The Agentic Era Arrived Early. Don’t Get Caught Off Guard by Late AI Governance.
While these seismic shifts in software development and security seem to be regular occurrences in 2026, the arrival of Anthropic's latest, reportedly "most dangerous" AI coding model yet, Claude Mythos, represents a permanent, fundamental shift in how every security leader must approach their security program, especially with patch management of legacy systems.
Most enterprises are still navigating the shift from human-written code to AI-assisted development, ushering in new processes, learning to review what their AI co-pilots generate, building new skills, and establishing new guardrails around appropriate enterprise use.
But, the next phase of AI-driven software creation didn't wait.
This week, Anthropic published a detailed technical assessment of Claude Mythos Preview, a new frontier AI model with a capability that should stop every security and engineering leader in their tracks. It can autonomously identify and exploit zero-day vulnerabilities across all major operating systems and browsers, without human intervention after an initial prompt. Engineers with no formal security training directed the model overnight and woke up to complete, working exploits.
These findings are startling and not theoretical. Mythos Preview found a 27-year-old vulnerability in OpenBSD, one of the most security-hardened operating systems in the world, that allowed an attacker to remotely crash any machine just by connecting to it. It discovered a 16-year-old flaw in FFmpeg that automated testing tools had hit five million times without catching. It chained together multiple Linux kernel vulnerabilities autonomously to achieve full machine control. These weren't human-assisted discoveries; no real-world practitioner guided the process after the initial prompt.
In response, Anthropic announced Project Glasswing, a cross-industry coalition that brings together AWS, Microsoft, Google, Cisco, CrowdStrike, Palo Alto Networks, JPMorgan Chase, NVIDIA, Apple, Broadcom, and the Linux Foundation. The shared conclusion across all of them: the old approaches to securing software are no longer sufficient, and the time to act is now. As CrowdStrike's CTO put it, the window between a vulnerability being discovered and exploited has collapsed; what once took months now happens in minutes.
The three problems just got harder
At every stage of the AI development transition, enterprises face the same three challenges. Mythos Preview sharpens all three at once, at a speed never previously possible.
Learning to build securely gets harder when AI can generate and modify code faster than teams can review it. The skills required to govern AI-generated code differ from those needed to write code manually, and those skills must keep pace with the tooling.
Governing what AI can and can't touch becomes critical when autonomous agents write and revise code without a human in the loop. Generally, we are still asking the wrong question. It’s less "what did our developers build?" and more "what did our AI build, and was it allowed to?"
Tracing which AI did what, where, and for whom is now a compliance and incident response imperative. When something goes wrong in an agentic pipeline, organizations need to answer that question immediately. Most can't.
As practitioners, we predicted long ago that this technology could eventually be leveraged by threat actors, effectively supercharging their attack capabilities. We already know that cybercriminals have a distinct offensive advantage over most enterprise security teams, and a tool like Mythos streamlines their nefarious processes even further.
We're in the age of democratized cyberattacks, where the level of destruction once achievable only by elite threat actors can be carried out by a relative novice. We shouldn't be shocked, but many remain vastly underprepared. Swift, prioritized patching is a must, but this management is only ever as good as the traceability of every tool and dependency in use.
This is an industry-level problem
What makes Project Glasswing significant isn't solely determined by the capabilities Mythos Preview revealed; it is the scale and potency of the response. A coalition spanning hyperscalers, security vendors, financial institutions, and open-source foundations is all aligned on the same conclusion, and it’s a familiar narrative that speaks directly to the ethos of SCW. AI Software Governance has never been a “nice-to-have”, optional feature. This is the missing layer that every organization scaling AI-driven development needs in place before the next incident. Those who stick to an oft-used, reactive playbook are going to be swept off their feet in the worst possible way.
Enablement, not restriction
The temptation when reading findings like these is to reach for the brakes, to slow AI adoption, restrict tooling, and tighten controls. That's the wrong response, and it's not what the Glasswing partners are recommending either.
