foundation of cloud hosting is the broader idea of converged communications and common services.

Here are 5 facts you should know about cloud hosting:

1. Cloud hosting centers on taking full advantage of the efficiency of the shared resources. Cloud resources are typically not only shared by several users but are also animatedly re-allocated for each demand. This can work for assigning resources to users. For instance, a cloud facility that serves Asian users during its business hours with an electronic mail may reallocate the same resources to serve European users during its business hours with a diverse application such as a web server. This method should capitalize on the use of hosting therefore reducing ecological damage as well since less air conditioning, power, rack space, and others. With cloud hosting, manifold users can contact a single server to recover and fill in the data devoid of purchasing licenses for dissimilar applications.

2. The term “moving to cloud” refers to an association moving away from a traditional CAPEX model where you buy the devoted hardware along with devaluing it over some time to the OPEX model where you use a shared cloud communications and pay as you use it.

3. Cloud hosting allows corporations to keep away from open infrastructure costs, and hub on projects that distinguish their companies instead of on infrastructure. Cloud hosting also allows ventures to get the applications up and running quicker, with enhanced manageability and a reduced amount of maintenance. Lastly, it enables IT to quickly adjust resources to meet changeable and erratic business demand.  Cloud hosting is also the result of development and implementation of accessible paradigms and technologies. Its goal is to permit users to get benefits from all existing technologies, exclusive of the need for profound knowledge or expertise with each of them. It aims to incise costs and assist the users concentrate on their core trade instead of being hampered by IT obstacles.

4. Cloud hosting influences concepts such as utility hosting to offer metrics per service used. The metrics are at the center of the public cloud pay-per-use models. On top, calculated services are necessary parts of the comment loop in autonomic hosting; letting services scale on-demand and to carry out routine breakdown recovery.

5. Cloud hosting offers the tools as well as technologies to make data and calculate exhaustive parallel applications with reasonable prices compared to conventional parallel hosting techniques. It involves (1) grid hosting which is a type of disseminated and parallel hosting, in which a ‘super and virtual computer’ is made up of a group of networked, slackly coupled computers acting together to execute enormous tasks; (2) mainframe computer which are powerful computers used mostly by large associations for vital applications, characteristically data processing for instance: census, consumer statistics and secret intelligence services;  (3) utility hosting which refers to the packaging of hosting resources, involving storage and computation; and (4) peer-to-peer  which is a circulated design without the need for fundamental synchronization.

Now after you had a slightly grasp the big world of clouds solutions these days you might want to take a look at these hosting prices of informup’s cloud and can decided whether you want to purchase just a bug tracking system, test case management tool or full ALM tool what calls informUp.

ALM software Tool – What is the purpose?

The culture behind each innovative and creative development of software Firms is to offer quality solutions. This is basically meant to ease the work-flow of any sort of an organization. This results into an increase into high-quality software requirement development services. Thus, to sustain the quality performance of an organizations follow a definite program such as designing, planning, configuring, developing, optimizing, operating, testing, and deploying business applications to develop software development and lifecycle collaboration efficiency. ALM software, an acronym for Application Lifecycle Management is a common term in the world of software development. And, it is a key process which initiates the primary design, followed by implementation at the life end of the application.

However, the key in this process is to have sync linking the start and the end of the process. For Firm in business of manufacturing software will attest to the fact that producing something new and unique is an intricate process that involves cutthroat competition among the many developers. Hence, the need to develop a continuous and cumulative planning to ensure they remain relevant in the industry. Normally, every new application is splendidly complex hence to sustain its function, teams need to surmount great challenges such as the issue of time constrains and limited resources with the intention of producing something of great quality. It is for this reason that Lifecycle Collaboration need to be improved with ALM.

In addition, ALM can be viewed as a link that binds the development Lifecycle jointly. As a tool ALM category start with resource control tools. However, with the continued development of software production Firms and techniques diverse forms of tools were added into the ALM software platform. It is critical to select tools but remember tools are not the only key focus. Yet, the focus should be how the tool can bond to achieve the intended result. As a user, the key objective of deploying ALM tool is to aid in executing a project as per the plan to gain total control of the project.

Apparently, it is executed to link the gap linking team members, eliminates the requirement of having unnecessary records, and offers full traceability of project artifacts. Simply, this can be termed as the balancing act of the entire phases involved in the application lifecycle of any given tool, which includes a bug tracking system, a requirement, and a configuration test case management tool. In the market today, there are a number of approaches that can be used but two key techniques that work perfectly with an ALM structure.

One of the approaches is to assemble ALM tools and according to the set rules assimilate them to erect a personalized ALM policy. While, the second approach involve the installation of a comprehensively developed ALM platform. However, the kind of approach deemed more productive depends with specific ALM software organization requirements but there are basic rules that can be considered. For instance, the aspect of selecting integrated platform, which will eliminate key inefficiencies and bottlenecks in the method. Besides, the issue of cost for the integration process needs to be considered to ensure quality ALM framework is built.

For more information, read this article about the basics of application lifecycle management.