As more people continue to share information on social platforms, those with bad intentions will continue to find ways to spread malicious and inappropriate content.
Terrorists, hate groups, human traffickers, extremists, bullies, and hostile foreign countries have all demonstrated the ability to promote harm and confusion on social media and gaming platforms. Current, expensive countermeasures have limited effectiveness due to a substantial reliance on historical data to deal with a dynamic issue that has platform-level specificities. Content monitors are under high stress due to the nature of the content they witness and changing policy. Content monitors require new tools to meet the needs for constant revisions.
SumUp's Nucleus platform enables a novel approach to tailor and augment detection, improving monitoring scalability and adaptability so you can keep up with malicious actors and keep your platform safe. Nucleus empowers you to label content categories as needed to meet the needs of your platform policies. Adjust your monitoring and moderation ‘on the fly’ to keep up with criminals and trolls, creating less stress for your content monitors and a better user experience.
Content Monitoring is a daunting task
A novel approach
Posts at high velocity and volume make identifying objectionable content difficult and expensive.
Empowers you to define adversarial content categories based on your platform's data and policies.
As nefarious posters get detected and their posts are taken down, they adapt to circumvent the current moderation systems.
Complement automated detection with machine learning algorithms that equip content monitors to learn quickly and at large scale.
The increasing amount of malicious content seen by content monitors raises stress and burnout rates.
Adapt and investigate with a multi-faceted transparent approach to keep your media platform safe.
Policies vary widely by country and by platform and frequently undergo revisions for compliance.
Highly flexible deployment and complete data isolation to satisfy complex regulatory and operating environments.