Home - CTOne

Protecting
Next-Generation Wireless Networks

A GLOBAL CYBERSECURITY LEADER IN COMMUNICATION TECHNOLOGY

WHAT WE PROTECT

Optimizing Private 5G Security: Protecting What Matters

Securely Running Applications in Private Mobile Networks

We help to safeguard the uninterrupted operation of enterprise applications, such as augmented and virtual reality (AR/VR), across industries that utilize private mobile networks, protecting them from potential disruptions or interference caused by hackers or attackers.

Protection of Sensitive Enterprise Data

Ensuring the security and privacy of communications within wireless networks, including confidential information, digital assets, trade secrets, personal data of employees or customers, and other sensitive transmitted or stored data.

Securing Private Network Infrastructure

With the evolution of communication technologies (CT) now including virtualization & cloud, the occurrence of IT threats in wireless networks is increasing. Additionally, it is crucial to protect the infrastructure in private networks, which includes components such as base stations, edge computing, 5G core, and network slicing.

Protecting Wireless Enterprise Communication

While enterprises utilize next-generation wireless technologies to power digital transformation, it is crucial to ensure that the transmission of enterprise data is secured against the potential threat of hackers exploiting vulnerabilities in technologies such as 4G, 5G, and Wi-Fi. These wireless connections can serve as attack vectors for threats like DDoS attacks, malware infiltration, and ransomware.

Securing O-RAN systems & SBOM control

The transition from closed to open architectures in Open RAN (O-RAN) enables a more flexible, cost-effective approach for constructing wireless networks, but it also introduces an expanded attack surface and new risks around SBOM control.

WHO WE HELP

Securing digital transformation projects for enterprises and telecom operators with private mobile networks

Smart Manufacturing

The transformation of legacy factories into smart factories has become the mainstream direction for the future, aiming to enhance productivity and reduce labor costs. The integration of private 5G networks in this transformation is expected to propel it to unprecedented new levels of efficiency, but it will also expand the enterprise attack surface and introduce new cybersecurity risks to the production line.

Energy & Utility

The efficient utilization of energy resources has emerged as a critical challenge for governments worldwide. With the advent of 5G mobile networks, operators can not only transfer massive amounts of data with low latency, thereby enhancing operational efficiency in the oil and gas industry but also overcome the challenges of remote control in harsh environments and adverse weather conditions. 5G technology offers a promising solution for addressing these challenges and unlocking new possibilities in energy resource management, but as critical infrastructure, it is imperative that security is not forgotten.

Military & Defense

The implementation of private 5G networks in military applications enables military forces to operate effectively in various scenarios while maintaining communication superiority and technological advantage. Secure private 5G networks play a significant role in enhancing military operations and capabilities, including powering applications such as mission-critical communications, unmanned systems and autonomous vehicles, AR/VR, and Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance (C4ISR) systems.

Smart Logistics

With the rapid growth and widespread discussions surrounding smart logistics, the key enabler for realizing its full potential lies in 5G connectivity. This technology demands ultra-low latency and facilitates massive data transfers, especially for high-resolution video streaming. Applications such as autonomous vehicles in warehouses, airports, and harbors highlight the significance of securing Private 5G in this domain.

Smart Healthcare

Next-generation wireless networks have the potential to revolutionize the healthcare industry by enabling advanced and rapid connectivity solutions for smart healthcare applications. This includes telemedicine and remote patient monitoring, the Internet of Medical Things (IoMT), AR and VR in surgical training and education, enhanced hospital operations, and wearable health technology. With the sensitivity around healthcare and data privacy, ensuring the security of new CT deployments is a must.