Asimily is the Proactive Cyber Asset Defense Platform, built to reduce risk fast across IoT, OT, IoMT, and IT, without disrupting operations.
Sunnyvale, California
Joined March 2022
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OT patches often wait months for a maintenance window. Rank by device context, not CVSS alone: is the PLC reachable, exploitable, and critical to production? Asimily scores CVEs that way.
NIST fully enriches only some NVD CVEs now. A severity score says little about the pump or PLC it lands on. Asimily scores CVEs in device context so teams know what to fix first. bit.ly/3UrUk79
We're honored to share that Asimily has won Gold in the 2026 Merit Awards for Operational Technology (OT) & Industrial IoT Security. Asimily gives industrial teams an agentless, continuously updated inventory without disrupting operations.
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In the AI era, exploits arrive before patches do – especially for connected devices. Your best defense: segmentation. Limit what an attacker can accomplish, whether or not a fix exists yet.
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The best time to stop a threat? Before it ever takes off. ✈️
In organizations, seeing threats isn't enough. The real advantage comes from knowing what could go wrong before it does – and acting on it.
AI is shortening the time between a vulnerability's disclosure and its exploitation, and many IoT, OT, and IoMT devices can't take a patch that fast.
Our #CybersecurityAwarenessMonth guide covers containment for what you can't patch:
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Your EDR can only protect the devices that can run an agent, and attackers scan your network for the ones that can't.
When EDR stopped Akira's encryptor on a server, the group pivoted to an unmonitored webcam.
Read the breakdown:
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Overlapping rules, orphaned ACEs, and per-device policies all draw on the same scarce switch memory, and most teams cannot see it filling up.
See how to keep the installed policy set bounded as the network changes.
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Knowing what is at risk and doing something about it are still two different programs in most organizations. That gap is where breaches and stalled segmentation live.
Closing the loop, end-to-end:
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A segmentation policy that cuts attack paths but takes a critical system offline trades one business problem for another. Avoiding that requires security and network teams working from the same device, risk, and dependency data. Here's why it matters:
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Colorado now joins Minnesota, Michigan, Alabama, Georgia, New Jersey, South Dakota, and Wisconsin. The water sector pattern holds: exposed controllers, thin staffing, and flat networks behind them. Read our coverage of these recent attacks: bit.ly/4AldV9r
Most hospitals already accept that medical devices should be segmented. Translating device communication patterns into enforceable policy, without disrupting care, is the hard part.
Priyanka Sollinger in 24x7 on where healthcare cybersecurity stands:
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Join the Asimily team at the Arista Campus Networking Day 2.0 in Minneapolis on Sept 23. Don't miss our session at 1:00 PM, where we'll share how Arista customers are deploying Asimily to save time and reduce risk. Register here:
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Attackers with AI open with the pieces you never counted.
Asimily surfaces the riskiest devices across IoT, OT, IoMT, and IT and enforces the policy that contains them.
The Mackay Sugar shutdown is a prompt to go find out where your plants actually stand in terms of device inventory, segmentation, and your overall exposure.
Read the full article:
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The Asimily team is thrilled to be at OTSec ANZ with IT Integrity! Reach out to our team to learn how the Asimily platform provides comprehensive OT security for your organization.
Lateral movement can turn a single compromised device into a broader security breach. Learn how operationalized segmentation stops lateral movement in its tracks:
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Most security teams inventory their endpoints. Very few inventory what those endpoints are allowed to reach. The Lumexa Imaging breach ran over a connection that was supposed to exist.
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Knowing every device on the network is a different problem from knowing which of them would matter if it were compromised.
Asimily's ATT&CK Analysis evaluates whether an attacker has a usable path to it on that device, in that topology.
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The hard part of identity-based microsegmentation is not deciding what a device should be allowed to do. It is enforcing that decision through the firewalls, NAC, and switches already deployed, then keeping it accurate as devices are moved.
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