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Adoption of new technologies can alter an organisation’s attack surface, requiring security controls, testing, and risk management to change.

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Adoption is the extent to which people and organizations begin using a security technology, control, policy, or practice and incorporate it into routine work. In cybersecurity, adoption is more than purchasing or deploying a capability: it includes correct configuration, user participation, and continued use. Examples include enabling multifactor authentication, applying security patches, using secure coding practices, and collecting logs from systems that require monitoring.

Adoption matters because uneven or incomplete use leaves exploitable gaps. A partially deployed authentication control may protect some accounts while others remain exposed; delayed patch adoption can leave known vulnerabilities available to attackers; and missing or poorly configured logging can limit detection and investigation. Practitioners therefore assess coverage, exceptions, configuration quality, and whether controls operate as intended. Training, usable workflows, staged rollout, and measured policy compliance can improve adoption without encouraging insecure workarounds or unnecessary collection of personal data.

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The modern kill chain is eluding enterprises because they aren’t protecting the infrastructure of modern business: SaaS.  SaaS continues to dominate software adoption, and it accounts for the greatest share of public cloud spending. But enterprises and SMBs alike haven’t revised their security programs or adopted security tooling built for SaaS.  Security teams keep jamming on-prem

Chipmaker Arm Is Not an Alliance MemberDevelopers of a computer hardware project for stopping memory-based cyberattacks will soon release standards in a bid to overcome commercial hurdles to its adoption. Backers of the Capability Hardware Enhanced RISC Instructions, or CHERI, architecture hope it becomes more widely adopted.