The organizations that will navigate this transition well are the ones that adopt AI-driven development with governance in place from the start. That means training developers as the tooling evolves, setting guardrails for what AI agents can access in your repositories, and, fundamentally, building the traceability that your compliance and incident response teams will demand without burning millions of tokens to facilitate it.
The moment to act is now
Anthropic's own advice to defenders: start with the tools available today. Don't wait for the next model. The value of getting your processes, scaffolds, and governance frameworks in place compounds quickly.
Secure Code Warrior sits at the center of all three enterprise problems the agentic era creates. If your organization is scaling AI-driven development, the question isn't whether you need AI Software Governance. It's whether you have it yet.
What this means for you
CISO向け
Your vulnerability disclosure policies, patch cycles, and incident response playbooks were built for a world where exploit development took weeks. That world is gone. Now is the time to establish AI governance visibility across your development environment, while contextually understanding which AI agents are touching your codebase, what they're producing, and whether it meets your risk threshold. If you can't answer those questions today, that's the gap to close first.
For CTOs
Your engineering teams are already using AI to ship faster. The question is now whether you have the guardrails in place to do it safely at scale. Governing what AI agents can and can't touch in your repositories, and maintaining traceability of AI contributions, is now a technical architecture decision, rather than an isolated security consideration. The organizations building this foundation now will be the ones who scale AI development with confidence.
For Engineering Leaders
Your developers are being asked to move faster with AI tools they didn't design and can't fully predict. The skills required to review AI-generated code are genuinely different from those required to write code manually, and most teams haven't had the chance to develop them yet. Closing that capability gap is what makes AI adoption safer and more sustainable.
For CEOs and Boards
Project Glasswing might be headline news, but it’s also a signal we cannot ignore. When AWS, Microsoft, Google, Cisco, CrowdStrike, and JPMorganChase align on an urgent, coordinated response to an AI-driven security risk, and Anthropic commits $100M to address it, that's the market telling you something. AI-driven software development is accelerating the rate at which vulnerabilities can be found and exploited. Governance over that process is now a board-level risk question. The organizations that treat it as one early will be better positioned to scale AI development — and to demonstrate to regulators, customers, and investors that they're doing it responsibly.
.png)
Anthropic's Claude Mythos represents a permanent, fundamental shift in how every security leader must approach their security program, especially with patch management of legacy systems.
Matias Madou, Ph.D. セキュリティ専門家、研究者、CTO兼共同設立者（Secure Code Warrior ）。Ghent大学でアプリケーションセキュリティの博士号を取得し、静的解析ソリューションに焦点を当てた。その後、米国Fortify社に入社し、開発者が安全なコードを書くことを支援せずに、コードの問題を検出するだけでは不十分であることに気づきました。開発者を支援し、セキュリティの負担を軽減し、お客様の期待を上回る製品を開発することを志すようになった。Team Awesomeの一員としてデスクワークをしていないときは、RSA Conference、BlackHat、DefConなどのカンファレンスでプレゼンテーションをするのが好きである。
Secure Code Warrior は、ソフトウェア開発ライフサイクル全体にわたってコードを保護し、サイバーセキュリティを最優先とする企業文化を創造するために、お客様の組織を支援します。AppSec マネージャー、開発者、CISO、またはセキュリティに関わるすべての人が、安全でないコードに関連するリスクを減らすことができるよう、支援します。
デモを予約する
Matias Madou, Ph.D. セキュリティ専門家、研究者、CTO兼共同設立者（Secure Code Warrior ）。Ghent大学でアプリケーションセキュリティの博士号を取得し、静的解析ソリューションに焦点を当てた。その後、米国Fortify社に入社し、開発者が安全なコードを書くことを支援せずに、コードの問題を検出するだけでは不十分であることに気づきました。開発者を支援し、セキュリティの負担を軽減し、お客様の期待を上回る製品を開発することを志すようになった。Team Awesomeの一員としてデスクワークをしていないときは、RSA Conference、BlackHat、DefConなどのカンファレンスでプレゼンテーションをするのが好きである。
マティアスは、15年以上のソフトウェアセキュリティの実務経験を持つ研究者・開発者です。フォーティファイ・ソフトウェア社や自身の会社（Sensei Security）などでソリューションを開発してきました。キャリアの中で、Matiasは、商用製品につながる複数のアプリケーションセキュリティ研究プロジェクトを主導し、10件以上の特許を取得しています。また、RSAカンファレンス、Black Hat、DefCon、BSIMM、OWASP AppSec、BruConなどの世界的なカンファレンスで定期的に講演を行っているほか、高度なアプリケーションセキュリティトレーニング（courses ）の講師も務めています。
Matiasはゲント大学でコンピュータ工学の博士号を取得し、アプリケーションの内部構造を隠すためのプログラム難読化によるアプリケーションセキュリティを研究しました。
While these seismic shifts in software development and security seem to be regular occurrences in 2026, the arrival of Anthropic's latest, reportedly "most dangerous" AI coding model yet, Claude Mythos, represents a permanent, fundamental shift in how every security leader must approach their security program, especially with patch management of legacy systems.
