Using RPA to mass-produce high-quality synthetic media
UiPath is a leading enterprise automation software company that transforms organisations by streamlining processes using automation.
It serves leading global companies such as DHL, Google, HP, as well as public sector organisations.
UiPath provides an end-to-end automation platform that combines the leading Robotic Process Automation (RPA) solution with a full suite of capabilities that enable any organisation to rapidly scale digital business operations.
The UiPath team told us how they use the Synthesia API to enable their customers to replicate Synthesia API functions directly into UiPath activities.
The challenge
UiPath frees up hundreds of thousands of man-hours annually by automating projects and reducing human error.
To address the current trend of increasing video consumption, UiPath and Synthesia have partnered to enable customers to create high-quality, personalised synthetic videos in parallel and at scale with Synthesia Activities.
The solution
The marketplace package provides middleware between the UiPath ecosystem and the Synthesia API and provides custom output variables for the "Get Video" activity for easier accessibility.
Below is a quick example of how easy it is to build an AI video in UiPath with the Synthesia API 👇🏻
Using the UiPath Synthesia Activities Framework, use RPA to mass-produce, list, download and update video at the click of a button.
Synthesia RPA benefits:
- Parallel video creation: Produce multiple videos simultaneously in the time it takes to create one video.
- Integrations: Integrate Synthesia with other automations and deploy an entire robot workforce to eliminate inefficiencies in the enterprise.
- Accessibility: Find Synthesia API capabilities replicated in UiPath activities.
- Pre-configured Examples: Plug-and-play examples to save time and get results faster.
Click here to get started with the Synthesia API today and check out the Synthesia Activities Framework.
Synthesia is very excited about using RPA to create high-quality synthetic media.