Patents
US 12764034 B1: Secure multi-model hosting and experimentation in a cloud provider network
- Granted
- 2026-10-13
- Filed
- 2024-08-07 application 18797155
- Type
- Utility · 20 claims
- Elsewhere
- Google Patents ↗ · USPTO patent document ↗ · USPTO Patent Center record ↗
Abstract
Techniques for secure multi-model hosting and experimentation in a cloud provider network are described. A request to perform an action involving one of multiple machine learning (ML) models is received at a cloud provider network. A user associated with the request can be consistently mapped to a particular experience from multiple experiences of an experiment. Based on this experience, a request to use a ML model can be sent by a data plane component that includes a path value associated with the experience. The request can be sent from the data plane component to a private connectivity endpoint, which securely provides the request into another virtual private cloud including the ML models without the request transiting the public internet. The request can be routed via path-based routing and the included path value to a ML model providing the experience.
Source: PTBLXML, file of 2026-10-13 (ipgb20261013.xml).
Assignees
| Assignee | Type | Place | Also on furp.org | Source |
|---|---|---|---|---|
| Amazon Technologies, Inc. 23,285 patents | US company or organization | Seattle, WA | AMAZON TECHNOLOGIES INC. State business registration EXACT high confidence: identical full name and state | PTBLXML, file of 2026-10-13 |
Inventors
| Inventor | Place | Patents | Person page | Source |
|---|---|---|---|---|
| Karthik Ravindra Rao | San Jose, CA | 2 | PTBLXML, file of 2026-10-13 | |
| Sai Srinivas Somarouthu | Sunnyvale, CA | PTBLXML, file of 2026-10-13 | ||
| Kenneth John Sanchez Venegas | Bellevue, WA | PTBLXML, file of 2026-10-13 | ||
| Vladimir Mitrovic | Kent, WA | 2 | PTBLXML, file of 2026-10-13 | |
| Himani Amrish Shah | Seattle, WA | 2 | PTBLXML, file of 2026-10-13 | |
| Matthew Lee | Elmhurst, NY | 9 | PTBLXML, file of 2026-10-13 | |
| Rama Krishna Sandeep Pokkunuri | Redmond, WA | PTBLXML, file of 2026-10-13 | ||
| Vamshidhar Dantu Krishnamurthy | San Jose, CA | PTBLXML, file of 2026-10-13 | ||
| Alice Aizawa | Seattle, WA | PTBLXML, file of 2026-10-13 | ||
| Srinivas Iragavarapu | Redmond, WA | 6 | PTBLXML, file of 2026-10-13 | |
| Qiang Yu | Kirkland, WA | 42 | PTBLXML, file of 2026-10-13 | |
| Sathish Arumugam Selvaraj | Snohomish, WA | 2 | PTBLXML, file of 2026-10-13 |
CPC categories
| Subclass | Category | First group | Source |
|---|---|---|---|
| H04L | Transmission of digital information, e.g. telegraphic communication | H04L41/16 | PTBLXML, file of 2026-10-13 |
Cooperative Patent Classification, as currently assigned (one row per subclass).
Assignments and security interests
| Recorded | What | From | To | Reel/frame | Source |
|---|---|---|---|---|---|
| 2024-10-02 | Assignment Assignment of assignor's interest | RAO, KARTHIK RAVINDRA signed 2024-08-07 SOMAROUTHU, SAI SRINIVAS signed 2024-08-07 SANCHEZ VENEGAS, KENNETH JOHN signed 2024-08-07 MITROVIC, VLADIMIR signed 2024-08-07 SHAH, HIMANI AMRISH signed 2024-08-07 LEE, MATTHEW signed 2024-10-02 POKKUNURI, RAMA KRISHNA SANDEEP signed 2024-08-07 KRISHNAMURTHY, VAMSHIDHAR DANTU signed 2024-08-07 AIZAWA, ALICE signed 2024-10-02 IRAGAVARAPU, SRINIVAS signed 2024-08-07 YU, QIANG signed 2024-08-07 SELVARAJ, SATHISH ARUMUGAM signed 2024-08-07 | AMAZON TECHNOLOGIES, INC. SEATTLE, WA | 68775/909 | PASDL, file of 2026-10-16 |
Documents recorded with the USPTO Assignment Recordation Branch that list this patent. A security interest is a lender’s claim on the patent as collateral; a release ends it.
USPTO bulk data: PatentsView granted patents, disambiguated (PVGPATDIS) for patents, assignees, inventors, places and CPC categories; the USPTO Patent Assignment Dataset (ECORSEXC) for assignments and security interests. Patents filed in the last 20 years. No claims or full text. Links to other records are by name (and state): EXACT means the identical full name and state; FUZZY means a looser name match, with the confidence shown.