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Bob Adams is the Lead Cybersecurity Engineer for iSECURE, LLC, a woman-owned cybersecurity company based in Rochester, N.Y. servicing clients nationally throughout the United States. iSECURE delivers enterprise class security services and solutions to various market segments including Medical, Legal, Finance, Higher Education, Industrial, and Fortune 500 companies. With over 35 years of experience and a self[1]professed geek, Bob has spent most of his career architecting, installing, securing, and auditing networks for Corporate and Enterprise Clients. The last 18 years has been spent advocating compliance frameworks and solutions that enable his clients to operate safely and securely regardless of their industry. His passion to make cybersecurity accessible, useful, and interesting has led Bob to develop compliance resources and seminars focusing on markets that need more visibility and education. Prior to discovering computers, he worked as a nightclub DJ traveling the east coast working in some of the largest nightclubs in the US. When Bob isn’t in front of a computer, he spends his time as a motorsport announcer and photographer for events throughout North America including Watkins Glen, where he volunteers and has been part of the Watkins Glen Vintage Gran Prix for over 25 years.
Join us for our upcoming virtual discussion:
Industrial and critical infrastructure environments are facing unprecedented cyber risk—driven by limited OT visibility, siloed teams, and threats that evolve faster than traditional tools can detect. In this session, we’ll explore how Darktrace Self‑Learning AI delivers real‑time asset awareness, advanced threat detection, and autonomous response to strengthen SOC resilience across OT, IT, and hybrid environments.
Gain insights into:
- Emerging OT threat trends and why visibility gaps remain the biggest barrier to resilience.
- How Darktrace Self‑Learning AI identifies assets, quantifies OT risk, and detects both known and unknown threats.
- How autonomous, disruption‑free response can contain attacks early while preserving normal operations.
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