Cyberattacks Have Accelerated Through AI Automation
The speed of malicious access transfers has plummeted to 22 seconds, complicating defenses against automated threats.
Updated on Sept. 24, 2026 in Cybersecurity
Live Poll
Do you trust that businesses have the necessary defenses to protect your data from AI-driven attacks?
Industry leaders at the CyberShield forum reported that automated cyberattacks, including phishing and DDoS incidents, have surged significantly. These automated threats are now exploiting system vulnerabilities at a pace that outstrips traditional human response times.
Why it matters
Attackers are increasingly leveraging automation to identify and exploit security gaps before teams can patch them, creating a crisis for critical infrastructure defense. This trend forces organizations to shift from manual security models to automated detection systems.
The time required for malicious actors to transfer system access between groups dropped from eight hours to 22 seconds in 2025. Additionally, 62 percent of incoming emails to monitored gateways now contain spam, phishing, or malicious code.
The players
European Cybersecurity Competence Centre
A European Union initiative that coordinates cybersecurity research funding and supports industry compliance with NIS2 and Cybersecurity Act requirements.
Secure project
An initiative that provides member state companies with platforms to test software and adopt standardized cybersecurity practices.
The details
Attackers use automated network scanning and vulnerability checking—software that probes systems for known security holes—to gain initial system access. Once inside, AI agents identify internal access points and transfer rights to subsequent malicious groups. This rapid delegation allows attackers to exploit vulnerabilities faster than human security teams can identify and patch them.
Timeline
September 24, 2026: The CyberShield forum was held in Riga.
Past 18 months: Emergency patching incidents increased sixfold.
2025: Access transfer time between attacker groups dropped to 22 seconds.
The Tech Race
This effort follows the regulatory framework established by the NIS2 Directive to standardize protection across critical sectors. The current race pits manual patching cycles against AI-driven automation tools that seek to identify and weaponize gaps at machine speed.
Organizations must move toward automated, real-time threat detection to counter the current 62 percent rate of malicious email traffic. Security teams should prioritize adopting the testing methodologies shared via the Secure project to harden internal gateways.
The takeaway
The transition from human-speed to machine-speed attacks necessitates an immediate pivot toward automated security infrastructure. Organizations should monitor their internal patching response metrics to see if they can effectively mitigate the sixfold increase in emergency security events.
Further reading
For more on evolving threat vectors and defensive frameworks, visit Cybersecurity.
Source note: This article includes information reported by Baltictimes.
Live Poll
Do you trust that businesses have the necessary defenses to protect your data from AI-driven attacks?