Most enterprises are still navigating the shift from human-written code to AI-assisted development, ushering in new processes, learning to review what their AI co-pilots generate, building new skills, and establishing new guardrails around appropriate enterprise use.
But, the next phase of AI-driven software creation didn't wait.
This week, Anthropic published a detailed technical assessment of Claude Mythos Preview, a new frontier AI model with a capability that should stop every security and engineering leader in their tracks. It can autonomously identify and exploit zero-day vulnerabilities across all major operating systems and browsers, without human intervention after an initial prompt. Engineers with no formal security training directed the model overnight and woke up to complete, working exploits.
These findings are startling and not theoretical. Mythos Preview found a 27-year-old vulnerability in OpenBSD, one of the most security-hardened operating systems in the world, that allowed an attacker to remotely crash any machine just by connecting to it. It discovered a 16-year-old flaw in FFmpeg that automated testing tools had hit five million times without catching. It chained together multiple Linux kernel vulnerabilities autonomously to achieve full machine control. These weren't human-assisted discoveries; no real-world practitioner guided the process after the initial prompt.
In response, Anthropic announced Project Glasswing, a cross-industry coalition that brings together AWS, Microsoft, Google, Cisco, CrowdStrike, Palo Alto Networks, JPMorgan Chase, NVIDIA, Apple, Broadcom, and the Linux Foundation. The shared conclusion across all of them: the old approaches to securing software are no longer sufficient, and the time to act is now. As CrowdStrike's CTO put it, the window between a vulnerability being discovered and exploited has collapsed; what once took months now happens in minutes.
The three problems just got harder
At every stage of the AI development transition, enterprises face the same three challenges. Mythos Preview sharpens all three at once, at a speed never previously possible.
Learning to build securely gets harder when AI can generate and modify code faster than teams can review it. The skills required to govern AI-generated code differ from those needed to write code manually, and those skills must keep pace with the tooling.
Governing what AI can and can't touch becomes critical when autonomous agents write and revise code without a human in the loop. Generally, we are still asking the wrong question. It’s less "what did our developers build?" and more "what did our AI build, and was it allowed to?"
Tracing which AI did what, where, and for whom is now a compliance and incident response imperative. When something goes wrong in an agentic pipeline, organizations need to answer that question immediately. Most can't.
As practitioners, we predicted long ago that this technology could eventually be leveraged by threat actors, effectively supercharging their attack capabilities. We already know that cybercriminals have a distinct offensive advantage over most enterprise security teams, and a tool like Mythos streamlines their nefarious processes even further.
We're in the age of democratized cyberattacks, where the level of destruction once achievable only by elite threat actors can be carried out by a relative novice. We shouldn't be shocked, but many remain vastly underprepared. Swift, prioritized patching is a must, but this management is only ever as good as the traceability of every tool and dependency in use.
