iProov, a provider of science-based biometric identity verification solutions, has introduced its new Workforce Solution Suite, designed to enhance enterprise security against advanced identity attacks, including deepfakes, while improving operational efficiency.
Enterprises have made significant investments in Zero Trust frameworks, implementing technologies such as Single Sign-On (SSO), Multi-Factor Authentication (MFA), and passkeys. However, identity attacks continue to rise, exploiting a fundamental gap: existing identity systems primarily verify credentials, sessions, and devices, rather than the human users behind them. This vulnerability has been exploited by attackers at scale.
Recent incidents highlight the urgency of addressing this gap. Operatives from OFAC-sanctioned nations have reportedly infiltrated over 300 companies using deepfake filters to pass remote video interviews, according to the U.
S. Department of Justice (2024). A single deepfake video call resulted in Arup losing $25 million due to fraudulent transfers. Furthermore, a social engineering call to an IT help desk led to a significant cyber incident in the UK, with estimated losses for Jaguar Land Rover exceeding £1.9 billion and impacting over 5,000 UK organizations, as reported by the Cyber Monitoring Centre (October 2025). A Gartner survey from 2025 indicated that 62% of organizations had experienced a deepfake attack within the preceding year.
To counter these escalating threats, organizations must transition from solely verifying credentials to confirming the genuine human presence behind digital interactions. Andrew Bud, founder and CEO of iProov, stated, “Whether it’s a deepfake, a stolen credential, or a convincing social engineering call, the common thread in modern identity attacks is deception. By verifying genuine human presence at critical moments, organizations can keep legitimate business moving quickly and confidently while stopping both AI-driven impersonation and traditional identity attacks.”
The iProov Workforce Solution Suite enables organizations to confirm that a verified, genuine human is involved in critical digital interactions throughout the identity lifecycle. Its applications include stopping deepfake candidates and synthetic identities during remote hiring and onboarding processes, providing seamless and accountable access across shared devices without passwords, confirming genuine human presence before high-risk actions and sensitive approvals, and re-anchoring identity to a verified human for account recovery from any device without requiring help desk intervention.
This suite addresses a wide range of human identity risks, from AI-enabled impersonation and social engineering to insider threats and third-party access. Its implementation aims to reduce AI-enabled identity attacks, decrease help desk escalations, and strengthen assurance and audit accountability. The solution operates in conjunction with existing Identity and Access Management (IAM), Identity Governance and Administration (IGA), and Privileged Access Management (PAM) platforms, bolstering assurance where credential-based controls may be insufficient.
Unlike knowledge or possession factors, iProov’s biometric inherence factor cannot be lost, stolen, or shared, and it functions independently of the device, thereby closing lifecycle gaps where legacy controls often fail. The solution adheres to NIST SP 800-63-4, FIDO Face Verification, ISO 30107-3 (PAD), and CEN 18099 (IAD) standards, and aligns with Zero Trust frameworks.
iProov specializes in science-based biometric solutions that facilitate secure remote onboarding and authentication for digital and physical access for security-conscious organizations. Its liveness technology and iSOC are recognized for their resilience against deepfakes and generative AI threats, offering scalable user experiences. iProov is trusted by governments and enterprises globally, including the U.
S. Department of Homeland Security, the U.
K. Home Office, GovTech Singapore, ING, and UBS.
