The talk highlights how generative AI amplifies security risks by creating new, sophisticated attack vectors.
In an increasingly complex digital landscape, securing sensitive data has never been more critical, especially as industries like healthcare, finance, and retail face expanding API attack surfaces and the imminent threats posed by artificial intelligence (AI) and quantum computing. A recent talk by Chuck Herrin, Field CISO at F5, and Rich Morrow, of Trace3, titled "Future-Proofing API Security in the Age of AI and Quantum Computing," provides key insights into these challenges and offers actionable strategies for a more resilient future.
The talk highlights how generative AI amplifies security risks by creating new, sophisticated attack vectors. As AI-powered attacks become more common, organizations must move beyond traditional defenses and adopt strategies that can detect and mitigate these evolving threats.
The speakers also underscore the long-term, but no less urgent, threat of quantum computing. The risk isn't just in the future; it's a "harvest now, decrypt later" scenario, where advanced adversaries are already collecting encrypted data with the intent of decrypting it once quantum computers are powerful enough to break current cryptographic standards. This makes adopting post-quantum cryptography (PQC) an immediate priority for protecting long-term sensitive data.
Key Takeaways and Actionable Insights
The presentation focuses on three core areas:
* Uncovering Hidden Vulnerabilities: The experts emphasize the need to address gaps in API observability and visibility. Without a comprehensive understanding of an organization's API landscape, it's impossible to fully secure it.
* Mitigating AI-Driven Risks: The talk provides guidance on how to defend against new AI-amplified threats and build an API security framework that is robust enough to handle the rapid evolution of these attack methods.
* Preparing for the Quantum Era: Attendees are urged to understand the urgency of adopting PQC and to start building a quantum-resilient security roadmap now, not later.
Links and References:
For more information, you can find the original webcast on the BrightTALK platform and explore additional resources from the speakers' respective organizations.
* Webcast Link: Future-Proofing API Security in the Age of AI and Quantum Computing
This talk serves as a critical call to action for security professionals to future-proof their digital infrastructures by proactively addressing both today's AI-driven threats and tomorrow's quantum challenges.
In an increasingly complex digital landscape, securing sensitive data has never been more critical, especially as industries like healthcare, finance, and retail face expanding API attack surfaces and the imminent threats posed by artificial intelligence (AI) and quantum computing. A recent talk by Chuck Herrin, Field CISO at F5, and Rich Morrow, of Trace3, titled "Future-Proofing API Security in the Age of AI and Quantum Computing," provides key insights into these challenges and offers actionable strategies for a more resilient future.
The talk highlights how generative AI amplifies security risks by creating new, sophisticated attack vectors. As AI-powered attacks become more common, organizations must move beyond traditional defenses and adopt strategies that can detect and mitigate these evolving threats.
The speakers also underscore the long-term, but no less urgent, threat of quantum computing. The risk isn't just in the future; it's a "harvest now, decrypt later" scenario, where advanced adversaries are already collecting encrypted data with the intent of decrypting it once quantum computers are powerful enough to break current cryptographic standards. This makes adopting post-quantum cryptography (PQC) an immediate priority for protecting long-term sensitive data.
Key Takeaways and Actionable Insights
The presentation focuses on three core areas:
* Uncovering Hidden Vulnerabilities: The experts emphasize the need to address gaps in API observability and visibility. Without a comprehensive understanding of an organization's API landscape, it's impossible to fully secure it.
* Mitigating AI-Driven Risks: The talk provides guidance on how to defend against new AI-amplified threats and build an API security framework that is robust enough to handle the rapid evolution of these attack methods.
* Preparing for the Quantum Era: Attendees are urged to understand the urgency of adopting PQC and to start building a quantum-resilient security roadmap now, not later.
Links and References:
For more information, you can find the original webcast on the BrightTALK platform and explore additional resources from the speakers' respective organizations.
* Webcast Link: Future-Proofing API Security in the Age of AI and Quantum Computing
This talk serves as a critical call to action for security professionals to future-proof their digital infrastructures by proactively addressing both today's AI-driven threats and tomorrow's quantum challenges.
