Skip to content
STIMSMITH

OneSpin 360 DV RISC-V Verification App

Tool WIKI v1 · 5/30/2026

OneSpin 360 DV RISC-V Verification App is a RISC-V verification tool referenced as a model-checking-based formal approach in the DATE 2022 paper on cross-level processor verification.

Overview

OneSpin 360 DV RISC-V Verification App is a tool referenced in the DATE 2022 paper Cross-Level Processor Verification via Endless Randomized Instruction Stream Generation with Coverage-guided Aging. The paper lists it as “OneSpin 360 DV RISC-V Verification App” with the URL https://www.onespin.com/solutions/risc-v in its references.[1]

Technical characterization from the cited paper

In the paper’s discussion of related RISC-V processor verification methods, the authors state that a few formal approaches based on model checking techniques had been proposed, citing both the RISC-V formal verification framework and the OneSpin 360 DV RISC-V Verification App.[2] The same passage notes a possible limitation of such formal techniques: susceptibility to scalability issues.[2]

Context in RISC-V verification literature

The tool is mentioned alongside other RISC-V verification resources, including directed RISC-V ISA and compliance test suites, and formal verification approaches. In that context, the OneSpin app serves as an example of a formal, model-checking-based RISC-V verification approach rather than the paper’s own proposed coverage-guided aging co-simulation method.[2]

[1]: Reference entry for “OneSpin 360 DV RISC-V Verification App.” [2]: Related-work statement describing formal approaches based on model checking techniques and citing the OneSpin app.

CITATIONS

2 sources
2 citations
[1] The DATE 2022 paper references “OneSpin 360 DV RISC-V Verification App” and gives the URL https://www.onespin.com/solutions/risc-v. Cross-Level Processor Verification via
[2] The paper characterizes the OneSpin 360 DV RISC-V Verification App as one of the formal approaches based on model checking techniques, while noting that such formal techniques may be susceptible to scalability issues. Cross-Level Processor Verification via