Oscar Ka Ho Chow

Title: Oscar Ka Ho Chow: Inventor in Secure Content Distribution

Introduction

Oscar Ka Ho Chow is an inventor associated with Google Inc. and based in Richmond Hill, Canada. His patent work focuses on secure, privacy-preserving systems for distributing and selecting digital content. His portfolio includes 2 patents.

Latest Patents

Chow’s listed patents describe approaches to secure content workflows and efficient task distribution using trusted execution environments.

“Trusted server orchestration framework” presents methods and systems for enhancing data security during digital component selection. A secure distribution system receives a request from a client device, then uses a customization orchestrator to identify a multi-stage workflow. The workflow connects customization modules through a common data bus and combines platform-specific worklets with standard worklets used across multiple content platforms.

“Efficient and latency reducing task distribution using trusted execution environments” describes privacy-preserving content selection and display. Trusted content platforms exchange requests and responses containing distribution parameters, contextual content information, and selection values. The system uses these values to select digital components while supporting constrained distribution and reducing latency.

Career Highlights

The available patent information connects Chow’s work at Google Inc. with secure orchestration, trusted computing environments, and digital content distribution. These inventions address how platforms can coordinate content selection while protecting data and managing distribution constraints.

Collaborations

Chow’s listed coworkers include Jacob Mark Hallberg and Shruti Murali. The patent descriptions also reflect collaborative system design, involving client devices, secure distribution systems, and trusted content platforms.

Conclusion

Oscar Ka Ho Chow’s patents focus on secure, privacy-conscious content distribution, combining orchestrated workflows and trusted execution environments to support efficient digital component selection.