The Illusion of Secure Mobile Communication
Smartphones connect our lives—but behind this trusted technology is a fragile ecosystem of layered vulnerabilities. Each connection, from radio waves to software, opens doors for adversaries to exploit outdated protocols, flawed designs, and human error. The security we rely on is an illusion; risks are expanding and evolving faster than defenses.
The journey of mobile interception has evolved dramatically from the simple eavesdropping of analogue calls to a complex digital battlefield. Today, adversaries ranging from state-sponsored intelligence agencies to sophisticated criminal enterprises exploit vulnerabilities at every level of the communication chain.
They manipulate the very radio waves that connect our phones to the network, exploit decades-old design flaws in the core protocols that route global traffic, find backdoors in the applications we use daily, and deploy advanced malware to compromise the device itself. The promise of "end-to-end encryption" on consumer messaging apps, while valuable, has created a false sense of security, masking significant risks from metadata collection, unencrypted backups, and server-side vulnerabilities.
The Layers of Vulnerability
Examining threats that occur "over the air," including the evolution of False Base Stations (IMSI Catchers) to target 5G networks and the use of downgrade attacks to bypass modern security.
SS7, Diameter, and protocol trust issues that enable surveillance and interception globally.
Examining threats that occur "over the air," including the evolution of False Base Stations (IMSI Catchers) to target 5G networks and the use of downgrade attacks to bypass modern security.
New Threats on the Horizon
As we look to the horizon, we analyse the emerging, paradigm-shifting threats of AI-powered cyberattacks and the existential risk posed by quantum computing.
The same capabilities that allow AI to detect anomalies and predict threats are now being weaponised by adversaries to create attacks that are more effective, adaptive, scalable, and difficult to detect than ever before.
While AI represents a current and rapidly escalating threat, quantum computing poses a more fundamental, existential risk to the cryptographic foundations of all modern digital communication.