The Eclypsium Platform provides the most complete solution for protecting government IT infrastructure hardware supply chain. Our software platform provides full command and control visibility into the hardware running in your infrastructure, wherever they are deployed. At a glance, you’ll see if there are implants or backdoors in your hardware; identify vulnerabilities and threats and be able to assess which devices are out of date and in need of patching. You’ll get expert guidance on the severity of vulnerabilities, and links to the latest firmware updates, so that you can mitigate threats and protect your infrastructure. And you’ll gain the tools you need to demonstrate compliance with Zero Trust, NIST, CMMC, and FISMA controls at the device level.
The Eclypsium Platform uses static and behavioral analysis, as well as comparing your hardware assets against our database of millions of firmware hashes across dozens of enterprise hardware vendors to identify changes to baselines, find outdated firmware and expose tampering.
Schedule regular scans or perform ad-hoc scans of devices for firmware vulnerabilities, outdated versions, hardware misconfigurations, and missing protections. Based on scan results take actions such as applying updates or quarantining devices.
Detect and alert on threats such as hardware implants, backdoors and rootkits. Leverage IOCs, static, behavioral, and heuristic analysis to find known or unknown threats or changes to hardware and device integrity.
Maintain a complete view of your entire environment or focus on a specific group of devices, with insight into hardware components so that you always know your security posture.
Detailed analysis & reporting of any firmware image enables digital forensics to gather evidence to investigate the context of any attack as well as identifying and limiting the exposure of a breach, as part of a complete incident response playbook.
Eclypsium accelerates patching and update efforts, enabling staff to address weaknesses and save time. When threats are encountered, the platform can prevent damage, and robust APIs enable automated orchestration efforts such as quarantine of affected devices.