AI-powered social media simulation platform
Create, control and adapt a real-time social media feed. Bring your scenario to life with realistic posts, conversations and public reactions.

Our features
You have the power to control the narrative
Generate hours of content and play it out at your own speed. Get your participants to follow along, react, feel pressure and get instant feedback on your terms
AI Context
Brief the AI on your scenario so every generated post stays on-brief and consistent.
Post and image generation
Create hundreds of posts in seconds, before and during your scenario - and add realistic images to bring them to life.
Queue and playback
Add content to the queue, then play, pause, speed it up or slow it down. What the participants see is up to you.
Pin posts and make them go viral
Draw your participants' eyes to key information with by pinning their posts to the top of the feed. .
Voices
Create recognisable users — world leaders, channels or famous faces — to ground your scenario in reality..
Player interaction
Give your particpants unique profiles that allow them to post live. Then interact with them via AI-powered comments.
Find out how SynthSocial's features could work for you
Book A DemoSynthSocial is
A place to practise, rehearse and train.

Academic Research
Train students. Test teaching methods.

Crisis Planning & Resilience
Rehearse decision making under pressure.

Social Media Teams
A safe sandbox to try new tactics.

Broadcast and Event Production
Immerse every audience.
Case studies
Sky's The Wargame
Sky's acclaimed TV series 'The Wargame' used SynthSocial to run their social media environment during the filming of the immersive 4-part reality show. Posting as real world figures, like POTUS and NATO they delivered believable narrative turns in real-time. The mobile-friendly version meant players could see the feed during the sessions, as well as the public's reactions to their decisions.
The interactive nature and ability to engage with the scenario was astounding. It enhanced the richness and depth of what we were able to provide ten times over.
Professor of Resilience, Emergencies and Disaster Science