Application Development: Niftysoft Solution is a leading provider of design and development for enterprise-scaled applications. We specialize in developing high performance distributed systems.   
  
We believe in providing client specific business solutions that best meet their requirements. We have in-depth experience with object-oriented technologies such as Java/J2EE, VC++, VB, C, and C++ XML under Windows, UNIX, and Linux platforms.
If your current systems are fragmented, outdated, and increasingly holding up business change, Niftysoft Solution' packaged software implementation services can help you to improve customer satisfaction and seamlessly transition to a new system. Our packaged software solutions include package strategy and selection, solutions design and implementation, and post-implementation services for maintenance, outsourcing, and upgrades.

SYSTEM PROGRAMMING
* Integrated software for enterprise security
* COM/DCOM
* COM+
* ActiveX Controls
* Windows kernel, low-level drivers
* Plug-ins for MS Exchange, Lotus Notes, Adobe products, etc.

Real-time Programming : Real-time functionality is essential for developing many consumer, industrial, and systems devices. While the C/C++ programming language is most often used in the creation of real-time software, the Java language, with its simple and familiar object-oriented programming model, offers many advantages.   
    
Over current real-time practices. Concurrent and Real-Time Programming in Java covers the motivations for, and semantics of, the extensions and modifications to the Java programming environment that enable the Java platform (Virtual Machine) to meet the requirements and constraints of real-time development. Key aspects of concurrent and real-time programming and how they are implemented in Java are discussed, such as concurrency, memory management, real-time scheduling, and real-time resource sharing.

A hard real-time task or system is one where an activity simply must be completed—always—by a specified deadline. The deadline may be a particular time or time interval, or may be the arrival of some event. Hard real-time tasks fail, by definition, if they miss such a deadline. Notice this definition makes no assumptions about the frequency or period of the tasks. It could be a microsecond or a week—if missing the deadline induces failure, and then the task has hard real-time requirements. Soft real time, though, has a definition as weak as its name. By convention, it’s those systems that aren’t hard real-time, though generally some sort of timeliness requirements exist. If missing a deadline won’t compromise the integrity of the system, and if generally getting the output in a timely manner is acceptable, then the application’s real-time requirements are “soft.” Sometimes-soft real-time systems are those where multi-valued timeliness is acceptable: bad, better, and best responses are all within the scope of possible system operation.

Interrupts are inexorably linked with real-time systems, as only the interrupt bypasses the time-consuming tedium of polling multiple asynchronous inputs. Yet a surprising number of very fast applications are crippled by the overhead associated with servicing interrupts. Though chip vendors specify interrupt latency in terms of the time the hardware needs to recognize the external event, to firmware folks a more useful measure is time-from-input to the time we’re doing something useful, which may be many dozens of clock cycles. The multiple levels of vectoring needed by the average processor, plus important housekeeping like context pushing, are all ultimately overhead incurred before the code starts doing something useful. Similarly, the real-time operating system (RTOS) is one of the most important and common tools in the real-time arsenal. Yet the RTOS also provides no guarantee of real-time response. The first rule of real-time design is to know the worst-case performance requirements of each activity—and only then select the right implementation (CPU, hardware design, and firmware organization). Thinking in the time domain, as well as in that of the conventional procedural, is crucial.     
 
Embedded Systems: Embedded system programming, or writing software that drives controllers, traditionally meant squeezing more performance out of limited memory and processor resources. However, increasing processor speeds and decreasing memory costs now enable a host of new intelligent devices to such an extent that real-time, embedded computers now outnumber all other types of computers. Today, the limit to growth is the ability of programmers to write code fast enough to capitalize on these expanding resources.

We have designed and manufactured a wide range of products for the embedded system and the factory automation. Our training and consulting services include prototyping and customized software or hardware developments. Embedded software development expertise at Niftysoft Solution spans many CPU architectures, chipsets and boards under VxWorks, Embedded Linux and Windows CE platforms. We provide product development services covering application development, system software development (e.g. boot loaders, device drivers and board support packages), while we offer services in a wide array of industries; our main focus is in the following areas:  
 
Our team of experienced embedded software development engineers boasts a lengthy track record of helping market leaders engineer, test, and deploy winning solutions. We help device designers and manufacturers in virtually every phase of the product development cycle. Our embedded software engineering teams are experts with the following embedded operating systems:

Embedded Software Engineering Services: If you're a device manufacturer - whether you create consumer electronics, mobile and wireless units, industrial automation, networking, or any other devices - chances are you already understand the daunting development challenges associated with creating products for market. Let Niftysoft Solution assist you with our array of embedded software development services:

Embedded Applications Development and Integration: Niftysoft Solution can supplement your software team with expert assistance in developing and integrating embedded applications and user interfaces for your device. Our embedded software development team can help you create applications for handhelds, industrial controls, set-top boxes, gaming devices, phones, A/V devices, and more - each specifically optimized to take maximum advantage of your chosen platform.

System Integration: Embedded-device engineering is a challenging discipline that requires specialized expertise. At every step of your design/engineering cycle, Niftysoft Solution's embedded software development engineers and consultants are ready to help you with comprehensive Windows system integration services:

Design reviews

Operating system integration and customization
Device driver development and porting
Boot loader development
On-site consulting
Complete support
Testing and Qualification

Niftysoft Solution offers a suite of comprehensive, proven testing services designed specifically for embedded devices. Our test teams work closely with embedded software development engineers to quickly isolate and debug problems and suggest methods that resolve issues quickly and effectively.

When it comes to embedded-device systems integration, Niftysoft Solution possesses some of the industry's broadest and deepest expertise in processors, chip sets, and supporting silicon. Because of our experience,
Let Niftysoft Solution provide all of your embedded software development needs!