In the rapidly evolving landscape of artificial intelligence (AI), the challenges posed by data security are becoming increasingly complex. Anand Kashyap, the CEO and Founder of Fortanix, recently shed light on the risks associated with using unregulated Generative AI tools in organizations at the Black Hat conference. As the adoption of GenAI models becomes more widespread, new attack vectors emerge, making it crucial for organizations to implement innovative security solutions.
Anand emphasized two critical risks linked to GenAI technology. Firstly, employees may inadvertently expose confidential information to GenAI models. Secondly, malicious actors could exploit AI-generated content to deceive individuals and execute phishing attacks. Additionally, GenAI models are susceptible to producing hallucinations, generating incorrect or misleading information. Cybercriminals can take advantage of these vulnerabilities to introduce harmful code or spread false information.
To address these threats, Fortanix advocates for various strategies aimed at enhancing data security. By restricting access to sensitive data, organizations can ensure that only authorized individuals interact with critical assets. Encrypting data from its inception to deletion helps minimize exposure at any stage of the process. Masking or anonymizing data can mitigate the risks of revealing personally identifiable information (PII) or other sensitive details. Tools like Fortanix’s Data Security Manager (DSM) provide robust control over cryptographic keys and ensure the integrity of software codebases.
Fortanix’s Key Insight tool offers a comprehensive approach to enhancing cryptographic security. By automatically scanning both on-premises and cloud environments, this tool provides visibility into key locations, algorithm strength, rotation status, and unencrypted services. This insight enables organizations to quickly identify and mitigate potential risks, enhancing their overall security posture.
The unique features offered by Fortanix’s platform set it apart in the data security landscape. By combining risk assessment, data encryption, and key management in a single, SaaS-based solution, Fortanix provides organizations with a powerful tool to safeguard their digital assets. Utilizing Confidential Computing technology, Fortanix ensures data remains protected even when in use. The platform also facilitates full cryptographic key lifecycle management across multiple cloud environments, preparing organizations for the challenges posed by quantum computing.
Fortanix’s Confidential AI platform further bolsters their offerings, allowing organizations to securely develop and deploy AI models on sensitive data. This comprehensive solution combines infrastructure, software, and workflow to ensure data security in AI applications.
In a time where data security is of paramount importance, Fortanix’s solutions offer organizations a clear path to protecting their digital assets. Whether through managing cryptographic keys, securing AI data, or preparing for post-quantum cryptography, Fortanix is at the forefront of safeguarding valuable information in an increasingly complex cybersecurity landscape.
As organizations grapple with the security implications of Generative AI and evolving data environments, Fortanix’s unified data security platform provides a robust solution. By offering comprehensive risk assessment, strong encryption, and advanced key management capabilities, Fortanix empowers organizations to secure their most valuable assets in the face of evolving threats.
For more information on Fortanix’s solutions and to request a demo, please visit their website at: https://www.fortanix.com/request-a-demo
About the Author:
Samridhi Agarwal is an accomplished cybersecurity professional and a contributing author for Cyber Defense Magazine. Currently pursuing a master’s degree in information security at Carnegie Mellon University, she brings a wealth of industry experience to her work. Passionate about emerging technology and cybersecurity, Samridhi has collaborated with diverse clients and industries to enhance security measures and address vulnerabilities. Committed to continuous learning and global security enhancement, she can be reached online at [email protected]