CT CASPIA TECHNOLOGIES
Live / Allowed — Published for opposition (as of 04 Aug 2026)
What this means for you
Approved and waiting on proof of use. It will register unless the applicant drops it, and its 05 Mar 2026 filing date already counts against anyone who files later.
Record
- Serial number
- 99686115
- Mark type
- Design + words
- Filed
- 05 Mar 2026
- Published for opposition
- 04 Aug 2026
- Attorney of record
- Thomas C. McThenia, Jr.
Goods and services
- Class 009 — Scientific and electric apparatus: Downloadable software for analyzing integrated circuits and data paths to detect security vulnerabilities, improper handling, corruption and breaches; downloadable software using artificial intelligence (AI) for analyzing integrated circuits and data paths to detect security vulnerabilities, improper handling, corruption and breaches; downloadable software for analyzing integrated circuits and data paths to detect security vulnerabilities, improper handling, corruption and breaches using security trained large language models and generative artificial intelligence (AI); downloadable software for electronic design automation tools for designing, simulating, testing, and verifying integrated circuits, printed circuit boards, and semiconductor chips; downloadable software using artificial intelligence (AI) for electronic design automation tools for designing, simulating, testing, and verifying integrated circuits, printed circuit boards, and semiconductor chips; downloadable software for electronic design automation tools for designing, simulating, testing, and verifying integrated circuits, printed circuit boards, and semiconductor chips using security trained large language models and generative artificial intelligence (AI); downloadable software for analyzing control paths in Finite State Machines to identify security vulnerabilities from attack vectors, namely, fault injection and Denial-of-Service; downloadable software using Artificial intelligence (AI) for analyzing control paths in Finite State Machines to identify security vulnerabilities from attack vectors, namely, fault injection and Denial-of-Service; downloadable software for analyzing control paths in Finite State Machines to identify security vulnerabilities from attack vectors, namely, fault injection and Denial-of-Service using security trained large language models and generative artificial intelligence (AI); downloadable software for performing root-cause analysis to pinpoint the exact Register-Transfer-Level code behind security violations; downloadable software using artificial intelligence (AI) for performing root-cause analysis to pinpoint the exact Register-Transfer-Level code behind security violations; downloadable software for performing root-cause analysis to pinpoint the exact Register-Transfer-Level code behind security violations using security trained large language models and generative artificial intelligence (AI); downloadable software for generating detailed reports describing detected security vulnerabilities, their potential impacts and recommended revision; downloadable software using artificial intelligence (AI) for generating detailed reports describing detected security vulnerabilities, potential impacts and recommended revisions; downloadable software for generating detailed reports describing detected security vulnerabilities, potential impacts and recommended revisions using security trained large language models and generative artificial intelligence (AI); downloadable software for providing tailored fixes and detail guidance for identified security vulnerabilities in the data path or control-flow; downloadable software using artificial intelligence (AI) for providing tailored fixes and detail guidance for identified security vulnerabilities in the data path or control-flow; downloadable software for providing tailored fixes and detail guidance for identified security vulnerabilities in the data path or control-flow using security trained large language models and generative artificial intelligence (AI); downloadable software platform for pre-silicon security testing, namely, static, assertion-based and emulation verification; downloadable software platform using artificial intelligence (AI) for pre-silicon security testing, namely, static, assertion-based and emulation verification; downloadable software platform for pre-silicon security testing, namely, static, assertion-based and emulation verification using security trained large language models and generative artificial intelligence (AI)
Owner
- Caspia Technologies, Inc., Gainesville, FL, US
- Caspia Technologies, Inc., Gainesville, FL, US
Prosecution history
- 04 Aug 2026 — OFFICIAL GAZETTE PUBLICATION CONFIRMATION E-MAILED
- 04 Aug 2026 — PUBLISHED FOR OPPOSITION
- 29 Jul 2026 — NOTIFICATION OF NOTICE OF PUBLICATION E-MAILED
- 09 Jul 2026 — NOTIFICATION OF EXAMINERS AMENDMENT E-MAILED
- 09 Jul 2026 — APPROVED FOR PUB - PRINCIPAL REGISTER
- 09 Jul 2026 — EXAMINER'S AMENDMENT ENTERED
- 09 Jul 2026 — EXAMINERS AMENDMENT E-MAILED
- 09 Jul 2026 — EXAMINERS AMENDMENT -WRITTEN
- 07 Jul 2026 — ASSIGNED TO EXAMINER
- 03 Jul 2026 — NOTICE OF DESIGN SEARCH CODE E-MAILED
- 02 Jul 2026 — NEW APPLICATION OFFICE SUPPLIED DATA ENTERED
- 05 Mar 2026 — APPLICATION FILING RECEIPT MAILED
- 05 Mar 2026 — NEW APPLICATION ENTERED