Protecting All Industries

Securing Operational Technology (OT)

Internet-connected devices have transformative effects for building maintenance, manufacturing, chemical and other industries. Keep digital criminals out of the physical world by securing Industrial IoT, BMS and OT devices. For OT devices, we work with your ICS vendor of choice.

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See, Prevent, Minimize, and Model OT Cyber Risks 

Prevent Any Kind of Industrial IoT Downtime

Protect Essential Processes for your OT

Whether it’s keeping building systems functional or a factory floor humming, downtime is dangerous. Keep attackers out and ensure the continuity of your critical operations.

Operational Efficiency

Mitigate Vulnerabilities as They Are Discovered

With over 25,000 known vulnerabilities discovered each year, staying ahead of threats is essential. Mitigate the danger these vulnerabilities pose to your OT via discovery, recommended fixes, and OT behavior tracking.

Avoid Industrial IoT Rogue Behavior

Resets and attackers can remove security protections, allowing rogue traffic to occur. Detect it and stop unauthorized behavior, ensuring your Industrial IoT remains secure from potential attackers.

IoT Device Security

How and Why OT Gets Hacked

Poorly Guarded 

While large software makers invest billions on cybersecurity, OT manufacturers don’t have the same budget to keep their equipment as safe as can be. Asimily bridges the gap, providing high-quality defenses to secure OT devices.


When dollars per hour are a key metric, ransomware can thrive. Avoid letting your equipment fall prey to ransomware. Asimily empowers you to fend off ransomware threats.


Famous hacks have occurred when attackers gain a foothold – such as on an HVAC system – then use that access to get into core networks. Stop criminals where they want to attack.

Protecting Your Industry’s Unique Devices


Asimily provides the necessary tools to identify and address IoT vulnerabilities in healthcare, ensuring the protection of patient data without interrupting the delivery of critical care.

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In an industry that relies heavily on IoT devices to drive automation, efficiency, and connectivity, Asimly can help. By ensuring the security of IoT devices, manufacturers can safeguard their intellectual property, prevent production disruptions, and maintain the trust of their customers and partners.

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Higher Education

Educational institutions depend on interconnected devices to facilitate learning, research, and campus operations. Protect sensitive student and faculty data, maintain operational integrity, and foster a secure, productive academic environment with Asimily.

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Asimily equips government entities worldwide with the necessary tools to secure their IoT devices, protect critical infrastructure, and ensure data privacy. Defend against cyber threats and uphold public trust by proactively mitigating vulnerabilities.

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Life Sciences

Where delicate research, development, and data exchange are ongoing, securing your IoT devices is a top priority. Proactively manage and mitigate vulnerabilities, reducing the risk of theft or loss of critical research and development efforts.

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Reduce Vulnerabilities 10x Faster with Half the Resources

Find out how our innovative risk remediation platform can help keep your organization’s resources safe, users protected, and IoT and IoMT assets secure.

Frequently asked questions

Common types of IoT device vulnerabilities include weak or default passwords, outdated firmware or software, insufficient authentication mechanisms, insecure data transfer and storage, lack of device management, and poor physical security.

IoT device vulnerabilities can have significant consequences for your organization. They can lead to data breaches, unauthorized access to systems, disruption of operations, compromised privacy, financial losses, reputational damage, and even physical harm in certain cases.

Regular vulnerability assessments and proactive mitigation help prevent potential exploits, reduce the risk of cyberattacks, ensure data privacy, and maintain the integrity and availability of IoT systems.

Effective vulnerability mitigation typically involves these key steps: Discovery and inventory of IoT devices. Vulnerability scanning and assessment. Prioritization based on risk analysis. Remediation of vulnerabilities. Ongoing monitoring and reevaluation. Reporting and documentation of efforts.

Assessment of risks should be conducted on a regular basis to keep pace with the evolving threat landscape. Frequency of these assessments may depend on factors such as industry regulations, risk tolerance, and criticality of the devices. A general rule of thumb would be to conduct vulnerability mitigation activities quarterly.