Solutions

Hardware / EDA

Hardware design and electronic design automation rely heavily on SAT-style reasoning. 3SAT can support workflows where teams want reproducible solver competition, independent verification, multi-asset bounty settlement, and a persistent database of solved benchmark instances.

Focus

SAT-powered workflows for chip design, equivalence checks, and EDA research.

EDA pipelines can publish difficult CNF tasks without building custom marketplace infrastructure.
Specialized solver operators can compete on hard benchmark families.
Verified results can be stored for later paid access, benchmarking, and reproducibility.

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Details

Practical context

Relevant Workloads

Many EDA tasks already produce SAT or SAT-adjacent intermediate representations. The current protocol focuses on CNF artifacts first, which keeps the contract surface simple while allowing hardware teams to map existing SAT outputs into the bounty lifecycle.

Combinational equivalence checking.
Bounded model checking outputs.
Benchmark suites for solver performance and regression testing.

Operational Value

Instead of relying on one internal solver stack, teams can expose selected tasks to a competitive solver network and pay only when a result passes verification. This is especially useful for hard instances, benchmark curation, and external research collaboration.

Outcome-based payment for successful answers.
Verifier attestations reduce dependence on a single solver operator.
Historical solved instances can become a reusable engineering database.