Webinar Description
Key Takeaways
- Examines how advanced AI models are accelerating the speed, scale and sophistication of cyberattacks
- Positions DNS as a preemptive security control point for early threat detection and mitigation
- Addresses the limitations of reactive security tools against AI-driven attack automation
- Covers predictive threat intelligence, exposure management and operational resilience during active incidents
- Designed for CISOs, security architects, threat intelligence leads and network operations professionals
Introduction
The webinar “AI Is Moving Faster Than Your Defenses: Preempting Frontier AI Threats with DNS” addresses a growing concern among security professionals: the widening gap between AI-powered attack capabilities and traditional defensive measures. Hosted by Infoblox, the session targets security leaders, network operations teams and technical decision-makers responsible for protecting enterprise and government infrastructure. As AI models capable of automating sophisticated attack chains become more accessible, organisations face mounting pressure to shift from reactive incident response toward preemptive threat disruption. This webinar explores how DNS infrastructure can serve as an early warning system and active defence layer against these emerging threats.
About This Event
This virtual webinar brings together expertise from Infoblox and the SANS Institute to examine the practical application of DNS-based security controls against AI-driven threats. The session combines technical depth with executive-level strategic guidance, making it relevant for both hands-on security practitioners and senior leaders responsible for security architecture decisions. Participants can expect expert-led presentations covering real-world examples of AI-enabled exploits alongside defensive strategies that leverage DNS visibility and control capabilities.
The Shifting Threat Landscape: AI-Accelerated Attacks
The emergence of advanced AI models has fundamentally altered the economics and capabilities of cyber threats. Models such as Mythos demonstrate how AI can automate reconnaissance, vulnerability identification and exploit development at speeds that overwhelm traditional security operations. What previously required skilled human attackers working over days or weeks can now be compressed into hours or minutes, with AI handling the iterative refinement of attack techniques based on defensive responses.
This acceleration creates a temporal mismatch that favours attackers. Security teams relying on signature-based detection, manual threat hunting or periodic vulnerability assessments find themselves consistently operating behind the threat curve. The webinar addresses this challenge directly, arguing that reactive security postures built around detecting known threats and responding to confirmed incidents are structurally inadequate against adversaries who can generate novel attack variations faster than defenders can catalogue them.
DNS as a Preemptive Security Control Point
The Domain Name System occupies a unique position in network architecture that makes it valuable for security purposes beyond its primary function of name resolution. Nearly all network communications, whether legitimate or malicious, require DNS lookups at some stage. This universality means DNS infrastructure observes traffic patterns that other security tools may miss, particularly for threats that evade endpoint detection or operate through encrypted channels.
The webinar explores how organisations can transform DNS from passive infrastructure into an active security layer. By applying predictive threat intelligence at the DNS level, security teams can identify and block malicious domains before connections are established, disrupting attack chains at their earliest stages. This approach proves particularly effective against command-and-control communications, data exfiltration attempts and phishing campaigns that rely on newly registered or algorithmically generated domains.
Infoblox Threat Defense and related technologies feature prominently in this discussion, demonstrating how purpose-built DNS security solutions integrate threat intelligence feeds with real-time query analysis. The combination enables organisations to block threats based on behavioural indicators and predictive models rather than waiting for confirmed malicious activity.
Exposure Management and Risk Prioritisation
Beyond immediate threat blocking, the session addresses the broader challenge of managing external attack surface exposure. Modern enterprises maintain complex digital footprints spanning cloud services, remote access infrastructure, third-party integrations and legacy systems. Each component represents potential attack surface that AI-powered reconnaissance can map and probe with unprecedented thoroughness.
Effective exposure management requires visibility into how organisational assets appear to external observers, including the DNS records, subdomains and service configurations that attackers use to plan intrusions. The webinar examines how DNS-centric security approaches provide this visibility while enabling risk prioritisation based on actual threat activity rather than theoretical vulnerability scores. Security teams can focus remediation efforts on exposures that attackers are actively targeting rather than spreading resources across every potential weakness.
Maintaining Operations During Active Threats
A critical concern for security leaders is ensuring business continuity when attacks occur. Traditional security responses often involve isolating affected systems, blocking traffic categories or taking services offline to contain threats. While sometimes necessary, these measures impose operational costs that sophisticated attackers may deliberately trigger as part of denial-of-service strategies.
The webinar addresses how DNS-based controls can provide more surgical threat mitigation that maintains network operations while neutralising specific attack vectors. By blocking malicious queries without disrupting legitimate traffic, organisations can sustain business functions even during active incidents. This resilience becomes increasingly important as AI-driven attacks grow more persistent and adaptive, potentially requiring extended defensive operations rather than brief incident response cycles.
Who Should Attend
The session is designed for professionals responsible for security strategy, architecture and operations across enterprise and government environments. CISOs and security directors will find value in the strategic framework for adapting defensive postures to AI-era threats. Security architects and engineers can evaluate how DNS-based controls integrate with existing security stacks. Threat intelligence teams will gain perspective on predictive approaches that complement traditional indicator-based detection. Network operations leaders responsible for DNS infrastructure will understand how their systems can contribute to organisational security beyond basic availability.
Organisations operating critical infrastructure face particular urgency in addressing AI-driven threats, as the consequences of successful attacks extend beyond data loss to potential physical safety and public welfare impacts. The webinar’s focus on preemptive controls and operational resilience speaks directly to these heightened requirements.
The Case for Preemptive Security
The central argument presented throughout this webinar reflects a broader shift in security thinking. As AI capabilities democratise sophisticated attack techniques, the traditional model of detecting intrusions and responding to incidents becomes increasingly untenable. Organisations that wait for confirmed malicious activity before acting will consistently find themselves responding to damage already done.
Preemptive security powered by predictive threat intelligence offers an alternative approach. By identifying likely threats before they materialise and blocking attack infrastructure before it activates, defenders can regain temporal advantage. DNS provides an ideal implementation point for this strategy given its universal visibility and position early in attack chains. For security professionals grappling with how to defend against adversaries who can iterate faster than human analysts, this webinar offers a practical framework worth examining.