Incident Responders are seeing a rapid shift from traditional malware driven attacks to hands on keyboard intrusions. Investors are seeing a 27 % year over year increase in interactive intrusions and found that 81 % of these attacks were malware free. Vishing (voice phishing) attacks grew 442 % between the first and second half of 2024, and cloud intrusions surged 136 %. These trends highlight adversaries’ reliance on social engineering, impersonation and legitimate tools rather than malicious code.
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2025 Global Incident Response Report highlights the high‑touch nature of modern intrusions. Threat actors such as Muddled Libra bypass MFA and exploit help desks to escalate from initial access to domain‑administrator rights in under 40 minutes. Instead of deploying malware, these adversaries impersonate employees, convince support staff to reset credentials and then install remote monitoring tools. Once inside, they use remote‑monitoring and management (RMM) software for persistence and lateral movement.
Generative AI makes scams more convincing.  Industry researchers say that scammers can collect a few seconds of a target’s voice from a voicemail or social‑media clip, then use a generative adversarial network (GAN) to learn pitch, tone, accent and even breathing patterns, producing a highly convincing voice clone. In practice, AI‑generated voices often exhibit monotone delivery, unusual pacing and digital artifacts. Resemble AI notes that deepfakes may have robotic or flat emotional tone, unnatural pauses or stretched words and glitches in pronunciation.
Attackers are pairing AI voices with callback phishing (also called Telephone‑Oriented Attack Delivery (TOAD)). Instead of sending a malicious link, the scam email instructs victims to call a phone number, where a fake support agent asks for credentials or instructs the caller to install remote‑access tools. These scams are effective because they bypass email filters and exploit our instinct to trust live conversations. Researchers warns that help‑desk personnel and identity‑recovery workflows are prime targets.
Defending against AI‑enabled social engineering requires coordinated detection and response:
Investigations Data offer concrete defensive measures:
The AiiR platform is an AI‑powered post‑breach response and extortion management solution that bridges the gap between detection and remediation. Its Counter Extortion Incident Response Analysis (CEIRA) AI engine uses machine learning to analyze extortion threats, predict adversary behavior and recommend countermeasures. AiiR’s architecture brings several capabilities that directly address AI‑enabled social engineering:
AiiR can ingest and correlate identity logs, endpoint telemetry, email metadata and call data through its investigation analysis AI playbook. During high‑touch attacks, investigators need to assemble signals from disparate systems. AiiR’s Comprehensive Incident Investigation AI Prompt books automates data collection, analysis and reporting to quickly ascertain root causes and the scope of a breach. For example, when MFA resets or password changes spike, AiiR can pull logs from identity providers, correlate them with suspicious call‑center activity and flag potential social‑engineering campaigns.
Because groups like Muddled Libra leverage RMM software, AiiR’s Threat Actor Profiling and User and Entity Behavior Analytics modules can detect downloads or execution of remote‑administration tools. AiiR can automatically quarantine suspicious applications, block unapproved remote‑access software at the firewall and alert responders. AiiR CEIRA AI features help security teams spot new device enrollments, anomalous IAM policy changes or unsanctioned cloud activities, which are key indicators of compromise.
AiiR treats social engineering as an identity‑centric breach. Its Adaptive Learning and AI‑Driven Automation enable analysts to manage extortion scenarios without getting overwhelmed. The platform offers Intelligent Ransom Negotiation tools to handle communications with threat actors securely and ethically.  For callback‑phishing cases, AiiR can collect and analyze call recordings, apply deepfake‑detection techniques (such as looking for monotone or robotic tone and unusual pauses) and cross‑reference phone numbers with known scams.
When an incident occurs, AiiR provides Full Case Management to track tasks, assignments and legal workflows.  It helps investigators create a case, upload or connect data and receive AI‑driven results that streamline the breach process.  The platform also automates breach notifications and compliance reporting, ensuring that organizations meet regulatory obligations after an AI‑enabled social‑engineering incident.
AiiR is designed to integrate with existing security ecosystems, supporting large enterprise environments. It offers persona‑based dashboards and custom AI models to empower incident responders. By reducing the cognitive load on human analysts and orchestrating incident response—from detection to containment and recovery—it helps organizations respond faster and reduce the impact of voice‑phishing campaigns or high‑touch intrusions .
Attackers are no longer relying solely on malware; they are weaponizing generative AI to imitate voices, craft convincing lures and subvert human processes.  Reports from CrowdStrike and Unit 42 show that interactive intrusions are rising, malware‑free attacks dominate, and voice‑phishing incidents are exploding.  Organizations must adopt equally innovative defenses.
AiiR Response offers a proactive, AI‑driven approach that addresses these challenges head‑on. By correlating disparate data sources, detecting deepfake voices, flagging remote‑tool installations and orchestrating case management and extortion response, AiiR empowers defenders to hunt down AI‑enabled social‑engineering campaigns.  Combining human oversight with machine intelligence, AiiR CEIRA AI turns the tide against adversaries who seek to manipulate trust—and helps organizations maintain resilience in an era where voices can no longer be taken at face value.
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