Enterprise Solutions
Black Channel
Black Channel® enables the dynamic virtualization of cloud computing infrastructures. Black Channel products are the foundation of some of the world’s most important systems. Architectures based on Black Channel products save money, are easier to deploy, and provide the flexibility to dynamically provision computing capabilities. Fill out a Black Channel Information Request form to request more information on Black Channel.
Black Cloud
The OIS Black Cloud™ virtualization solution is OIS’s pre-integrated, pre-tested hyper-converged cloud infrastructure for virtual desktop infrastructure (VDI) and cloud computing built to resist active cyber threats. OIS has integrated commercial cloud computing technologies in pre-integrated, bundled systems that are quick and easy to deploy. Black Cloud is designed for the distinct purpose of eliminating the “guess-work” and man-hours necessary to design, document and accredit a high performance, secure and cost-effective shared hosted or VDI solutions.
Most vendors tend to sell individual data center components with weak promises that these components form a system that will meet your users’ needs. With Black Cloud you get a service-level agreement (SLA) that ensures your users will have the performance they need from your organization’s private cloud. Simply identify the number and nature of users and OIS delivers a turnkey private cloud solution that is ready to get your users up and running as quickly as possible.
Black Cloud computing platforms are integrated hardware, software and services solutions that maximize your infrastructure return-on-investment (RoI) and dramatically simplify IT resource management.
Fill out a Black Cloud Information Request form to request more information on Black Cloud.
ORBexpress
ORBexpress® enables the realization of the industry standard Common Object Request Broker Architecture (CORBA) technology in high-performance, real-time, and embedded applications. ORBexpress was developed for fast, lean, reliable, and predictable execution. Thus, embedded system developers have both flexible high-level designs and communication infrastructures.
ORBexpress RT
With native language implementations in C++, Ada, Java and C# for a variety of target hardware platforms and operating systems, ORBexpress RT meets and exceeds the Real-time CORBA standard and also implements support for the CORBA/e profiles. ORBexpress RT also supports the ability to seamlessly plug-in additional transport mechanisms for unique communications requirements.
ORBexpress DSP
ORBexpress DSP makes Digital Signal Processors first-class devices in mixed systems. The portability of the CORBA interface provided to DSPs allows DSP developers and system architects to optimize functionality in the DSP with the same ease they now have in the GPP. ORBexpress DSP is ideally suited to meet size, weight, and performance challenges of today’s mission-critical environments.
ORBexpress FPGA
ORBexpress FPGA is a lightweight hardware implementation of CORBA targeted for FPGAs. ORBexpress FPGA supports standards-based CORBA operations and all data types. All CORBA message processing is performed directly in FPGA hardware; no GPP is required and the FPGA is not limited to co-processor models of operation.
ORBexpress Enterprise
ORBexpress Enterprise supports fast, lean and reliable CORBA implementations on a variety of Windows, Solaris, Linux and Unix host operating environments. ORBexpress Enterprise comes in native language implementations in C++, C#, Java and Ada.
ORBexpress for Android
Solving the problem of Android apps communicating with other devices, ORBexpress for Android provides an easy-to-use communication protocol for connecting disparate systems. Using ORBexpress for Android, developers can now easily connect Android apps, regardless of the Android platform, to applications on desktops, laptops, enterprise servers, Android devices, and other mobile devices using a common protocol.
DMMfx
DMMfx is a revolutionary new approach to building simulations and the graphics associated with simulations. This groundbreaking COTS technology uses finite element analysis and physics modeling to deliver real-time, realistic damage and deformation to the military simulation market.
DMMfx models the forces on simulated objects in real-time to determine how they will fracture and bend. DMMfx provides an artist the additional tools necessary to create objects that not only look good, but can move and react in real-time to physical forces as if they were real. DMMfx can save a simulation project thousands of hours of animator time. This allows the creation of visuals that were, up until now, far too expensive or even impossible to achieve with traditional techniques. As an example, a damage-scenario that might take 100 hours of animator time is typically created with DMMfx in less than 10 hours.
