Pasiflora Ai

2 jobs near Columbus, OH

Be Seen First

These recordings become training data for AI systems learning to operate desktop software. Compensation is per accepted task proposal and then per accepted recorded hour. We are looking for ...

New

Be Seen First

These recordings become training data for AI systems learning to operate desktop software. Compensation is per accepted task proposal and then per accepted recorded hour. We are looking for ...

New

Graphviz and Node-Red Expert Needed

Pasiflora AI

Eagan, MN • Remote

$35 - $40/hr

Contractor

This job post has expired 1 day ago. Applications are no longer accepted.


Job description

We are onboarding for a video recording project that requires proficiency in Graphiz and NodeRed.
Here is the brief overview of the role.
For this project candidates will be expected to propose realistic tasks in your area of expertise, then complete them on camera at a normal working pace (from setup through finished output.) Your files, your approach, your workflow should all be represented. These recordings become training data for AI systems learning to operate desktop software. Compensation is per accepted task proposal and then per accepted recorded hour.
We are looking for candidates with real working proficiency who can produce clean screen recordings (no credentials, personal data, or third-party confidential material on screen.) of your own work product. No AI-generated output is allowed. You may not fabricate or speed-up sessions with editing. VMs are strictly prohibited for this project.
You must be willing to sign a contractor agreement and NDA as well as to be cleared by the client prior to starting.
You must be a U.S. Resident.
Be ready to share your relevant experience, or a portfolio/GitHub link along with one example of a task you'd propose recording.

Company Description

Building the Human Layer for AI.
We connect human experts to generate high-quality data for AI systems. Partnering with frontier AI labs and leading enterprises building next-generation models.