USPTO serial 50062113
HALOS OS
Reviewed by CopyMark Law Group
Status 661
- Filing date
- Status date
- Registration date
- —
- Examiner
- JENKINS, KEISHA MONIQUE HARD
- Law office
- TMO LAW OFFICE 112
What this means
This page summarizes the public USPTO record for this serial number, including owners, goods and services, and prosecution history.
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Owner
Santa Clara, CA, US
Attorney of record
The USPTO lists this attorney as the applicant's representative for correspondence on this application.
Phillip A. Rosenberg
Phillip A. Rosenberg Kilpatrick Townsend & Stockton LLP3 Times SquareNew York, NY 10036United StatesGoods and services
| Class | Description | Status | First use |
|---|---|---|---|
| 009 | Downloadable software and downloadable operating system software for safety, inspections, monitoring, testing, compliance, certification, validation, abstraction, error detection and correction, foundations, calibrating, controlling, training, system behavior adjustments, system isolations, critical system checks, safety logic, alerting, accessing and interpreting camera data, perception and inspection systems, simulation, system and environment modeling, hypervisors, contingency planning, and system guardrails; downloadable software for autonomous and semi-autonomous systems, smart spaces, and machines, namely, downloadable software providing guardrails, rules, logic, operational functionality, sensors, and compliance; downloadable software for inspection, compliance, training, and behavior modification of hardware, compute platforms, high performance computers, and GPUs; downloadable software comprising middleware, sensor, and abstraction layers, schedulers, communication libraries, and system frameworks for use in autonomous applications; downloadable software in the nature of full stack platforms for autonomous operations consisting of comprehensive downloadable safety systems and compliance, infrastructure, downloadable operating system software, and middleware; downloadable software for unifying edge computing into an integrated safety platform; downloadable software for implementing functional safety protocols in autonomous and semi-autonomous systems and smart spaces; downloadable software for real-time artificial intelligence inference at the network edge; downloadable software for managing and orchestrating safety-critical computing workloads; downloadable software for monitoring, diagnosing, and ensuring compliance with functional safety standards in computing systems; downloadable software for integrating safety-certified computing functions with artificial intelligence decision-making in real-time applications; downloadable software for developing, deploying, and managing safety-critical artificial intelligence applications at the network edge; downloadable software for real-time monitoring and enforcement of functional safety standards in artificial intelligence computing systems; downloadable software for training, simulating, and validating autonomous and semi-autonomous systems and smart spaces at scale; downloadable software for providing a safety evaluation framework for autonomous and semi-autonomous systems and smart spaces; downloadable software for building and documenting safety cases for autonomous and semi-autonomous systems and smart spaces; downloadable software incorporating tools and guidelines for evaluating functional safety of autonomous and semi-autonomous systems and smart spaces; downloadable software development kits (SDKs) for use in autonomous applications; downloadable machine learning software for enabling computers to learn to perform tasks autonomously; downloadable computer software using machine learning for developing predictive models; downloadable and recorded computer programs for monitoring the performance of computer systems for robotic, autonomous and semi-autonomous, and smart space systems; downloadable software for programming physical movements for use in robots; downloadable operating system software for robots; downloadable software for machine learning for use in robots; recorded software and recorded operating system software for safety, inspections, monitoring, testing, compliance, certification, validation, abstraction, error detection and correction, foundations, calibrating, controlling, training, system behavior adjustments, system isolations, critical system checks, safety logic, alerting, accessing and interpreting camera data, perception and inspection systems, simulation, system and environment modeling, hypervisors, contingency planning, and system guardrails; recorded software for autonomous and semi-autonomous systems, smart spaces, and machines, namely, recorded software providing guardrails, rules, logic, operational functionality, sensors, and compliance; recorded software for inspection, compliance, training, and behavior modification of hardware, compute platforms, high performance computers, and GPUs; recorded software comprising middleware, sensor, and abstraction layers, schedulers, communication libraries, and system frameworks for use in autonomous applications; recorded software in the nature of full stack platforms for autonomous operations consisting of comprehensive safety systems and compliance, infrastructure, recorded operating system software, and middleware; recorded software for unifying edge computing into an integrated safety platform; recorded software for implementing functional safety protocols in autonomous and semi-autonomous systems and smart spaces; recorded software for real-time artificial intelligence inference at the network edge; recorded software for managing and orchestrating safety-critical computing workloads; recorded software for monitoring, diagnosing, and ensuring compliance with functional safety standards in computing systems; recorded software for integrating safety-certified computing functions with artificial intelligence decision-making in real-time applications; recorded software for developing, deploying, and managing safety-critical artificial intelligence applications at the network edge; recorded software for real-time monitoring and enforcement of functional safety standards in artificial intelligence computing systems; recorded software for training, simulating, and validating autonomous and semi-autonomous systems and smart spaces at scale; recorded software for providing a safety evaluation framework for autonomous and semi-autonomous systems and smart spaces; recorded software for building and documenting safety cases for autonomous and semi-autonomous systems and smart spaces; recorded software incorporating tools and guidelines for evaluating functional safety of autonomous and semi-autonomous systems and smart spaces; recorded software development kits (SDKs) for use in autonomous applications; recorded machine learning software for enabling computers to learn to perform tasks autonomously; recorded computer software using machine learning for developing predictive models; recorded software for programming physical movements for use in robots; recorded operating system software for robots; recorded software for machine learning for use in robots | ACTIVE | — |
