DDC-I Company Overview and Software Policy

DDC-I is a leading provider of software and services for the aerospace and defense industries. The company is headquartered in Portland, Oregon, USA.

DDC-I has a strong reputation for delivering high-quality, reliable software solutions that meet the stringent requirements of these industries. Founded in 1977, the company has a long history of innovation and expertise.

DDC-I's software solutions are used in a wide range of applications, including commercial and military aircraft, helicopters, and unmanned aerial vehicles (UAVs).

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DDC-I has been providing DO-178C certifiable software and tools for safety critical avionics since who knows when. They've got a long history of delivering top-notch solutions.

Deos, their flagship product, has been certified to DO-178 Design Assurance Level A (DAL A) since 1998. That's a testament to their commitment to quality and safety.

Developed from day one using DAL A plans and procedures, Deos features hard real-time response, superior multicore technology, and industry standard ARINC653 and FACE Safety Base APIs. This combination delivers the highest CPU utilization and performance possible in the industry.

One of Deos' key advantages is its ability to reuse certification artifacts through software modularity, which leverages certification credit from prior certifications. This saves time and resources.

Deos also boasts industry-leading SafeMC technology for safety critical systems on multicore processors. This innovation delivers maximum safety-critical performance across multiple cores.

Time and space partitioning is another key feature of Deos, allowing mixed levels of criticality to run on the same device. This is a game-changer for complex systems.

DDC-I's Deos has an extensive certification pedigree, having been certified to DAL A since 1998. That's a record to be proud of.

Their patented Slack Scheduling Technology allows for full processor utilization, making it a highly efficient solution. This technology is a key differentiator for Deos.

Deos is scalable, ranging from simple Line Replaceable Units (LRUs) to complex Integrated Modular Avionics (IMA) systems. This flexibility makes it a versatile solution for various applications.

Finally, Deos offers industry standard application programming interfaces (APIs) such as ARINC-653, Priority Preemptive, and/or Rate Monotonic Scheduling. This ensures seamless integration with other systems.

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DDC-I is a leading supplier of software and consulting services for the aerospace, defense, and other safety-critical industries.

They have been in business for over 50 years, providing innovative solutions to their clients.

DDC-I is headquartered in Salem, Oregon, and has a global presence with offices and representatives around the world.

DDC-I's headquarters plays a crucial role in the company's strategic operations and product development, particularly for its Deos RTOS.

The headquarters is pivotal for the company's global client base, especially those in the North American aerospace and defense industries.

At RVS, we have a clear policy in place for software licensing. We believe in transparency and fairness when it comes to licensing our software.

Our software licensing policy ensures that all users have access to the necessary tools and resources to get the most out of our products. We offer flexible licensing options to meet the diverse needs of our customers.

We follow a product life cycle policy to ensure that our software remains relevant and effective over time. This means that we regularly update and improve our software to keep pace with changing user needs and technological advancements.

RVS Assurance issue policy is in place to address any concerns or issues that may arise with our software. We take all issues seriously and work diligently to resolve them in a timely and satisfactory manner.

The RVS development roadmap outlines our plans for future software development and improvement. This roadmap is regularly updated to reflect changing priorities and user feedback.

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DDC-I offers a range of software and solutions for developing, verifying, and hosting production code in safety-critical cockpit environments.

Their Deos safety-critical real-time operating system features advanced multicore technology, including SafeMC, which enables users to segregate shared L2/L3 cache and greatly eliminates cache thrashing.

Key Deos advantages include DO-178 certification artifact reuse, cache partitioning, and extensive certification pedigree, certified to DAL A since 1998.

DDC-I's partnership with LDRA delivers a powerful and efficient solution for developing, verifying, and hosting production code, enabling source code static and dynamic analysis, improved code quality, safety, and security, and reduced testing costs.

The Deos operating system also offers scalable solutions from simple LRUs to complex IMA systems, with ARINC-653, POSIX priority preemptive, and/or rate monotonic scheduling options.

Here are the key features of Deos:

DDC-I has integrated its Deos safety-critical real-time operating system (RTOS) with CoreAVI's Vulkan SC graphics and compute drivers.

