Deepfake Red Teaming

Simulate AI-driven attacks. Expose vulnerabilities. Strengthen defenses.

Breacher.ai’s Deepfake Red Teaming replicates real-world deepfake threats, including deepfake audio, video, social media, video conferencing, and email attacks—testing your organization’s resilience against AI-driven fraud and manipulation.

This fully managed external testing approach ensures that both employees and business processes are assessed without disrupting operations.

The Data is Clear: Businesses Are Not Ready for Deepfake Attacks

AI-driven threats are bypassing traditional security measures. Here’s what our simulations reveal:

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Deepfake attacks are already happening—your business could be next.

Traditional Security Measures Fail Against AI-Driven Attacks.

Deepfake fraud is on the rise, bypassing traditional authentication methods and employee awareness training.

Unlike standard penetration tests, Deepfake Red Teaming is designed to test your organization’s controls, business processes, and human resilience against deepfake.

Our approach aligns security testing directly with business objectives, ensuring that vulnerabilities are assessed where they matter most.

  • Realistic Deepfake Simulations – We craft deepfake phishing & social engineering scenarios across email, video calls, social media, video conferencing, and more.
  • Testing Business Processes, Not Just People – If attackers exploit security workflows or executive decision-making, would your defenses hold?
  • Delivering Real-Time Micro-Training – Employees who fail a test receive instant, targeted training aligned with their roles.
  • Providing Actionable Risk Reports – Gain a Deepfake Vulnerability Report & Risk Assessment outlining exposure across individuals, departments, and entire business units.

Test Your Cyber Resilience Before Attackers Do.

How It Works

Quarterly testing available. No long-term contracts. No IT integration required.

Trusted by Recognizable clients/partners

Built for Enterprises Facing AI-Driven Cyber Threats

Deepfake attacks don’t just target individuals—they exploit weaknesses in enterprise processes, financial workflows, and executive decision-making. Breacher.ai is designed for organizations that can’t afford to fail.

 If your organization is a high-value target, deepfake threats are already aimed at you. The question is—are you ready?

What Makes Breacher.ai Different?

  • We Test Business Processes, Not Just Employee Awareness. Security failures happen due to weak systems, not human mistakes alone.
  • 100% Custom-Tailored Deepfake Simulations. No generic phishing tests—only realistic AI-driven threats based on your organization.
  • Instant, Role-Specific Micro-Training. Employees get real-time feedback, reinforcing security without disrupting productivity.
  • Fully Managed & No Tech Stack Integration Required. Quarterly testing, no long-term contracts, and no additional setup required.

 Unlike traditional cybersecurity training, we expose & eliminate process vulnerabilities before real attackers exploit them.

Trusted by Security Leaders

Deepfake attacks don’t just target individuals—they exploit weaknesses in enterprise processes, financial workflows, and executive decision-making. Breacher.ai is designed for organizations that can’t afford to fail.

After implementing the communication protocols from the Executive Briefing, we identified and prevented a deepfake fraud attempt within three weeks. The potential savings exceeded $175,000.

CIO, Financial Services Firm

Creating our three red flags took just minutes but has already prevented two potential fraud attempts.

CFO, Manufacturing Enterprise

The live demonstration was eye-opening. I couldn’t tell the difference between the real video and the deepfake.

CEO, Technology Company

How Enterprises Are Fighting Back Against Deepfake Threats

Deepfake attacks are already bypassing traditional security. See how leading enterprises identified vulnerabilities and strengthened defenses with Breacher.ai.

A deepfake voice attack exploited internal security gaps. Here’s how the company closed them.

AI-driven deepfakes targeted executive communications. This is how one enterprise fought back.

Real threats. Real testing. Real results.

Deepfake Attacks Are Already Happening—Will Your Business Be Ready?

Get a Live Deepfake Risk Assessment – Book a Demo Today.

Don’t wait until it’s too late—test your defenses before attackers do.

Got Questions? We’ve Got Answers.

Red Teaming is a controlled offensive security exercise where ethical hackers simulate real-world attacks to test an organization’s defenses. Traditional Red Teaming focuses on penetration testing, social engineering, and adversarial tactics to expose security weaknesses.

Deepfake Red Teaming takes this further by using AI-generated synthetic media—deepfake audio, video, and impersonation tactics—to test an organization’s resilience against modern, AI-driven cyber threats.

Instead of just testing IT security, Deepfake Red Teaming evaluates:

  • How well executive and financial teams recognize deepfake fraud.
  • Whether business processes can detect and stop AI-generated social engineering.
  • If security controls effectively prevent deepfake-driven manipulation.

It’s not about tricking employees—it’s about testing systems and processes to ensure organizations are ready for AI-powered cyber threats.

Breacher.ai uses AI-generated deepfake media—video, audio, and text—to simulate real-world social engineering attacks, not just standard phishing emails.
No. Our process is fully managed externally, requiring no IT integration or workflow disruption. We test, analyze, and report—all without interfering with your daily operations.
Instantly. Any employee who falls for a simulation gets immediate, role-specific micro-training, reinforcing security on the spot.
Yes. Every deepfake attack simulation is tailored to your organization’s industry, risk profile, and business objectives.
We recommend quarterly testing to keep security teams and employees prepared as deepfake threats evolve.
You receive a detailed risk assessment, including attack success rates, weak points in security protocols, and actionable recommendations to close vulnerabilities.