TRUSTED-V | Rust Native RISC-V Software Platform
TRUSTED-V is a Rust-based RISC-V secure & production-ready software platform to accelerate the adoption of RISC-V based chips
TRUSTED-V Intelligence Layer. The RISC-V ecosystem's next growth phase is gated by trust not silicon capability.
TRUSTED-V sits as a trust infrastructure layer across the RISC-V ecosystem, connecting silicon vendors, IP licensors, software teams and OEMs into one continuous understanding. Bosch Global Software Technologies is building that infrastructure - open, vendor-neutral, and purpose-built for the speed and openness of RISC-V.
Security
Formal-method driven validation at every stack layer. A component that cannot demonstrate security correctness cannot carry the TRusteD-V Verified mark.
Performance
Benchmarked, standardised, reproducible metrics. Every verified platform publishes latency, throughput, and power figures under documented, repeatable conditions.
Time-to-Market
Pre-validated stacks, reusable test suites, and AI-powered tooling that measurably reduce time from silicon tape-out to production deployment.
Industry Focus.
From constrained IoT nodes to high-reliability industrial controllers — TRusteD-V and SignOff Silicon are validated for your vertical.
IoT & Edge
PSA/SESIP certified, constrained-device optimised, 10+ year lifecycle support with lightweight certification path.
Industrial
IEC 61508 SIL-2, IEC 62443 cybersecurity, deterministic RTOS, harsh environment characterization and validation.
Consumer Electronics
Full 5-layer TRusteD-V Verified path, OTA update security, Android/Yocto integration, fast re-certification cycles.
Why Rust?
Rust is the software language of choice for TRUSTED-V because it provides memory safety and reliability by design, reducing critical security vulnerabilities. Its high performance and modern safety guarantees make it ideal for building secure and scalable RISC-V platforms.
Why TRusteD-V? The RISC-V ecosystem has a trust problem. TRusteD-V solves it.
Eight structural gaps in the RISC-V ecosystem today make TRusteD-V not just useful but essential for any production deployment.
The proliferation of custom ISA extensions leads to a fragmented hardware landscape, hindering software portability and complicating security auditing.
TRusteD-V provides a standardised HAL and PAC layer that abstracts ISA variants, ensuring portable, auditable software across all RISC-V implementations.
The absence of a standardised security framework, including hardware root-of-trust and TEEs, creates significant vulnerabilities compared to mature architectures.
TRusteD-V delivers rBoot (hardware RoT) and rustBoot (TEE-ready SBL), formally aligned to TCG DICE, PSA, and CC EAL4+ from the ground up.
The open-source model elevates supply chain risks by enabling less-vetted manufacturers, increasing potential for counterfeit or tampered hardware.
The TRusteD-V Verified programme and TVOTS provide cryptographically signed, independently verifiable proof of silicon authenticity and compliance.
Inconsistent hardware-software interfaces, fragmented toolchains, and opaque firmware result in an expanded attack surface and higher likelihood of security exploits.
TRusteD-V's Hardware Abstraction Map (HAM) and unified toolchain create a coherent, auditable interface between hardware and software at every layer.
The absence of a recognised compliance framework impedes RISC-V adoption in safety-critical and regulated markets such as medical, automotive, and defence.
TRusteD-V Verified is the industry's only RISC-V-native 5-layer certification framework, covering Silicon through Application with Bronze to Platinum grades.
Unclear vendor accountability, lack of SLAs, and insufficient indemnification create unacceptable business and legal risks for enterprise deployments.
Backed by Bosch Global Software Technologies, TRusteD-V brings enterprise-grade accountability, SLA frameworks, and the legal indemnification large organisations require.
With no equivalent to ARM TrustZone or Intel TXT, each implementer must build their own trust infrastructure from scratch, leading to duplicated effort and inconsistent baselines.
TRusteD-V is the RISC-V equivalent: a defined, open, reusable platform security layer that any silicon vendor or system integrator can adopt.
A lack of coordination among stakeholders has resulted in parallel and incompatible development efforts, duplicated work, and failure to produce a converged, interoperable trust model.
The TRusteD-V Consortium provides a vendor-neutral governance body, open standards (TV-STD-001 to 006), and a shared Chip Registry that converges the ecosystem.
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