| 042 | Providing online non-downloadable software and online non-downloadable operating system software for safety, inspections, monitoring, testing, compliance, certification, validation, abstraction, error detection and correction, foundations, calibrating, controlling, training, system behavior adjustments, system isolations, critical system checks, safety logic, alerting, accessing and interpreting camera data, perception and inspection systems, simulation, system and environment modeling, hypervisors, contingency planning, and system guardrails; providing online non-downloadable software for autonomous and semi-autonomous systems, smart spaces, and machines, namely, online non-downloadable software for providing guardrails, rules, logic, operational functionality, sensors, and compliance; providing online non-downloadable software for inspection, compliance, training, and behavior modification of hardware, compute platforms, high performance computers, and GPUs; providing online non-downloadable software comprising middleware, sensor, and abstraction layers, schedulers, communication libraries, and system frameworks for use in autonomous applications; providing online non-downloadable software using artificial intelligence agents and modules for monitoring, controlling, testing, training, controlling, moving, and mobilizing autonomous machines; providing online non-downloadable software in the nature of full stack platforms for autonomous operations consisting of comprehensive safety systems and compliance, infrastructure, online non-downloadable operating system software, and middleware; providing online non-downloadable software for unifying edge computing into an integrated safety platform; providing online non-downloadable software for implementing functional safety protocols in autonomous and semi-autonomous systems and smart spaces; providing online non-downloadable software for real-time artificial intelligence inference at the network edge; providing online non-downloadable software for managing and orchestrating safety-critical computing workloads; providing online non-downloadable software for monitoring, diagnosing, and ensuring compliance with functional safety standards in computing systems; providing online non-downloadable software for integrating safety-certified computing functions with artificial intelligence decision-making in real-time applications; providing online non-downloadable software for developing, deploying, and managing safety-critical artificial intelligence applications at the network edge; providing online non-downloadable software for real-time monitoring and enforcement of functional safety standards in artificial intelligence computing systems; providing online non-downloadable software for training, simulating, and validating autonomous and semi-autonomous systems and smart spaces at scale; providing online non-downloadable software for providing a safety evaluation framework for autonomous and semi-autonomous systems and smart spaces from operator assistance to autonomous operation; providing online non-downloadable software for building and documenting safety cases for autonomous and semi-autonomous systems and smart spaces; providing online non-downloadable software incorporating tools and guidelines for evaluating functional safety of autonomous and semi-autonomous systems and smart spaces; providing online non-downloadable software development kits (SDKs) for use in autonomous applications; technology consultation in the field of artificial intelligence (AI); providing information in the fields of autonomous and semi-autonomous systems, smart spaces, machines, hardware, compute platforms, high performance computers, and GPU technology and software development for autonomous systems and robotics via an on-line website; providing information relating to computer technology and programming for robotic, autonomous and semi-autonomous, and smart space systems via a website | ACTIVE | — |
Related trademarks
CopyMark links this record to cited §2(d) serials, the owner's other marks, Nice classes, similar mark names, and recently changed USPTO applications.
Prosecution history
| Date | Code | Event | What it means |
|---|---|---|---|
| Nov 5, 2026 | TEME | TEAS/EMAIL CORRESPONDENCE ENTERED | — |
| Nov 5, 2026 | CRFA | CORRESPONDENCE RECEIVED IN LAW OFFICE | — |
| Nov 5, 2026 | TROA | TEAS RESPONSE TO OFFICE ACTION RECEIVED | This event means the applicant filed a response to a USPTO Office Action — typically arguments, amendments, or evidence addressing the examiner's objections. The USPTO will review the response and either allow the mark to proceed or issue another action. |
| Nov 5, 2026 | GNRN | NOTIFICATION OF NON-FINAL ACTION E-MAILED | A non-final Office Action means the USPTO examining attorney has raised at least one issue with your trademark application but has not made a final decision. You usually have three months to respond with arguments, amendments, or evidence. Missing the deadline can abandon the application. |
| Nov 5, 2026 | GNRT | NON-FINAL ACTION E-MAILED | A non-final Office Action means the USPTO examining attorney has raised at least one issue with your trademark application but has not made a final decision. You usually have three months to respond with arguments, amendments, or evidence. Missing the deadline can abandon the application. |
| Nov 5, 2026 | CNRT | NON-FINAL ACTION WRITTEN | A non-final Office Action means the USPTO examining attorney has raised at least one issue with your trademark application but has not made a final decision. You usually have three months to respond with arguments, amendments, or evidence. Missing the deadline can abandon the application. |
| Oct 29, 2026 | DOCK | ASSIGNED TO EXAMINER | — |
| Oct 27, 2026 | NWOS | NEW APPLICATION OFFICE SUPPLIED DATA ENTERED | — |
| Aug 20, 2026 | MAFR | APPLICATION FILING RECEIPT MAILED | — |
| Aug 20, 2026 | NWAP | NEW APPLICATION ENTERED | — |