AI-powered professional headshots designed specifically for Black skin tones and features
AI-made motion videos with prompts and agent skills for developers
Stage
Not given
Not given
Founded
Not given
Not given
Based in
US
IN
Pricing model
Paid
Paid
Pricing
Starter: $19 for 10 high-quality headshots with 1-hour processing time and 1 style (LinkedIn). Pro: $39 for 50 high-quality headshots with 30 mins processing time and 3 styles (LinkedIn, Bold, Casual Chic). Premium: $69 for 100 high-quality headshots with 30 mins processing time and 6 styles (Linked
$29 for the first 100 paid purchases, then $49, paid once. Includes instant private GitHub access and future repository updates.
Key features
Generate professional headshots from selfies in 30 minutes
Multiple professional styles including LinkedIn, Bold, Casual Chic, Dating, Pensive, and Dashiki
Upload 8-14 selfies for AI training
No watermarks on headshots
Full commercial usage rights included
24-hour money-back guarantee
AI specifically trained for Black skin tones and features
Delete option to permanently remove data from servers
Agent skills for motion design with instruction files and scene starters
Renders videos locally using open-source tools like Remotion and HyperFrames
No hosted service, credits, or subscription required
Searchable gallery of AI-made motion videos with prompts
Automatic video regeneration when content changes
Future repository updates included with purchase
What makes it different
Specifically designed for accurate representation of Black skin tones and features
Trained on diverse datasets with special attention to lighting and natural features
Wider range of professional styles relevant to various career paths
Professional results in 30 minutes instead of days
Requires fewer photos than competitors for training
Teaches AI agents motion design taste rather than just code syntax
No keyframing required—developers write motion as code
Independent product with no external dependencies or monthly costs
Agents can generate showreels and launch films autonomously