This is an industry-level problem
What makes Project Glasswing significant isn't solely determined by the capabilities Mythos Preview revealed; it is the scale and potency of the response. A coalition spanning hyperscalers, security vendors, financial institutions, and open-source foundations is all aligned on the same conclusion, and it’s a familiar narrative that speaks directly to the ethos of SCW. AI Software Governance has never been a “nice-to-have”, optional feature. This is the missing layer that every organization scaling AI-driven development needs in place before the next incident. Those who stick to an oft-used, reactive playbook are going to be swept off their feet in the worst possible way.
Enablement, not restriction
The temptation when reading findings like these is to reach for the brakes, to slow AI adoption, restrict tooling, and tighten controls. That's the wrong response, and it's not what the Glasswing partners are recommending either.
The organizations that will navigate this transition well are the ones that adopt AI-driven development with governance in place from the start. That means training developers as the tooling evolves, setting guardrails for what AI agents can access in your repositories, and, fundamentally, building the traceability that your compliance and incident response teams will demand without burning millions of tokens to facilitate it.
The moment to act is now
Anthropic's own advice to defenders: start with the tools available today. Don't wait for the next model. The value of getting your processes, scaffolds, and governance frameworks in place compounds quickly.
Secure Code Warrior sits at the center of all three enterprise problems the agentic era creates. If your organization is scaling AI-driven development, the question isn't whether you need AI Software Governance. It's whether you have it yet.
What this means for you
CISO向け
Your vulnerability disclosure policies, patch cycles, and incident response playbooks were built for a world where exploit development took weeks. That world is gone. Now is the time to establish AI governance visibility across your development environment, while contextually understanding which AI agents are touching your codebase, what they're producing, and whether it meets your risk threshold. If you can't answer those questions today, that's the gap to close first.
For CTOs
Your engineering teams are already using AI to ship faster. The question is now whether you have the guardrails in place to do it safely at scale. Governing what AI agents can and can't touch in your repositories, and maintaining traceability of AI contributions, is now a technical architecture decision, rather than an isolated security consideration. The organizations building this foundation now will be the ones who scale AI development with confidence.
For Engineering Leaders
Your developers are being asked to move faster with AI tools they didn't design and can't fully predict. The skills required to review AI-generated code are genuinely different from those required to write code manually, and most teams haven't had the chance to develop them yet. Closing that capability gap is what makes AI adoption safer and more sustainable.
For CEOs and Boards
Project Glasswing might be headline news, but it’s also a signal we cannot ignore. When AWS, Microsoft, Google, Cisco, CrowdStrike, and JPMorganChase align on an urgent, coordinated response to an AI-driven security risk, and Anthropic commits $100M to address it, that's the market telling you something. AI-driven software development is accelerating the rate at which vulnerabilities can be found and exploited. Governance over that process is now a board-level risk question. The organizations that treat it as one early will be better positioned to scale AI development — and to demonstrate to regulators, customers, and investors that they're doing it responsibly.
While these seismic shifts in software development and security seem to be regular occurrences in 2026, the arrival of Anthropic's latest, reportedly "most dangerous" AI coding model yet, Claude Mythos, represents a permanent, fundamental shift in how every security leader must approach their security program, especially with patch management of legacy systems.
Most enterprises are still navigating the shift from human-written code to AI-assisted development, ushering in new processes, learning to review what their AI co-pilots generate, building new skills, and establishing new guardrails around appropriate enterprise use.
But, the next phase of AI-driven software creation didn't wait.
This week, Anthropic published a detailed technical assessment of Claude Mythos Preview, a new frontier AI model with a capability that should stop every security and engineering leader in their tracks. It can autonomously identify and exploit zero-day vulnerabilities across all major operating systems and browsers, without human intervention after an initial prompt. Engineers with no formal security training directed the model overnight and woke up to complete, working exploits.
