NEW DELHI, June 18, 2026 /PRNewswire/ -- Synergy Quantum today announced the SynQ Silicon Trust Suite, an integrated silicon-rooted security platform designed to establish trusted device identity, protect cryptographic keys, verify firmware integrity and prepare critical systems for the transition to post-quantum security.The Suite brings together hardware-based trust, protected key lifecycle management, secure boot, attested signing, confidential-computing protection, remote device verification and enterprise HSM integration within a unified security architecture.Unlike conventional security models that depend primarily on software-protected credentials or permanently stored root keys, SynQ Silicon Trust Suite begins with trust derived from the intrinsic characteristics of the silicon. This enables organisations to establish a hardware-bound identity and regenerate the root of trust when required, without maintaining an extractable root secret in conventional device storage.The platform is designed for defence and military systems, telecom and 5G infrastructure, industrial and operational technology environments, cloud and data-centre platforms, edge systems, sovereign digital infrastructure and long-lived connected devices.Establishing trust from the silicon upwardModern computing systems depend on a chain of trust extending from the processor and firmware to the operating system, applications, networks and cloud services. If the hardware foundation is compromised, software-based security controls may no longer provide reliable protection.SynQ Silicon Trust Suite addresses this challenge by placing the initial trust anchor within the silicon itself. The platform can then use that trust anchor to control device identity, secure boot, firmware validation, cryptographic key generation, signing operations and remote attestation.Its zero-stored-root architecture is designed to reduce the risks associated with permanently stored root secrets. Root key material can be regenerated from the authorised silicon environment during the trusted boot process, creating a non-extractable device identity resistant to cloning, probing and unauthorised key recovery.The resulting trust chain allows an enterprise, network operator or government authority to cryptographically verify that: