Remove Accountability Remove Architecture Remove Risk Remove Whitepaper
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MITRE ATT&CK: The Magic of Application Mitigations

Cisco Security

Today’s application architectures support fast, continuous innovation. Back end architectures use small, independent code modules called microservices. Clearly today’s application architectures use a lot of components, making them more complex, but the benefits run deep. Complexity breeds security risk. Accountable.

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Qualities of a Highly Available Cloud

McAfee

Instead, the best of breed functionality was purposefully reconstructed for SSE, using a microservices architecture that can scale elastically, and built on a platform-neutral stack that can run on bare metal and public cloud, equally effectively. From the start, the architecture was designed with zero trust in mind.

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A Spectre proof-of-concept for a Spectre-proof web

Google Security

We've confirmed that this proof-of-concept, or its variants, function across a variety of operating systems, processor architectures, and hardware generations. In 2019, the team responsible for V8, Chrome’s JavaScript engine, published a blog post and whitepaper concluding that such attacks can’t be reliably mitigated at the software level.

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To Achieve Zero Trust Security, Trust The Human Element

Thales Cloud Protection & Licensing

With more employees working remotely than ever before due to COVID-19, businesses are at greater risk from a cyber-attack with workers accessing systems outside of the usual company network. The system needs to also take into account user trends and shifting requirements, rather than looking solely at least privilege access.

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If Infosec Was a Supermarket Business

Security Boulevard

Our imaginary supermarket architecture consists of: A main supermarket store. So, if we apply this to our analogy, we could class this data as low risk. However, would you react the same way if a single piece of low-risk data is affected (i.e. The core of our analogy will be comparing supermarket stock to a business’s data.

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