Objective_Interface_Systems

Objective Interface Systems

Objective Interface Systems

American computer communications company


Objective Interface Systems, Inc. is a computer communications software and hardware company. The company's headquarters are in Herndon, Virginia, USA. OIS develops, manufactures, licenses, and supports software and hardware products that generally fit into one or more of the following markets:

Quick Facts Company type, Industry ...

A popular OIS product is the ORBexpress CORBA middleware software. ORBexpress is most popular in the real-time and embedded computer markets.[3] OIS supports the software version ORBexpress on more than 6,000 computing platforms (combinations of the versions of CPU families, operating systems, and language compilers).[8][9] OIS also has FPGA versions of ORBexpress to allow hardware blocks on an FPGA to interoperate with software.[10]

OIS engineers invented a form of communications security called the Partitioning Communication System or PCS.[7] The PCS is a technical architecture that protects multiple Information Flows from influencing each other when communicated on a single network wire. The PCS is best implemented on a software separation operating system such as SELinux or a separation kernel.[7]

OIS's communications products are most frequently found in the enterprise,[11] telecom/datacom,[12] mil/aero,[13] medical,[14] robotics,[15] process control[16] and transportation industries.[17] Objective Interface is a privately held company and has developed software products since 1989 and hardware products since 2001.

The Company is actively involved with various standards groups including:

Corporate Headquarters

OIS headquarters is located at 220 Spring Street, Herndon, VA, 20170-6201.


References

  1. Giddings, Victor (2000-07-17). "Measuring Distributed and Local Priority Inversions in Real-time ORBs" (PDF). Real-time Embedded Workshop. Object Management Group.
  2. Reinhart, Tod; Boettcher, Carolyn; Gandara, G. Andrew; Hama, Mark (June 2004). "Defining a Security Architecture for Real-Time Embedded Systems" (PDF). Wright-Patterson AFB, Ohio: AFRL/IFTA: 12–16. Archived (PDF) from the original on June 4, 2011. {{cite journal}}: Cite journal requires |journal= (help)
  3. Robillard, Lucie M.J.; Callison, H. Rebecca; Goo, Marilynn B.; Maurer, John... "DII COE for Real Time: Becoming Reality" (PDF). CROSSTALK the Journal of Defense Software Engineering. 2001–10. Hill AFB: STSC: 19–25. Archived (PDF) from the original on June 4, 2011.
  4. Beckwith, Bill; Vanfleet, W. M. (2004-09-28). "High-Assurance Security/Safety on HPEC Systems: an Oxymoron?" (PDF). Proceedings of the Eighth Annual High Performance Embedded Computing (HPEC) Workshops. 1. Bedford, MA. ADM00001742, HPEC-7 Volume 1. Archived (PDF) from the original on June 4, 2011.
  5. "AFRL Successfully Demonstrates High-Assurance Security Architecture". Wright-Patterson AFB, Ohio: AFRL/XP. 2006-08-22. {{cite journal}}: Cite journal requires |journal= (help)
  6. Vanfleet, W. Mark; Beckwith, R. William; Calloni, Ben; Luke, Jahn A.; Taylor, Carol; Uchenick, Gordon. "MILS: Architecture for High Assurance Embedded Computing" (PDF). CROSSTALK the Journal of Defense Software Engineering. 2005–08. Hill AFB: STSC: 12–16.
  7. "ORBexpress RT Platforms Supported for Real-time and Embedded". OIS ORBexpress RT Real-time and Embedded Webpage.

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