Webinar: JADC2: Choosing Technology that keeps pace with All-Domain Operations

Share This Post

Copy URL

Information overload is among the ultimate threats to a fighter pilot. JADC2 will provide a decisive edge to U.S. and allied forces by equipping them with a superior ability to process, fuse and understand diverse inputs.

* Getting inside an opponent's OODA (observe/orient/decide/act) loop means presenting the enemy with a more complex challenge than he can decipher - or deal with in return. The force that forces others to make decisions faster than they can process all the data facing them wins, because of forced errors - even well-prepared professionals can fail when the data overwhelms their ability to process it.

* JADC2 increases the complexity facing the adversary by equipping friendly forces with an ability to create a proliferation of threats; meanwhile, it augments human performance by providing automated sensor fusion, data processing, and decision queues

Webinar: AI at the Tactical Edge: Protecting Machine Learning with Data Security

Artificial intelligence (AI) informed by compromised data can lead soldiers into contested territory, flag an innocent civilian as dangerous or prevent a passenger jet from landing safely. Machine learning at the edge requires big data processing and actionable, real-time intelligence, but data in the field can be lost, stolen or exploited. Mercury Systems and Intel are working together to design secure AI edge solutions to protect data and machine learning in the field. Join us to learn more about: The importance of data and model quality Types of data bias and why data integrity is critical Model and data security techniques for learning assurance Strengthening edge cybersecurity with built-in hardware security

May 5, 2021

Webinar: Overcoming Memory Design Challenges in High-Performance Edge Computing

From modern military aircraft to industrial drilling, an increasing number of applications are demanding high-performance computing in harsh environments. These edge computing systems maximize data efficiency and reduce latency by performing the processing at the sensor, instead of a remote data center. However, designing for the edge introduces new challenges. In this webinar we present an overview of how to address some of the challenges related to high-speed memory for edge applications. As these applications require more processing in smaller spaces, poorly designed memory modules can limit system performance. Advanced processing requires denser and higher performance memory, which presents several challenges at the tactical edge. More functionality is needed in smaller spaces. Reliable performance is required at the tactical edge. There must be the ability for decade-long program support. Secure and trusted supply chains are essential. Find out how these design challenges are solved with modern packaging techniques for the most demanding application requirements.

May 5, 2021

Webinar: Accelerating Defense Microelectronics through Our Digital Transformation

In this webinar, we will discuss four decades of innovative 2D and 2.5D microelectronics packaging and integration and how it supports engineering design with digital thread, then review the latest trends in advanced microelectronics.

May 5, 2021

Webinar: FGCV Mission-Critical Systems

December 1, 2020

The processing power behind the most critical A&D missions

Trusted, Secure,
Highest Performance

The processing power behind the most critical A&D missions

Our Culture, Values and People Turn Ideas Into Action

Mercury Solves Your Mission-Critical Challenges

Mercury Solves Your Mission-Critical Challenges

Events & Webinars