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QVault TPM
We offer a pre-provisioned Trusted Platform Module (TPM) based on a quantum-resistant RISC-V secure hardware platform, currently undergoing FIPS 140-3, TCG and Common Criteria EAL5+ evaluations.
KEY BENEFITS
Hardware-rooted trust for long-lived devices
Security-grade TPM with ongoing industry certifications
QVault TPM built on a Common Criteria EAL5+ security architecture, incorporating an SP 800-90B validated entropy source and TPM-compliant interfaces, with certification processes currently underway.Quantum-resistant by design
Flexible integration for embedded and edge platforms
High-speed interfaces, integrated memory, wide operating range, and TPM-compliant QFN32 packaging for embedded and edge devices.
Certifications
QVault TPM is currently progressing through certification and validation programs, including Common Criteria EAL5+, FIPS 140-3 and TCG TPM certification pathways.

QVault TPM – Quantum-ready TPM secure element
A TPM-compliant RISC-V secure hardware platform designed for Common Criteria EAL5+ assurance levels and supporting post-quantum algorithms (Kyber & Dilithium) and rich interoperability with classical crypto standards, tailored for embedded, IoT and edge systems that require long-term, quantum-safe protection.
Sampling and availability planned for November 2026.
KEY FEATURES
- FIPS 140-3 and TCG certification processes underway
- TCG TPM Library Spec 2.0
- TCG 's PC Client platform
- Quantum Resistant (Kyber / Dilithium)
- Pre-Provisionned: 2048 bits RSA KeyPairs, Endorsement Keys & EK Certificates (RSA2048, ECC P256, ECC P384)
- Cryptography: ECC (256 bits)
- Digital Sign: ECDSA
- Universally Recognized Root-of-Trust
QVault TPM EK Certificate Chain
TPM Trust Chain
Trusted Hardware Identity
SEALSQ QVault TPM is backed by a cryptographically verifiable hardware identity.
To support secure device provisioning and attestation workflows, SEALSQ provides the Endorsement Key (EK) Certificate Chain, establishing the trusted link between each TPM device and SEALSQ’s root certificate authority.
This resource allows system integrators and platform providers to confidently validate TPM identities within their security architectures.
APPLICATIONS
Uses Cases and Target Applications
Laptops
PCs, Laptops & Edge Computing Platforms
QVault TPM is ideal for modern computing systems that require a hardware Root of Trust aligned with TCG standards.
It secures boot integrity, platform identity, credential protection, disk encryption keys, and provides a stable trust anchor for Windows, Linux and OEM-specific security stacks. Its TPM-compliant pinout and CC EAL5+ security make it suitable for motherboards, servers, industrial PCs, thin clients and secure workstations.
Automotive
Automotive Systems & EV Infrastructure
Modern automotive architectures require immutable device identity, certified security components and PQC-readiness.
QVault TPM protects ECU credentials, communication keys and software authenticity, enabling secure in-vehicle networking and trusted updates. It is also suited for EV charging stations, telematics units and secure onboard modules.
Industrial Gateway
Industrial Gateways & Edge Infrastructure
Smart Energy
Smart Energy & Utilities
Energy infrastructure devices are deployed for decades and must resist advanced threats.
QVault TPM secures meter identity, grid node authentication, encrypted communications and ensures trusted firmware through measured boot and attestation. It fits smart meters, data concentrators, grid controllers and energy gateways that require long-term, quantum-safe protection.
Telecom
Telecom & Networking Equipment
Medical
Medical & Healthcare Devices
Medical equipment must guarantee integrity, confidentiality and long-term trust in sensitive environments. QVault TPM establishes a secure hardware identity, protects cryptographic keys, and ensures authenticated firmware and configuration integrity.
It is suitable for diagnostic devices, patient monitoring systems, clinical gateways and connected medical instruments.
Implementing Quantum-proof algorithms in secure hardware
From 2018 to 2021 SEAL SQ quantum innovation team has co-directed a PhD thesis on the implementation of post-quantum algorithms in our secure architectures.