TPM
Trusted Platform Module
The unbreakable hardware root-of-trust embedded in over 3 billion devices worldwide — laptops, phones, servers, cars, IoT sensors, medical devices, and industrial systems.
Unforgeable Hardware Security
A Trusted Platform Module (TPM) is a dedicated, tamper-resistant cryptographic microprocessor physically bonded to a device’s motherboard. It generates and stores private keys that never leave the chip and signs data at the exact moment of creation — creating an unforgeable digital birth certificate for every data point.
From Concept to Global Standard
1999 → 2009
Trusted Computing Group founded · TPM 1.2 becomes mandatory in business laptops
2019
TPM 2.0 standard released (current version)
2021
Microsoft mandates TPM 2.0 for Windows 11
2025
Verity One activates TPM globally as the universal data provenance layer
100% Device-Agnostic & OS-Agnostic
Works everywhere there is a motherboard — no software or driver dependency required for core cryptographic functions.
- Windows · macOS · Linux · Android · iOS
- Automotive ECUs · Industrial PLCs · Smart sensors
- Medical devices · Servers · Edge gateways
Mathematically Impossible to Forge
Non-Exportable Keys
Private keys are generated and stored inside the chip — physically impossible to extract.
Tamper-Resistant Design
Resistant to side-channel attacks, decapping, and physical tampering.
Remote Attestation
Proves the device firmware and OS haven’t been compromised before signing data.
Unique Per Device
Every TPM has a cryptographically unique Endorsement Key burned in at manufacture — forever.
TPM
Trusted Platform Module
The unbreakable hardware root-of-trust embedded in over 3 billion devices worldwide — laptops, phones, servers, cars, IoT sensors, medical devices, and industrial systems.
Unforgeable Hardware Security
A Trusted Platform Module (TPM) is a dedicated, tamper-resistant cryptographic microprocessor physically bonded to a device’s motherboard. It generates and stores private keys that never leave the chip and signs data at the exact moment of creation — creating an unforgeable digital birth certificate for every data point.
From Concept to Global Standard
1999 → 2009
Trusted Computing Group founded · TPM 1.2 becomes mandatory in business laptops
2019
TPM 2.0 standard released (current version)
2021
Microsoft mandates TPM 2.0 for Windows 11
2025
Verity One activates TPM globally as the universal data provenance layer
100% Device-Agnostic & OS-Agnostic
Works everywhere there is a motherboard — no software or driver dependency required for core cryptographic functions.
- Windows · macOS · Linux · Android · iOS
- Automotive ECUs · Industrial PLCs · Smart sensors
- Medical devices · Servers · Edge gateways
Mathematically Impossible to Forge
Non-Exportable Keys
Private keys are generated and stored inside the chip — physically impossible to extract.
Tamper-Resistant Design
Resistant to side-channel attacks, decapping, and physical tampering.
Remote Attestation
Proves the device firmware and OS haven’t been compromised before signing data.
Unique Per Device
Every TPM has a cryptographically unique Endorsement Key burned in at manufacture — forever.