These findings are startling and not theoretical. Mythos Preview found a 27-year-old vulnerability in OpenBSD, one of the most security-hardened operating systems in the world, that allowed an attacker to remotely crash any machine just by connecting to it. It discovered a 16-year-old flaw in FFmpeg that automated testing tools had hit five million times without catching. It chained together multiple Linux kernel vulnerabilities autonomously to achieve full machine control. These weren't human-assisted discoveries; no real-world practitioner guided the process after the initial prompt.
In response, Anthropic announced Project Glasswing, a cross-industry coalition that brings together AWS, Microsoft, Google, Cisco, CrowdStrike, Palo Alto Networks, JPMorgan Chase, NVIDIA, Apple, Broadcom, and the Linux Foundation. The shared conclusion across all of them: the old approaches to securing software are no longer sufficient, and the time to act is now. As CrowdStrike's CTO put it, the window between a vulnerability being discovered and exploited has collapsed; what once took months now happens in minutes.
The three problems just got harder
At every stage of the AI development transition, enterprises face the same three challenges. Mythos Preview sharpens all three at once, at a speed never previously possible.
Learning to build securely gets harder when AI can generate and modify code faster than teams can review it. The skills required to govern AI-generated code differ from those needed to write code manually, and those skills must keep pace with the tooling.
Governing what AI can and can't touch becomes critical when autonomous agents write and revise code without a human in the loop. Generally, we are still asking the wrong question. It’s less "what did our developers build?" and more "what did our AI build, and was it allowed to?"
Tracing which AI did what, where, and for whom is now a compliance and incident response imperative. When something goes wrong in an agentic pipeline, organizations need to answer that question immediately. Most can't.
As practitioners, we predicted long ago that this technology could eventually be leveraged by threat actors, effectively supercharging their attack capabilities. We already know that cybercriminals have a distinct offensive advantage over most enterprise security teams, and a tool like Mythos streamlines their nefarious processes even further.
We're in the age of democratized cyberattacks, where the level of destruction once achievable only by elite threat actors can be carried out by a relative novice. We shouldn't be shocked, but many remain vastly underprepared. Swift, prioritized patching is a must, but this management is only ever as good as the traceability of every tool and dependency in use.
This is an industry-level problem
What makes Project Glasswing significant isn't solely determined by the capabilities Mythos Preview revealed; it is the scale and potency of the response. A coalition spanning hyperscalers, security vendors, financial institutions, and open-source foundations is all aligned on the same conclusion, and it’s a familiar narrative that speaks directly to the ethos of SCW. AI Software Governance has never been a “nice-to-have”, optional feature. This is the missing layer that every organization scaling AI-driven development needs in place before the next incident. Those who stick to an oft-used, reactive playbook are going to be swept off their feet in the worst possible way.
Enablement, not restriction
The temptation when reading findings like these is to reach for the brakes, to slow AI adoption, restrict tooling, and tighten controls. That's the wrong response, and it's not what the Glasswing partners are recommending either.
The organizations that will navigate this transition well are the ones that adopt AI-driven development with governance in place from the start. That means training developers as the tooling evolves, setting guardrails for what AI agents can access in your repositories, and, fundamentally, building the traceability that your compliance and incident response teams will demand without burning millions of tokens to facilitate it.
The moment to act is now
Anthropic's own advice to defenders: start with the tools available today. Don't wait for the next model. The value of getting your processes, scaffolds, and governance frameworks in place compounds quickly.
Secure Code Warrior sits at the center of all three enterprise problems the agentic era creates. If your organization is scaling AI-driven development, the question isn't whether you need AI Software Governance. It's whether you have it yet.
What this means for you
CISO向け
Your vulnerability disclosure policies, patch cycles, and incident response playbooks were built for a world where exploit development took weeks. That world is gone. Now is the time to establish AI governance visibility across your development environment, while contextually understanding which AI agents are touching your codebase, what they're producing, and whether it meets your risk threshold. If you can't answer those questions today, that's the gap to close first.
