Device attestation system verifies trust in managed networks
Summary
USPTO published patent application US20260095449A1 for a device attestation system in managed networks. Inventors include Meni Orenbach, Michael Tahar, Fritz Daniel Alder, Ahmad Atamli, and Dmitri Shiffrin. The application covers approaches for verifying device state and establishing trust in network devices through self-attestation using network messages.
What changed
The USPTO published Patent Application US20260095449A1 titled 'Device Attestation in Managed Networks.' The invention covers systems where devices in a managed network perform self-attestation by transmitting attestation evidence via network messages. One or more verifiers verify the evidence and determine which devices or subnets are trusted. Data and messages are then routed along trusted paths through trusted networks or subnets.
This is a patent application publication with no regulatory obligations. Technology companies and network equipment manufacturers may review the application for informational purposes regarding device attestation and network trust verification techniques. No compliance actions, deadlines, or penalties are associated with this publication.
Archived snapshot
Apr 3, 2026GovPing captured this document from the original source. If the source has since changed or been removed, this is the text as it existed at that time.
DEVICE ATTESTATION IN MANAGED NETWORKS
Application US20260095449A1 Kind: A1 Apr 02, 2026
Inventors
Meni Orenbach, Michael Tahar, Fritz Daniel Alder, Ahmad Atamli, Dmitri Shiffrin
Abstract
Approaches presented herein provide for the attestation of devices in managed networks, in order to verify state and establish trust in those devices as well as in the managed network and/or subnets. The devices in a network, including devices such as network switches, can perform self-attestation by transmitting attestation evidence using one or more network messages. One or more verifiers can verify the attestation evidence and determine which devices or subnets are trusted. Data and messages can then be routed along trusted paths through a trusted network or subnet, such that all devices along those paths are trusted devices. In order to reduce the volume of attestation traffic for large networks, a network device can provide attestation evidence to a verifier that is connected to that device, rather than propagating all evidence for all devices to a single verifier. Once verified, a list of trusted devices can be propagated rather than the instances of evidence that were used for the verification.
CPC Classifications
H04L 63/10 H04L 41/0806
Filing Date
2024-09-30
Application No.
18901515
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