Secure Your Devices with IoT Patching
Install new, safe firmware for IoT devices in just a few clicks (or none)
Faster, Less Disruptive, and Auditable Firmware updates for IoT
Plug IoT Security Holes
Deny easy attack vectors and reclaim time with centralized and easy IoT Patching
Get in TouchIoT Patching
Reduce Overall Risk by Patching Devices Fast
Stop Manual Patching
Every IoT vendor’s method for deploying an IoT firmware upgrade is different. Asimily simplifies your IoT device patching by expertly researching manufacturer-specific methodologies and automatically deploying targeted security updates on your behalf.
Shorten Exposure Windows
Asimily monitors for new patches and tells you how to deploy them without agents so your IoT stays safe and ahead of attackers.
Automate Patching
Choose between single-device, scheduled, bulk, and fully automatic options for firmware upgrades that make this cybersecurity chore…no more.
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.
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Protecting Your Industry’s Unique Devices
Healthcare
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.
Discover MoreManufacturing
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.
Discover MoreHigher 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.
Discover MoreGovernment
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.
Discover MoreLife 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.
Discover MoreFrequently asked questions
IoT patching is important because each manufacturer update often closes security holes. In order to be the most protected against breaches, it’s important to have the latest firmware not only available, but deployed. Attackers, especially botnet operators, are built to be faster at attacking than all of us are at defending. There’s a reason why the world’s largest botnets in history (Mirai, ZeuS, Dridex, Emotet, and many more) have been largely populated with compromised IoT and are now measured in Tbps (terabits per second).
Every device manufacturer has a different method for applying firmware updates. Almost all of them involve downloading a binary file and uploading it to the device in a firmware update mode, often using proprietary management software for each manufacturer. For some devices, such as many networking devices, there may be special requirements to maintain cluster failover or other special states between devices. These must be taken into consideration during the IoT Patching process.
Asimily normalizes the firmware update process across IoT manufacturers so it looks the same to device fleet operators, but may do very different (but necessary) things behind the scenes. By normalizing the process, all upgrades across all supported IoT manufacturers can be done in the same way. This helps organizations be more efficient and shorten exposure windows due to unpatched devices.
Almost any device will get firmware upgrades based on the release of new functionality or the closing of security holes over time. Some of the most common include IP cameras, printers, power supplies, and networking gear.
Asimily research shows a very wide variety across manufacturers. On average across all tested devices, we found about 5 months between firmware updates. Some release patches monthly and others less than annually.