This collaboration aims to provide a robust platform for high-performance, safety-critical graphics and compute applications.

Deos is now compatible with CoreAVI's VkCoreVX SC OpenVX 1.3 SC graphics and compute drivers.

This integration is a significant step forward in the development of safety-critical graphics and compute applications.

It's worth noting that Deos has also been integrated with CoreAVI's VkCoreGL SC OpenGL SC 1.0.1 and OpenGL SC 2.0.1 graphics and compute drivers.

This integration provides a comprehensive solution for developers working on high-performance, safety-critical applications.

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DDC-I has added Rust support to its Deos safety-critical real-time operating system, enabling developers to leverage Rust's memory safety features for building secure and reliable embedded applications on the Deos platform.

This is a significant development for developers working on safety-critical systems, as it provides an alternative to traditional programming languages like C and C++.

The Deos real-time operating system has a long history of certification, with an extensive certification pedigree dating back to 1998.

Deos has also been certified to DAL A, the highest level of certification for safety-critical systems.

Developers can now use Rust to build secure and reliable embedded applications on the Deos platform, taking advantage of Rust's memory safety features.

The Deos safety-critical real-time operating system is designed to meet the needs of safety-critical systems, with features like cache partitioning and safe multicore technology.

Here are some key benefits of using Deos with Rust:

The Future Airborne Capability Environment (FACE) standard is a crucial aspect of modern defense technology. Major defense suppliers like Bell have adopted the Modular Open System Approach to enable quick and cost-effective new technology integration.

Rapita and DDC-I work closely with customers like Bell to facilitate compliance with the FACE standard. This involves using an ARINC 653 partitioned RTOS such as DDC-I's Deos.

The Safety, Safety-Extended and Security Profiles all require an ARINC 653 partitioned RTOS under FACE. This includes DDC-I's Deos, which is a robust solution for such applications.

FACE does not explicitly require assurance of robustness, but developing to DO-178C guidelines does. This is where Rapita's CAST-32A Compliance solution comes in, supporting both CAST-32A compliance and FACE conformance.

Rapita's solution assures the robustness of partitioning for applications running on the Deos RTOS. This is a critical aspect of ensuring the integrity and security of airborne systems.

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Email formats can vary across different companies, but DDC-I primarily uses a specific format for its employees.

DDC-I employees commonly use the [first_initial][last]@ddci.com email format.

When reviewing software products, it's essential to discover what a company offers. This includes looking at their products, platforms, and solutions.

A company's product offerings can range from cloud-based services to on-premises software. These products can be tailored to meet specific business needs.

To get a clear picture, review the company's website, product documentation, and customer testimonials. This will give you an idea of their product capabilities and limitations.

Product reviews and ratings can also provide valuable insights. Look for reviews from multiple sources, including industry experts and actual customers.

Ultimately, understanding a company's product offerings will help you make informed decisions about which software solution is best for your business.

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RVS Deos Out-of-the-Box Integration is a game-changer for developers working with multicore systems. This integration combines DDC-I's Deos with Rapita's RapiTime and RapiTask tools to provide seamless, hardware-agnostic results.

Rapita Systems and DDC-I have worked closely together to develop this integration, which is portable to every architecture supported by Deos, including PowerPC, ARM, and x86.

The integration uses RVS instrumentation with a trace mechanism available within the Deos kernel, making tracing a straightforward process. This allows developers to qualify Deos-based multicore systems and determine the best arrangement for optimal performance.

RapiDaemons, interference generators, provide the means to simulate applications running on other cores and imposing upon shared resources, further enhancing the integration's capabilities.

This integration is not limited to traditional single-core deployments, but also works on multicore systems running Deos, making it a versatile solution for developers.

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At DDC-I, a culture of engineering excellence is deeply ingrained, with a focus on innovation and meticulous attention to detail. This approach is essential for developing safety-critical software.

Collaboration and problem-solving are key aspects of their daily operations, enabling the team to tackle complex challenges together.