For CTOs
Your engineering teams are already using AI to ship faster. The question is now whether you have the guardrails in place to do it safely at scale. Governing what AI agents can and can't touch in your repositories, and maintaining traceability of AI contributions, is now a technical architecture decision, rather than an isolated security consideration. The organizations building this foundation now will be the ones who scale AI development with confidence.
For Engineering Leaders
Your developers are being asked to move faster with AI tools they didn't design and can't fully predict. The skills required to review AI-generated code are genuinely different from those required to write code manually, and most teams haven't had the chance to develop them yet. Closing that capability gap is what makes AI adoption safer and more sustainable.
For CEOs and Boards
Project Glasswing might be headline news, but it’s also a signal we cannot ignore. When AWS, Microsoft, Google, Cisco, CrowdStrike, and JPMorganChase align on an urgent, coordinated response to an AI-driven security risk, and Anthropic commits $100M to address it, that's the market telling you something. AI-driven software development is accelerating the rate at which vulnerabilities can be found and exploited. Governance over that process is now a board-level risk question. The organizations that treat it as one early will be better positioned to scale AI development — and to demonstrate to regulators, customers, and investors that they're doing it responsibly.
以下のリンクをクリックし、この資料のPDFをダウンロードしてください。
Secure Code Warrior は、ソフトウェア開発ライフサイクル全体にわたってコードを保護し、サイバーセキュリティを最優先とする企業文化を創造するために、お客様の組織を支援します。AppSec マネージャー、開発者、CISO、またはセキュリティに関わるすべての人が、安全でないコードに関連するリスクを減らすことができるよう、支援します。
レポートを見るデモを予約する
Matias Madou, Ph.D. セキュリティ専門家、研究者、CTO兼共同設立者（Secure Code Warrior ）。Ghent大学でアプリケーションセキュリティの博士号を取得し、静的解析ソリューションに焦点を当てた。その後、米国Fortify社に入社し、開発者が安全なコードを書くことを支援せずに、コードの問題を検出するだけでは不十分であることに気づきました。開発者を支援し、セキュリティの負担を軽減し、お客様の期待を上回る製品を開発することを志すようになった。Team Awesomeの一員としてデスクワークをしていないときは、RSA Conference、BlackHat、DefConなどのカンファレンスでプレゼンテーションをするのが好きである。
マティアスは、15年以上のソフトウェアセキュリティの実務経験を持つ研究者・開発者です。フォーティファイ・ソフトウェア社や自身の会社（Sensei Security）などでソリューションを開発してきました。キャリアの中で、Matiasは、商用製品につながる複数のアプリケーションセキュリティ研究プロジェクトを主導し、10件以上の特許を取得しています。また、RSAカンファレンス、Black Hat、DefCon、BSIMM、OWASP AppSec、BruConなどの世界的なカンファレンスで定期的に講演を行っているほか、高度なアプリケーションセキュリティトレーニング（courses ）の講師も務めています。
Matiasはゲント大学でコンピュータ工学の博士号を取得し、アプリケーションの内部構造を隠すためのプログラム難読化によるアプリケーションセキュリティを研究しました。
While these seismic shifts in software development and security seem to be regular occurrences in 2026, the arrival of Anthropic's latest, reportedly "most dangerous" AI coding model yet, Claude Mythos, represents a permanent, fundamental shift in how every security leader must approach their security program, especially with patch management of legacy systems.
Most enterprises are still navigating the shift from human-written code to AI-assisted development, ushering in new processes, learning to review what their AI co-pilots generate, building new skills, and establishing new guardrails around appropriate enterprise use.
But, the next phase of AI-driven software creation didn't wait.
This week, Anthropic published a detailed technical assessment of Claude Mythos Preview, a new frontier AI model with a capability that should stop every security and engineering leader in their tracks. It can autonomously identify and exploit zero-day vulnerabilities across all major operating systems and browsers, without human intervention after an initial prompt. Engineers with no formal security training directed the model overnight and woke up to complete, working exploits.
