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| INTEGRITY PC™ Technology | |||||||||
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| System overview | |||||||||
designed for any application where PC users need to manage and protect high-value information, including:
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| With INTEGRITY PC, systems designers can build the most security-critical and/or hard real-time applications and run them alongside familiar operating environments to vastly reduce the size, weight, and power that would otherwise be required. | |||||||||
| The Most Secure Operating System | |||||||||
INTEGRITY provides the assured separation between INTEGRITY PC’s guest operating environments and critical applications, including the kernel itself. INTEGRITY is the first operating system technology to undergo a high assurance (EAL 6+) Common Criteria security evaluation and gain EAL6+ High Robustness certification. This security certification distinguishes INTEGRITY PC from other software technologies, including commercial virtual machines and hypervisors, that simply cannot be assured to protect high-value information. With the largest market share of real-time operating systems designed for reliability-critical systems, INTEGRITY’s 10-year pedigree spans from life critical-medical devices and industrial control systems to the F-35 Joint Strike Fighter avionics and Boeing 787 Dreamliner flight control system. As a full-featured operating system, INTEGRITY can host not only common operating environments such as Windows, but also trusted applications, such as critical databases and information guards that must meet much higher assurance requirements than the low-assurance inherent in guest operating system environments. |
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| Multi-level Security | |||||||||
For military and intelligence communities, maintaining separate computers and networks to manage information at varying sensitivity levels is a significant burden. By enabling the consolidation of computers and networks, INTEGRITY PC vastly reduces the footprint, and maintenance cost for IT infrastructure. INTEGRITY PC also:
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| Open Standards | |||||||||
| Besides supporting common operating environments such
as Microsoft Windows and Linux, INTEGRITY PC provides a
full-featured, POSIX conformant application programming
interface (API). This enables native POSIX applications to
be created or easily ported to INTEGRITY, maximizing
software reuse and interoperability.
A wide variety of open source POSIX applications, such as the Apache web server and Python interpreter, run on INTEGRITY PC. |
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| Form Factor Flexibility | |||||||||
| INTEGRITY PC technology is suitable for the complete range of commercial, off-the-shelf computing platforms, including PDAs, tablets, laptops, desktops, and servers. INTEGRITY PC can scale from a true thin client, supporting remote terminal services such as Windows Remote Desktop and Virtual Network Computing (VNC), to all forms of business client PCs, all the way up to high-end data center servers. | |||||||||
| Utilizing the latest advances in hardware technology | |||||||||
| INTEGRITY PC takes advantage of the latest hardware
security and virtualization facilities, including Intel® vPro™
processor technology.
Intel vPro includes Intel Virtualization Technology (VT), which improves the performance of Padded Cell secure hypervisor software, and Intel Trusted eXecution Technology (TXT) which improves the hardware root of trust of PC platforms, enabling secure boot and remote attestation of the hardware, BIOS, and trusted applications, including the INTEGRITY kernel. Green Hills Software works closely with hardware companies like Intel to ensure that users can take advantage of the latest processor features as soon as they come to market. |
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| Deployments | |||||||||
INTEGRITY PC was first deployed in 2005. Since then, it For general purpose enterprise availability information, please contact: info@integrityglobalsecurity.com For special purpose and embedded availability information, please contact: virtual-info@ghs.com |
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