SkyRadar Blog

For organizations of all sizes, cyber attacks are not a matter of if, but when. Given that an organization is going to experience security incidents, attacks and even breaches, a cyber incident response team and plan is critical. 

Processing errors due to lack of accuracy in ATC can cause miscommunication incorrect flight plans and potential collisions leading to delays flight cancellations and safety risks for passengers and crew.

This article explores the implications of the 2023 Nobel Prize in Physics for digital signal processing. It discusses how attosecond pulses could revolutionize real-time monitoring in various sectors, including medical diagnostics and material analysis.

As the cyber-threat landscape evolves and data breaches become more common, incident response becomes more critical than ever for any company. A CSIRT (Computer Security Incident Response Team) is a body of people assigned with the responsibility of responding to and minimizing the impact of any incidents that affect the organization. This team requires a strong and versatile leader.

This article introduces into the critical issue of receiver errors due to saturation in Air Traffic Control (ATC) systems. It helps to understand the causes, impacts, and preventive measures to ensure the safety and efficiency of ATC services

When it comes to incident response, the quicker a business deals with the threat, the better. It’s not just about being able to respond in a timely manner, it’s also about having the right persons and plan in place to deal with the event effectively.

Air Traffic Control (ATC) is a vital component of aviation safety, responsible for managing and guiding aircraft in the airspace. However, false targets in the context of processing errors pose a significant challenge to ATC operations. This article aims to explore the impact of false targets on ATC services, provide a definition, present examples, and discuss scenarios that highlight their consequences.

In air traffic control, managing radar clutter is essential for ensuring both safety and operational efficiency. This article provides an in-depth look at the use of clutter maps and clutter-map-subtraction techniques, which are employed to filter out stationary and irrelevant objects from radar displays. By focusing on these advanced filtering methods, the article aims to shed light on how radar systems are optimized to allow air traffic controllers to concentrate on tracking moving aircraft.

This article dives into the critical role of zero-velocity filters in air traffic control, highlighting how they improve radar accuracy by eliminating stationary objects from the radar display. A video shows an implementation with SkyRadar FreeScopes.