These findings are startling and not theoretical. Mythos Preview found a 27-year-old vulnerability in OpenBSD, one of the most security-hardened operating systems in the world, that allowed an attacker to remotely crash any machine just by connecting to it. It discovered a 16-year-old flaw in FFmpeg that automated testing tools had hit five million times without catching. It chained together multiple Linux kernel vulnerabilities autonomously to achieve full machine control. These weren't human-assisted discoveries; no real-world practitioner guided the process after the initial prompt.
In response, Anthropic announced Project Glasswing, a cross-industry coalition that brings together AWS, Microsoft, Google, Cisco, CrowdStrike, Palo Alto Networks, JPMorgan Chase, NVIDIA, Apple, Broadcom, and the Linux Foundation. The shared conclusion across all of them: the old approaches to securing software are no longer sufficient, and the time to act is now. As CrowdStrike's CTO put it, the window between a vulnerability being discovered and exploited has collapsed; what once took months now happens in minutes.
The three problems just got harder
At every stage of the AI development transition, enterprises face the same three challenges. Mythos Preview sharpens all three at once, at a speed never previously possible.
Learning to build securely gets harder when AI can generate and modify code faster than teams can review it. The skills required to govern AI-generated code differ from those needed to write code manually, and those skills must keep pace with the tooling.
Governing what AI can and can't touch becomes critical when autonomous agents write and revise code without a human in the loop. Generally, we are still asking the wrong question. It’s less "what did our developers build?" and more "what did our AI build, and was it allowed to?"
Tracing which AI did what, where, and for whom is now a compliance and incident response imperative. When something goes wrong in an agentic pipeline, organizations need to answer that question immediately. Most can't.
As practitioners, we predicted long ago that this technology could eventually be leveraged by threat actors, effectively supercharging their attack capabilities. We already know that cybercriminals have a distinct offensive advantage over most enterprise security teams, and a tool like Mythos streamlines their nefarious processes even further.
We're in the age of democratized cyberattacks, where the level of destruction once achievable only by elite threat actors can be carried out by a relative novice. We shouldn't be shocked, but many remain vastly underprepared. Swift, prioritized patching is a must, but this management is only ever as good as the traceability of every tool and dependency in use.
This is an industry-level problem
What makes Project Glasswing significant isn't solely determined by the capabilities Mythos Preview revealed; it is the scale and potency of the response. A coalition spanning hyperscalers, security vendors, financial institutions, and open-source foundations is all aligned on the same conclusion, and it’s a familiar narrative that speaks directly to the ethos of SCW. AI Software Governance has never been a “nice-to-have”, optional feature. This is the missing layer that every organization scaling AI-driven development needs in place before the next incident. Those who stick to an oft-used, reactive playbook are going to be swept off their feet in the worst possible way.
Enablement, not restriction
The temptation when reading findings like these is to reach for the brakes, to slow AI adoption, restrict tooling, and tighten controls. That's the wrong response, and it's not what the Glasswing partners are recommending either.
The organizations that will navigate this transition well are the ones that adopt AI-driven development with governance in place from the start. That means training developers as the tooling evolves, setting guardrails for what AI agents can access in your repositories, and, fundamentally, building the traceability that your compliance and incident response teams will demand without burning millions of tokens to facilitate it.
The moment to act is now
Anthropic's own advice to defenders: start with the tools available today. Don't wait for the next model. The value of getting your processes, scaffolds, and governance frameworks in place compounds quickly.
Secure Code Warrior sits at the center of all three enterprise problems the agentic era creates. If your organization is scaling AI-driven development, the question isn't whether you need AI Software Governance. It's whether you have it yet.
What this means for you
CISO向け
Your vulnerability disclosure policies, patch cycles, and incident response playbooks were built for a world where exploit development took weeks. That world is gone. Now is the time to establish AI governance visibility across your development environment, while contextually understanding which AI agents are touching your codebase, what they're producing, and whether it meets your risk threshold. If you can't answer those questions today, that's the gap to close first.