In an increasingly complex digital landscape, securing sensitive data has never been more critical, especially as industries like healthcare, finance, and retail face expanding API attack surfaces and the imminent threats posed by artificial intelligence (AI) and quantum computing. A recent talk by Chuck Herrin, Field CISO at F5, and Rich Morrow, of Trace3, titled "Future-Proofing API Security in the Age of AI and Quantum Computing," provides key insights into these challenges and offers actionable strategies for a more resilient future.
The talk highlights how generative AI amplifies security risks by creating new, sophisticated attack vectors. As AI-powered attacks become more common, organizations must move beyond traditional defenses and adopt strategies that can detect and mitigate these evolving threats.
The speakers also underscore the long-term, but no less urgent, threat of quantum computing. The risk isn't just in the future; it's a "harvest now, decrypt later" scenario, where advanced adversaries are already collecting encrypted data with the intent of decrypting it once quantum computers are powerful enough to break current cryptographic standards. This makes adopting post-quantum cryptography (PQC) an immediate priority for protecting long-term sensitive data.
Key Takeaways and Actionable Insights
The presentation focuses on three core areas:
* Uncovering Hidden Vulnerabilities: The experts emphasize the need to address gaps in API observability and visibility. Without a comprehensive understanding of an organization's API landscape, it's impossible to fully secure it.
* Mitigating AI-Driven Risks: The talk provides guidance on how to defend against new AI-amplified threats and build an API security framework that is robust enough to handle the rapid evolution of these attack methods.
* Preparing for the Quantum Era: Attendees are urged to understand the urgency of adopting PQC and to start building a quantum-resilient security roadmap now, not later.
Links and References:
For more information, you can find the original webcast on the BrightTALK platform and explore additional resources from the speakers' respective organizations.
* Webcast Link: Future-Proofing API Security in the Age of AI and Quantum Computing
This talk serves as a critical call to action for security professionals to future-proof their digital infrastructures by proactively addressing both today's AI-driven threats and tomorrow's quantum challenges.
In an increasingly complex digital landscape, securing sensitive data has never been more critical, especially as industries like healthcare, finance, and retail face expanding API attack surfaces and the imminent threats posed by artificial intelligence (AI) and quantum computing. A recent talk by Chuck Herrin, Field CISO at F5, and Rich Morrow, of Trace3, titled "Future-Proofing API Security in the Age of AI and Quantum Computing," provides key insights into these challenges and offers actionable strategies for a more resilient future.
The talk highlights how generative AI amplifies security risks by creating new, sophisticated attack vectors. As AI-powered attacks become more common, organizations must move beyond traditional defenses and adopt strategies that can detect and mitigate these evolving threats.
The speakers also underscore the long-term, but no less urgent, threat of quantum computing. The risk isn't just in the future; it's a "harvest now, decrypt later" scenario, where advanced adversaries are already collecting encrypted data with the intent of decrypting it once quantum computers are powerful enough to break current cryptographic standards. This makes adopting post-quantum cryptography (PQC) an immediate priority for protecting long-term sensitive data.
Key Takeaways and Actionable Insights
The presentation focuses on three core areas:
* Uncovering Hidden Vulnerabilities: The experts emphasize the need to address gaps in API observability and visibility. Without a comprehensive understanding of an organization's API landscape, it's impossible to fully secure it.
* Mitigating AI-Driven Risks: The talk provides guidance on how to defend against new AI-amplified threats and build an API security framework that is robust enough to handle the rapid evolution of these attack methods.
* Preparing for the Quantum Era: Attendees are urged to understand the urgency of adopting PQC and to start building a quantum-resilient security roadmap now, not later.
Links and References:
For more information, you can find the original webcast on the BrightTALK platform and explore additional resources from the speakers' respective organizations.
* Webcast Link: Future-Proofing API Security in the Age of AI and Quantum Computing
This talk serves as a critical call to action for security professionals to future-proof their digital infrastructures by proactively addressing both today's AI-driven threats and tomorrow's quantum challenges.
