Disruptive Technology for Military-Grade Software (2024)

FAQs

What are the disruptive technologies in the military? ›

Currently, this includes artificial intelligence (AI), autonomous systems, quantum technologies, biotechnologies and human enhancement, hypersonic systems, space, novel materials and manufacturing, energy and propulsion, and next-generation communications networks.

The wheel, the light bulb, and the cellphone are three examples of disruptive technologies. At the time, these innovations caused a profound break with previous patterns, bringing about major changes in people's lives.

Established companies often lack the flexibility to adapt quickly to new threats. That allows disruptors to move upstream over time and cannibalize more customer segments. Disruptive technologies are difficult to prepare for because they can appear suddenly.

DoD must operate within its adversaries' digital OODA loop. Much like today's consumer electronic companies, the Department needs the ability to identify and mitigate evolving software and digital threats and to push continuous updates to fielded systems in near-real time.

For a discussion of modern military technology, see small arm, artillery, rocket and missile system, nuclear weapon, chemical warfare, biological warfare, fortification, tank, naval ship, submarine, military aircraft, warning system, and military communication.

If your innovation incrementally improves the existing product, then the innovation is sustainable. But if it completely changes the way the product has been used so far, or if it serves a completely different set of customers, then the innovation is disruptive.

They include the shifting locus of economic activity and dynamism to China, India, and other emerging economies; the world's growing connectedness through movements in capital, people, and information; the acceleration in the scope, scale, and economic impact of technology; and the aging global population.

In its early stages, a disruptive innovation doesn't perform as well as the product it eventually displaces. Nor does it deliver profits at the same levels or through the same mechanisms.

On the negative side, disruptive technologies can result in job losses, privacy decrease, and loss of human control over cyber systems . They can also create uncertainty for managers in terms of when and how to adopt new technologies .

The internet was disruptive because it was not an iteration of previous technology. It was something new that created unique models for making money that never existed before. Of course, that created losses for other business models.

What is DoD software development? ›

The Definition of Done (DoD) includes the conditions and criteria that a software solution or feature has to meet in order to be accepted by the customer. When something is done – this means that it can be released without any further work or testing.

Today, Ada is the most commonly used language for mission-critical defense software, which includes weapon systems and performance-critical command, control, communications, and intelligence (C³I) systems. DOD's inventory contains nearly 50 million lines of Ada code in these applications (Hook et al., 1995).

The DoD is a set of high-level criteria that defines when a product increment is complete. It ensures the quality and consistency of a deliverable. Teams typically use the DoD at the end of a sprint when checking the quality of a product increment.

Readers will find in this book an explanation of how globalization, competitiveness, and governability define the context of global business.

When it comes to cutting-edge military technology, one country arguably stands above the rest - the United States of America. However, other global powers like Russia, China, France, and the United Kingdom are not far behind. These nations continue to push the boundaries of innovation in the realm of defense.

Disruptive Technology for Defense Transformation is returning on 6-7 August 2024, Austin TX. Thought leaders will delve into a range of topics, including Artificial Intelligence, Autonomy, Machine Learning, Cyber, Data & Cloud, Sensors, Satellites, and more.

The 12 disruptive technologies include: mobile Internet, automation of knowledge and work, Internet of things, cloud technology, advanced robotics, autonomous and near-autonomous vehicles, next-generation genomics, energy storage, 3D printing, advanced materials, advanced oil and gas exploration and recovery, renewable ...