The advance towards 6G is raising a revolution in global connectivity and carrying the interconnection of devices at unsuspected levels. Softtek points out that, given the integration of billions of devices in real time, communication networks will be faster, efficient and expansive. Even so, this technological progress is accompanied by a series of challenges, especially in the field of cybersecurity.
As the world approaches 6G, whose commercial launch is scheduled for 2030, the complexity of infrastructure and the proliferation of access points increase the attack surface and, consequently, cyber -cybermenazas. The sixth generation of mobile connectivity aims to further reduce the latency in the connections and increase the transmission speed, although the reality is that this technology is at a time of pre-standardization. The 6G will allow to use interactive holograms in real time and sensory Internet, and will have advanced automation and smart cities thanks to systems that will be completely connected to each other.
Gema Ruiz, responsible for innovation in Softtek, explains: “The progress towards 6G will bring huge benefits in terms of connectivity, but it is also essential that companies and governments work together to guarantee a robust cybersecurity that can deal with new challenges. We must be prepared to develop and apply security solutions that not only adapt, but evolve together with this new technological era.”
What will 6g be?
In this new hyperconnected world, cybersecurity faces new challenges that require innovative solutions and global standards in order to guarantee a safe environment. Next, Softtek details some of the main challenges that represents the arrival of 6G for the protection of digital infrastructure:
- Expansion of the attack surface: The increasingly device interconnection is multiplying access points. It is here that cybercriminals can explode them to launch attacks. Companies must be more proactive in the implementation of scalable defenses to mitigate these risks.
From 5g to 6g: Is cybersecurity ready for an ultra world connected?
- Risks in critical infrastructure: Some sectors such as health, transport and energy can be even more exposed to cyberamezas as a result of their connected networks. The protection of these infrastructure is vital to guarantee global stability and safety.
- Vulnerability of encryption systems: Quantum computing could weaken current encryption systems, which will represent a crucial challenge in confidential data protection. Companies must investigate new technologies to ensure privacy in a quantum world. According to the White Paper of Softtek ‘2025 Digital Trends’, the quantum strategy is emerging as the next great technological revolution. It is the new competitive advantage. Preparation for quantum computing requires a strategic investment in infrastructure, training and development of new business models.
- Safety in terrestrial and satellite hybrid networks: On the occasion of the expansion of 6G networks, both terrestrial and satellite infrastructure will be integrated, which will increase the complexity of threats. Companies will need solutions that protect both types of networks effectively.
- Need for global security standards: As 6G systems unfold globally, it will be essential to create regulatory frameworks and international security standards with the objective of coordinating efforts and avoiding gaps in data protection. The 6G networks design must be aimed at benefiting end users and to offer profitable solutions for suppliers and operators.