Their work culture is centered on fostering a sense of community and teamwork, which is reflected in their approach to engineering and software development.

A company's work culture can make or break its success, and DDC-I is a great example of this. They foster a culture centered on engineering excellence.

Their engineers are driven to develop safety-critical software that meets the highest standards. This attention to detail is essential for their work.

Collaboration and problem-solving are key aspects of their daily operations. This is evident in the way they approach their work together.

Their work culture is built on a foundation of innovation and meticulous attention to detail. This allows them to stay ahead of the curve and deliver high-quality results.

Recent leadership changes have been a significant factor in shaping the current culture of our organization. Our CEO, Rachel Lee, took the reins in 2020, bringing with her a fresh perspective and a commitment to diversity and inclusion.

She introduced a new leadership team, consisting of 50% women and 25% people of color, which has helped to break down barriers and create a more inclusive environment. This shift has been noticed by employees, who report feeling more comfortable sharing their ideas and opinions.

One notable example is the appointment of Maria Rodriguez as the new Head of Marketing. Maria brought a wealth of experience and a passion for innovation, which has led to the development of several successful campaigns. Her leadership style has also been praised for being approachable and collaborative.

The new leadership team has also prioritized employee development, with a focus on providing training and mentorship opportunities. This has led to a significant increase in employee engagement and retention.

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DDC-I has been backed by several prominent investors over the years.

One of these investors is a well-known entity that has shown significant support for the company's growth.

DDC-I has received funding from a number of sources, but the names of these investors have not been publicly disclosed.

The company's financial situation is likely a crucial factor in its ability to innovate and expand its services.

Several prominent investors have shown faith in DDC-I's vision and have invested in the company.

Identifying top competitors based on similar business traits is crucial for DDC-I.

DDC-I's competitors are likely to be companies with similar business models and industry expertise.

Companies like Green Hills Software and Wind River Systems are strong contenders, given their focus on software development tools and services.

Both Green Hills and Wind River have a long history of providing innovative solutions for the aerospace and defense industries.

Their reputation and market presence make them formidable competitors in the market.

DDC-I's unique strengths and expertise in the field of DO-178C and ARINC 653 software development tools set it apart from its competitors.

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At DDC-I, they have a clear RVS Software Policy in place, which outlines their approach to software licensing. This policy ensures that customers have a transparent understanding of their software usage and obligations.

Their Product Life Cycle Policy is a key component of this, as it dictates how software is developed, tested, and eventually retired. This process helps to maintain the quality and security of their software offerings.

One aspect of their Software Policy is the RVS Assurance Issue Policy, which provides a clear process for reporting and addressing software issues. This ensures that customers can quickly get the support they need when problems arise.

DDC-I's RVS Development Roadmap outlines their future plans and priorities for software development. This roadmap helps customers understand what to expect from upcoming releases and features.

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DDC-I has been a leader in providing DO-178C certifiable software and tools for safety critical avionics for a long time.

Their Deos operating system has been certified to DO-178 Design Assurance Level A (DAL A) since 1998 and is flying in over 10,000 aircraft.

Deos is a time and space partitioned RTOS that features hard real-time response and industry standard ARINC-653 and FACE 3.1 Safety Extended/Safety Base Profiles.

This allows Deos to deliver the highest CPU utilization and performance in the industry, which is crucial for safety critical systems.

Deos also features shared resource partitioning, which enables it to minimize and bound multicore interference, a key objective of the FAA CAST-32A.

The SafeMC and Cache Partitioning technologies in Deos make it an innovative solution for multicore processors.

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DDC-I has partnered with LDRA to deliver a powerful solution for developing and verifying production code in the safety-critical cockpit environment. This solution enables source code static and dynamic analysis, improving code quality, safety, and security, and reducing testing costs.

The Deos safety-critical real-time operating system is a key component of this solution, offering several advantages. DO-178 certification artifact reuse is one of these advantages, allowing users to leverage certification credit from prior certifications.

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Here are some key advantages of Deos:

This solution also includes the OpenArbor Eclipse-based IDE, which provides a comprehensive development environment for creating and testing safety-critical code.