ALIRO Trademark
ALIRO is a USPTO trademark filed by Aliro Technologies, Inc.. Status: Pending.
Trademark Facts
| Mark | ALIRO |
|---|---|
| Serial Number | 99644755 |
| Status | Pending |
| Filing Date | 2026-02-10 |
| Mark Type | Word |
| Nice Classes | 009 (Electronics & Software), 042 (Software & IT) |
| Owner | Aliro Technologies, Inc. |
| Attorney of Record | Matthew Saunders |
| Prosecution Events | 2 |
| Latest Event | MAFR on 2026-02-10 |
Goods & Services
Class 009: Downloadable software for building and operating quantum computer networks and quantum-secure communications networks; downloadable software for quantum-secure communications, quantum key distribution, quantum position verification, and quantum computer networking; downloadable software for the design, simulation, emulation, validation, configuration, management, control, and monitoring of entanglement-based quantum networks and quantum-secure communications networks; downloadable computer software platforms for quantum computing application development; downloadable cloud-based quantum entanglement software for developing quantum computing software applications, quantum computing software systems; Class 042: Online non-downloadable software for building and operating quantum computer networks and quantum-secure communications networks, for quantum-secure communications, quantum key distribution, quantum position verification, quantum computer networking, and for the design, simulation, emulation, validation, configuration, management, control, and monitoring of entanglement-based quantum networks and quantum-secure communications networks; online non-downloadable computer software platforms for quantum computing application development; cloud quantum computing services, namely, providing temporary use of online non-downloadable cloud-based quantum entanglement software for developing quantum computing software applications, quantum computing software systems; consulting services in the field of quantum computing and quantum-secure communication and the design, simulation, emulation, and validation of entanglement-based quantum networks and quantum-secure communications networks