NXM-enabled devices operate within a fully distributed Peer-Peer (P2P) network environment that provides unparalleled security. Pre-defined data is automatically tagged, segmented and bifurcated at the source. All personal, private and confidential information is handled separately from device-generated data such that any off-device storage is limited to private databases with no direct cloud access. Whereas machine-generated data is anonymized and encrypted for optional storage in the cloud. Without knowing the device’s unique ID, a hacker would find it virtually impossible to associate personal information with the anonymized machine data of any given device.
AS is compatible with existing designs, using hardware security features to extend a device's root of trust from the chip to the cloud
AS is built on frameworks such as Arm's Platform Security Architecture (PSA), extending the chip designer's security architecture uniformly across manufacturers' implementations
Privacy shouldn’t be an afterthought. That’s why NXM makes it simple for brand manufacturers to create products that are GDPR and HIPPA compliant and adhere to all privacy regulations. Personally identifiable data is fully protected on NXM-enabled devices and encrypted end-to-end during transmission as well as in the cloud. It is never co-mingled with anonymized device data which is stored separately.
NXM transforms ordinary connected devices into autonomous, self-governing machines capable of managing their own security. The first step in this process begins with Identity. To be considered autonomous, a device must possess a self-generated unique ID that works over any communication network. NXM’s patented software enables a processor to create and permanently store its own unique identity in protected memory and on NXM’s immutable DistributedLedger. Immutable machine identity is the cornerstone upon which all autonomous device networks operate.
Privacy shouldn’t be an afterthought. That’s why NXM makes it simple for brand manufacturers to create products that are GDPR and HIPPA compliant and adhere to all privacy regulations. Personally identifiable data is fully protected on NXM-enabled devices and encrypted end-to-end during transmission as well as in the cloud. It is never co-mingled with anonymized device data which is stored separately.
NXM transforms ordinary connected devices into autonomous, self-governing machines capable of managing their own security. The first step in this process begins with Identity. To be considered autonomous, a device must possess a self-generated unique ID that works over any communication network. NXM’s patented software enables a processor to create and permanently store its own unique identity in protected memory and on NXM’s immutable DistributedLedger. Immutable machine identity is the cornerstone upon which all autonomous device networks operate.
AS is compatible with existing designs, using hardware security features to extend a device's root of trust from the chip to the cloud . AS is built on frameworks such as Arm's Platform Security Architecture (PSA), extending the chip designer's security architecture uniformly across manufacturers' implementations
AS uses existing hardware features found even in constrained environment microcontrollers, such as cryptography coprocessors, making it compatible with existing chips. AS is chip design agnostic, allowing compatibility between different security frameworks
AS provides first class security without the need for central key management. AS ensures that device compromise affects individual devices only, not entire product lines. And can be quickly rolled back to a known good state. AS is future-proof with upgradeable cryptography, including post quantum algorithms. AS is platform agnostic, compatible with existing cloud services. AS provides a rapid path to security certification via Arm PSA
AS enables automated and scalable zero-touch device provisioning. AS ensures verifiable high quality data produced from devices, even through security events, suitable for ML/AI applications. AS distributed nature makes the system more resilient to DDoS and other infrastructure attacks. AS allows for partnerships and consortium use cases between competing or distrustful partners via distributed ledger technology
AS ensures devices are designed and built to industry best practices, providing an exceptional security baseline. AS reduces device downtime from security incidents. AS is designed with privacy in mind.
