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Deterministic Data Access & Constant- Time Membership Engine
[Category : - SOFTWARES]
[Viewed 45 times]
Filing: U.S. App. No. 19/356,239 (Non-provisional; Patent Pending); non-public
This invention relates to a deterministic data-access and execution substrate enabling low-latency
membership checks and updates in bounded memory. It provides a contiguous, pointer-stable storage model with a directory-indexed access path, supporting constant-time membership, insertion, and removal under fixed-capacity policies. The architecture is designed for predictable behavior under concurrency, enabling reproducible system-level execution and serving as a foundation for higher-assurance security and audit workflows.
Buyer value: deterministic performance envelopes, predictable memory behavior, and a reusable core substrate for secure systems.
Status: filed non-provisional; patent pending.
Transaction: sale, license, or option-to-buy; portfolio/bundle discounts available.
Financial informationThe invention provides a deterministic, vectorized execution substrate optimized for high-throughput numerical and data-parallel workloads. It enables predictable, reproducible behavior in SIMD/GPU-like computation pipelines where conventional accelerators exhibit non-deterministic execution due to scheduling, memory ordering, or race effects.
Economically, the technology reduces the cost and risk associated with debugging, validation, and certification of accelerated computation pipelines, particularly in AI preprocessing, cryptographic workloads, signal processing, and high-performance analytics.
The invention can be licensed as a low-level execution layer beneath existing accelerators or software stacks, improving determinism and traceability without sacrificing performance or requiring architectural replacement.
Patent publications:No publication
Asking price:
Above 1 million USD

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