Using deep-learning Artificial Intelligence, we perform signal analysis and data processing to examine and secure emerging wireless RF technologies used by IoT and Operational Technologies (OT). The signal analysis is comprehensive, encompassing Bluetooth, WiFi, Z-Wave, LoRa, ZigBee and more.
Overt AI is the first deep-learning Artificial Intelligence (AI) powered signal analysis platform that provides clear, real-time and remote situational awareness of an invisible battlespace.
Overt AI makes actionable information available for any situation, from tracking potential attackers in crowded urban environments to ensuring functionality and security of operational systems, communications and broadcasts across a wide variety of contexts. Overt AI brings clarity to complex cases. The platform guides human decision‐making by connecting teams and providing critical information that enables personnel to respond to potential operational issues and security threats as quickly and efficiently as possible.
Overt AI enhances security and operational functionality by providing users with a thorough real-time and recorded account of their IoT technology assets activity.
Bolster the security and safety of your assets and prevent significant damages through detailed monitoring of your equipment’s behaviour and incoming attempts of foul play.
Identifying the presence of an unauthorised transmission is essential. However, quickly identifying the location of that transmission is critical to security in civilian, infrastructural or military applications.
Effectively monitor and manage the local RF spectrum to detect and eliminate interference, measure occupancy and handle spectrum congestion efficiently.
Eliminate the threat of bugs and illicit surveillance through detailed, real-time oversight of active devices and their location. Employ offensive measures to stop attempts as they start.
Increase your response speeds to challenges and make well informed decisions on operational and security practises through detailed RF awareness.
Quickly and accurately identify / locate both aerial transmitters and the source of their control signal – the drone operator.
Analyse the network and have a detailed account of its activity 24/7 to identify weak points in security and operational practice.
Governments and corporations have realized that a passive, defensive approach to cybersecurity has limited success. Instead, there is growing recognition of the need for persistent engagement that infiltrates and degrades an attacker’s systems and infrastructure. Also known as hacking back, offensive cybersecurity operations refer to the proactive attack on hackers to cripple or disrupt their operations and deter future attacks. Offensive cybersecurity has the advantage of stopping or preempting cyberattacks before they impair target systems or penetrate cyber-defenses.visit overt ai