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Anthropic Mythos and the Growing Gap Between Risk and Response

Anthropic Mythos and the Growing Gap Between Risk and Response

AI is accelerating vulnerability discovery, but the real challenge is how organizations prioritize and act on risk at scale. Anthropic’s Claude Mythos Preview is getting a lot of attention, and it should. Early results suggest it can surface high-severity vulnerabilities across widely used systems and open source software at machine speed and scale, including issues […]

313 | Breaking Analysis | Google’s Agent Platform Takes Pole Position but Work Remains

Enterprises are rapidly moving from an AI that answers questions and generates content to one that performs tasks and takes actions. According to Thomas Kurian, CEO of Google Cloud, this shift requires a fundamentally different approach to infrastructure and software. Google’s view is that only a tightly integrated portfolio – spanning silicon to applications and everything in between – can effectively support this transition. 

312 | Breaking Analysis | As AI Powers Google, What’s Next for Google Cloud

The agentic era is forcing a reset in enterprise architecture. Agents taking action go far beyond just analyzing data living in lakehouses. Agents acting on behalf of humans, continuously, at machine scale bring new architectural requirements to the enterprise. The so-called “modern data stack” as most organizations know it, has become a sort of “new legacy.” No longer can organizations rely on stitched-together systems, fragmented governance, batch pipelines, and historical security boundaries. As we move from human-scale dashboards to agent-scale execution, fragmentation becomes an operational and compliance risk.
This is where we believe Google has an underappreciated advantage. Our research indicates the winning architectures in the agentic era will be the ones that operate as a coherent, end-to-end system — where the model, the cognitive engine, and the infrastructure are tightly integrated and share a single trusted boundary, consistent security controls, and an efficient cost structure that can generate tokens in volume but doesn’t collapse under thousands of agent interactions per minute. This is the premise behind our Google thesis. We believe Google is in a strong position to build on decades of infrastructure and data excellence and push toward an AI powered cloud that goes beyond a reactive system of intelligence to one that takes action at scale. Essentially we see Google as one of the companies best positioned to execute on our vision of delivering a real-time digital representation of an enterprise. One that blends the power of generative AI with trusted and consistent determinism to deliver real time actions that leverage both structured and unstructured and can execute transactions as scale.

AI Data Protection Gap: Why Enterprise AI Data Is at Risk

AI data is quickly becoming the most valuable asset in the enterprise – and the least protected.

While nearly three-quarters of organizations have moved beyond experimentation into operational AI, protection of AI-generated data is lagging badly. In fact, nearly 70% of organizations haven’t even backed up half of their AI data. At the same time, that data is under active attack – from data poisoning and model theft to prompt injection and exfiltration.

This is the emerging gap in that AI adoption is accelerating, but the systems designed to protect it were built for a different era.

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