For CTOs
Your engineering teams are already using AI to ship faster. The question is now whether you have the guardrails in place to do it safely at scale. Governing what AI agents can and can't touch in your repositories, and maintaining traceability of AI contributions, is now a technical architecture decision, rather than an isolated security consideration. The organizations building this foundation now will be the ones who scale AI development with confidence.
For Engineering Leaders
Your developers are being asked to move faster with AI tools they didn't design and can't fully predict. The skills required to review AI-generated code are genuinely different from those required to write code manually, and most teams haven't had the chance to develop them yet. Closing that capability gap is what makes AI adoption safer and more sustainable.
For CEOs and Boards
Project Glasswing might be headline news, but it’s also a signal we cannot ignore. When AWS, Microsoft, Google, Cisco, CrowdStrike, and JPMorganChase align on an urgent, coordinated response to an AI-driven security risk, and Anthropic commits $100M to address it, that's the market telling you something. AI-driven software development is accelerating the rate at which vulnerabilities can be found and exploited. Governance over that process is now a board-level risk question. The organizations that treat it as one early will be better positioned to scale AI development — and to demonstrate to regulators, customers, and investors that they're doing it responsibly.
目次
Matias Madou, Ph.D. セキュリティ専門家、研究者、CTO兼共同設立者（Secure Code Warrior ）。Ghent大学でアプリケーションセキュリティの博士号を取得し、静的解析ソリューションに焦点を当てた。その後、米国Fortify社に入社し、開発者が安全なコードを書くことを支援せずに、コードの問題を検出するだけでは不十分であることに気づきました。開発者を支援し、セキュリティの負担を軽減し、お客様の期待を上回る製品を開発することを志すようになった。Team Awesomeの一員としてデスクワークをしていないときは、RSA Conference、BlackHat、DefConなどのカンファレンスでプレゼンテーションをするのが好きである。
Secure Code Warrior は、ソフトウェア開発ライフサイクル全体にわたってコードを保護し、サイバーセキュリティを最優先とする企業文化を創造するために、お客様の組織を支援します。AppSec マネージャー、開発者、CISO、またはセキュリティに関わるすべての人が、安全でないコードに関連するリスクを減らすことができるよう、支援します。
デモを予約するダウンロード始めるためのリソース
Trust Agent:AI - Secure and scale AI-Drive development
AI is writing code. Who’s governing it? With up to 50% of AI-generated code containing security weaknesses, managing AI risk is critical. Discover how SCW's Trust Agent: AI provides the real-time visibility, proactive governance, and targeted upskilling needed to scale AI-driven development securely.
OpenText アプリケーションセキュリティのパワー + Secure Code Warrior
OpenText Application Security and Secure Code Warrior combine vulnerability detection with AI Software Governance and developer capability. Together, they help organizations reduce risk, strengthen secure coding practices, and confidently adopt AI-driven development.
Secure Code Warrior corporate overview
Secure Code Warrior is an AI Software Governance platform designed to enable organizations to safely adopt AI-driven development by bridging the gap between development velocity and enterprise security. The platform addresses the "Visibility Gap," where security teams often lack insights into shadow AI coding tools and the origins of production code.
セキュアコード・トレーニングのトピックと内容
Our industry-leading content is always evolving to fit the ever changing software development landscape with your role in mind. Topics covering everything from AI to XQuery Injection, offered for a variety of roles from Architects and Engineers to Product Managers and QA. Get a sneak peek of what our content catalog has to offer by topic and role.
始めるためのリソース
Observe and Secure the ADLC: A Four-Point Framework for CISOs and Development Teams Using AI
While development teams look to make the most of GenAI’s undeniable benefits, we’d like to propose a four-point foundational framework that will allow security leaders to deploy AI coding tools and agents with a higher, more relevant standard of security best practices. It details exactly what enterprises can do to ensure safe, secure code development right now, and as agentic AI becomes an even bigger factor in the future.
