Brain Security · Cybersecurity and AI awareness
Catalog
The fully customizable cyber competition: custom game flow, boss fights and a public leaderboard.
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Cabinet
The security awareness arcade cabinet. Configured online, delivered turnkey.
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Game
The CISO stress-buster: one control, ~2 minutes, and screaming into the mic multiplies your score.
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Competition
The fully configurable reflex competition: timed mini-games, cyber, AI or mixed universes, arcade mode.
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Experience
The deepfake photobooth: allow your webcam, watch an AI transform you live, and never look at an image the same way again.
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Encyclopedia
The AI-generated visual cyber encyclopedia: explore every topic, endlessly.
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Bot
The bot that trains your workforce in the messaging apps: micro-lessons that show up on their own, signed Jack.
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Training
The cyber training path as a progress map: short chapters and a built-in arcade quiz, with no account to create.
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Simulation
The phishing simulator that trains your teams on real attacks, from the fake email to the booby-trapped QR code, in a controlled setting that never captures a password.
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Coming soon
The CISO’s toolbox, coming soon.
The narrative game that teaches cybersecurity through play: ten chapters, a level map, with nothing to install.
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Protect your talent acquisition team against weaponized PDFs, malicious portfolios, and live AI deepfake job candidates during interviews.
In most enterprise security policies, employees are taught a foundational rule: never open attachments or click links from unknown senders. Yet, the day to day mission of recruiters and HR talent acquisition specialists requires the exact opposite: opening dozens of external files daily, reviewing project portfolios on third-party platforms, interacting with total strangers, and handling sensitive identity documentation. This structural openness makes human resources one of the most heavily targeted attack surfaces in corporate cybersecurity.
Adversaries understand this dynamic intimately. Today, cybercriminals have moved beyond simple macro-enabled Word documents. Modern social engineering campaigns leverage fully fabricated LinkedIn profiles, PDFs embedding malware that bypasses standard secure email gateways (SEGs), and AI-generated synthetic personas interviewing live over video calls to infiltrate internal corporate networks.
The Short Answer: HR and talent acquisition teams process high volumes of unsolicited external files while holding privileged access to sensitive employee data, payroll systems, and corporate directories. This combination of necessary public exposure and internal system access makes human resources a prime initial access vector for threat actors.
Recruiting environments run on speed and pipeline velocity. Facing tight hiring deadlines or high application volumes, the reflex to quickly open a resume or review a design portfolio becomes automatic.
Adversaries systematically exploit this operational workflow through several established vectors:
To prepare your talent acquisition teams for these specialized attacks, continuous practical exposure is critical. Solutions like Super Phisher, our advanced phishing simulation platform deployed alongside Brain Security experts, train recruiters against hyper-realistic social engineering scenarios modeled directly after their daily hiring workflows.
The Short Answer: Detecting a weaponized job application requires analyzing file extensions, remaining vigilant against prompts requesting script execution or corporate single sign-on (SSO) credentials, and spotting syntax and career timeline inconsistencies across candidate profiles.
Adversaries continuously adjust delivery mechanisms to bypass native endpoint detection and response (EDR) tooling. Security leaders must provide recruiters with clear, lightweight technical hygiene habits that do not impede candidate screening.
A legitimate resume never requires elevated permissions or script execution. Recruiters should immediately pause and escalate files showing these warning signs:
Senior_Dev_Resume.pdf.exe or .pdf.vbs).Beyond file-level analysis, synthetic candidate profiles leave operational traces. Recruiters should check for baseline digital footprints: a LinkedIn account created days prior with zero mutual connections, a summary statement lifted verbatim from active executive profiles, or circular endorsements among interconnected fake accounts frequently signal coordinated spear-phishing or initial access campaigns.
| Critical Point Identified | Operational Analysis & Mechanism | Guide Section |
|---|---|---|
| Weaponized attachments | Threat actors hide infostealers and ransomware inside seemingly harmless application files, such as password-protected ZIP archives engineered to… | Why Are Recruiters Primary Targets for Social Engineering? |
| Edge rendering artifacts | Unnatural blurring or pixel shifting around the jawline, hairline, glasses frames, or when the candidate waves a hand across their face. | Deepfakes and AI-Generated Candidates: The New Hiring Threat |
| Direct exposure of high-value PII | HR departments manage sensitive personally identifiable information (PII) including Social Security numbers (SSNs), home addresses, government IDs… | Why Are Recruiters Primary Targets for Social Engineering? |
| Lip-sync latency | Visual lip movements fall slightly out of sync with audio feeds, which becomes noticeable during plosive consonants (P, B, M). | Deepfakes and AI-Generated Candidates: The New Hiring Threat |
The commoditization of generative AI has introduced a sophisticated attack vector: real-time identity spoofing during live remote video interviews. Hostile state-sponsored groups and criminal syndicates now deploy real-time voice cloning and face-swapping models to pilot remote interviews. Their objective is securing fully remote technical contractor or engineering roles within tech companies and critical supply chain vendors.
Once onboarded, these fraudulent hires receive corporate laptops, enterprise VPN access, GitHub repository privileges, and internal cloud access, facilitating quiet data exfiltration or internal system tampering.
While generative synthetic models continue to mature, live video rendering still exhibits physical anomalies during interactive calls:
As these AI-driven threats evolve, emerging frameworks like Article 4 of the European Union AI Act emphasize the need to implement and document concrete AI literacy and risk awareness measures for all personnel interacting with generative technologies.
Securing recruitment workflows should never create organizational paralysis. Instead, security teams must partner with HR to implement resilient screening processes:
1. Isolate incoming file execution: Route external candidate submissions strictly through established Applicant Tracking Systems (ATS) rather than direct inbox attachments, and review unknown project portfolios within isolated virtual browser sandboxes.
2. Enforce multi-channel identity verification: For remote technical roles requiring privileged network or code access, mandate an unannounced follow-up call, independent verification of government IDs, or an in-person meeting before issuing enterprise credentials.
3. Formalize out-of-band direct deposit controls: Prohibit any payroll account updates requested via email without mandatory live voice confirmation using the employee's verified internal phone number.
Enterprise resilience depends heavily on the defensive readiness of the talent acquisition pipeline. To assess your recruiters' exposure to real-world social engineering and build a tailored defensive training program, schedule a discussion with our team at Brain Security today.