How can OS Abstractor save you money compared to an in-house OS abstraction?
Why use OS Abstractor?
Why use OS Abstractor with POSIX?
OS Abstractor Customers
OS Abstractor Evaluation

How can OS Abstractor save you money compared to an in-house OS abstraction?

• In-house OS abstraction is difficult
• Costs time, money and require skillful resources
• Takes focus away from your product development
• Restricts your applications by allowing access to only limited OS features
• Unable to migrate solutions available on other OS platforms to yours
• Difficult to test/maintain as you add RTOS support

Why use OS Abstractor?

• Enhance performance
  • Maximize compile-time translations
  • Access OS internal data structures directly
  • Use low-level OS functions
  • Zero data copy of pipe and queue messages
  • Static allocation of control blocks
  • Minimize disabling task pre-emption
  • Turn on or off error checking & debug modes
• Enable modular application development
  • Use same APIs to communicate within & across applications and processes
  • Restrict limit on individual application’s heap memory
  • Protect resources or optionally share them with other applications and processes
  • Automatically free up resources upon process deletion
• Scalability at component & individual feature levels
• Offers advanced OS functionality to enable complex applications to work on a RTOS
• Offers low-level RTOS features for a process based OS
• APIs are simple to use
• APIs offer flexibility to meet complex application needs
• Easily extend OS Abstractor to add support to your proprietary OS platform
• Easily extend OS Abstractor to add additional abstraction APIs
• Develop code on host and run it on various target OS platforms
• Works seamlessly with other native applications
• Offered royalty free and optionally with source code
  

Why use OS Abstractor with POSIX?

• Vendor independent and industry standards based solution protects your software investment and knowledge-base
• Offers a high level of code re-usability across many supported POSIX and non-POSIX operating systems
• Easily adapt open-source software in your current design to get to market faster and cheaper
• Easier to find engineers with POSIX than proprietary OS experience
• Develop POSIX code under Windows® or Linux® host environments
• Scalability at component & individual feature levels to lower memory foot-print
• Offers POSIX OS functionality to enable complex applications to work on a single-memory address based real-time operating system
• Set limit on individual application’s heap memory
• Highly optimized for speed and memory footprint for each specific target OS
• Includes OS Abstractor APIs for added flexibility in your development
• Offered royalty free and optionally with source code

OS Abstractor Customers

• Marconi
• IBM
• GE Medical
• GE Power
• ST Microelectronics (read the testimonial )

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