How Google Cloud’s Healthcare API Modernizes Application Infrastructure
Tags: googlecloud, cloud
Published: 2022-04-25 11:41:57

Businesses usually find many new methods and technologies to reinforce app infrastructure for lasting assistance. Also, the post-pandemic impact has intensified the necessity to maintain advanced healthcare app infrastructure. Leveraging cloud technologies enables healthcare businesses to organize cost-effective automated solutions. Moreover, a cloud platform provides hassle-free flexibility and scalability for the healthcare industry, which eventually enhances the decision-making process. Hence, businesses need to employ a standardized cloud computing platform that can help boost the healthcare application infrastructure. This is where Google cloud comes in!

## Introduction to Google Cloud Healthcare Data Engine

Healthcare Data Engine is one of the GCP’s suites of cloud computing services that provide AI and BigQuery analytics capabilities to the healthcare industry. This API allows healthcare enterprises to process large volumes of patient information instantly and deliver more personalized care for patients. Moreover, businesses can scale rapidly to meet the dynamic requirements across their facilities, systems, and other complex needs. By associating with the right [Google cloud platform service provider](https://www.damcogroup.com/google-cloud-services), healthcare businesses can enable a multi-occupant ecosystem.

**_Let’s look at the actual benefits offered by Google supported Cloud healthcare data engine for healthcare providers:_**

### Manage EPHI (Electronic Patient Health Information)

To manage petabytes of healthcare data, the power of analytics and Artificial Intelligence is essential. According to recent research, [around 87% of doctors](https://cloud.google.com/blog/topics/healthcare-life-sciences/google-and-harris-poll-healthcare-interoperability-survey) stated that accessibility to a wide range of patient records helps them perform diagnoses more precisely and quickly. Therefore, a dedicated, easy-to-access cloud environment allows surgeons to access patient records for better care, research, and operations.

Extending the core capabilities of the healthcare system is possible through Google Cloud Healthcare API. This cloud ecosystem also facilitates healthcare services to accumulate and manage extensive EHR (Electronic Health Records) into the server. With the Analytics and Machine Learning effect, healthcare providers can save time by resolving critical user-health problems with reduced data entry errors.

### HIPAA Compliant Hosting

Indeed, deploying a non-compliant healthcare app solution triggers high-level complexities due to the insecure interaction of vendors and service organizations. That’s why, to regulate a secure healthcare app, the technologists follow producing HIPAA compliant solutions that amend user privacy. By deploying the Google Cloud healthcare data engine, healthcare service providers can overcome third-party risks and maintain patient data privacy. **_Some of the key HIPAA data privacy features that the Google cloud platform offers:_**

- Smart inventory system deployment to store/transmit a patient report
- Corrective Action Plans (CAP documentation) to address inaccuracies and eliminate data breaches
- Implementing robust methods of protection
- Scheduling vendor updates

The Google healthcare API offers accessible and reliable HIPAA-compliant hosting services which enable swift app performance. Google has built this API certainly simple for developers to set up and has efficiently managed to eliminate most of the real-time complexities that healthcare service providers encounter. Businesses can hire a Google cloud platform consulting company to maintain HIPAA compliance with electronic patient health information (EPHI).

### Secure App-Authentication

Usually, biometrics authentication systems have some major shortcomings. A typical biometrics-based authentication system requires developers to follow some redundant processes. Also, the normal information inputted by patients or vendors can be misused easily. Therefore, Biohash processing is the recent trend presented by Google healthcare API for secure app authentication. **_Some key benefits of biohashing practice include:_**

- Digitized biometric template for enhanced security
- Compact energy consumption for healthcare monitoring

The data security tools used in the biohashing can be executed by the cloud model. Hosting a healthcare app with Google cloud offers various online health monitoring functionalities with advanced security. Securing the healthcare system using Biohashing enables secure interaction and reduces multiple biometric devices usage. This end-to-end approach helps doctors to track the routine activities of the patients at a distant place using sensors.

### Enhanced Data Backups

In the case of server outage situations, the process of recovering and securely backing up medical data remains a challenge for many healthcare businesses. Though there are numerous backing options available for a healthcare app, the Google Cloud healthcare engine’s automated backup system can bridge the gap between patient and physician's data security. Moreover, a guaranteed IT infrastructure can be executed through cloud technology and maintains data promptly.

Whatever the backup solution is, organizations should be clear with the strategy and roadmap for developing a strong recovery plan. To have an actionable recovery solution, businesses can associate with the right Google cloud platform partner with a deep understanding of the skills and processes required for an efficient migration. The right vendors will eliminate the requirement of on-premises experts for your business to accomplish every phase of the migration.

## Wrapping Up

The continual rise of e-health businesses makes developers research and generate innovations. Google cloud healthcare API allows enterprises to execute real-time decisions and accelerate research. By partnering with the right Google cloud service providers, businesses can deliver smart patient care and digitally modernize their operations.