TikTok to Introduce Collaboration Feature Similar to Instagram: What You Need to Know

Highlighted

• TikTok unveils a new Collaboration feature allowing up to five creators to join forces.
• Inspired by Instagram, the feature boosts content visibility across combined followers.
• Discovered by AssembleDebug, the feature details emerged from TikTok app code insights.
• Collaboration invitations can be accepted or declined, with limits to maintain content quality.

TikTok is setting its sights on expanding its creative horizons with the introduction of a new “Collaboration” feature, stepping into territory familiar to users of Instagram.

This new functionality will likely enrich the platform’s content creation dynamics by allowing creators to invite up to five collaborators to join them in producing collective content, a move that mirrors Instagram’s collaborative posts feature.

TikTok Gears Up for Enhanced Collaboration

With the “Collaboration” feature, soon to be launched by TikTok, creators can extend invitations to as many as five fellow TikTokers to craft content together.

Once an invitation is accepted, the collaborative post will display all involved creators’ names and share the creation with their combined followers.

Discovery by AssembleDebug

TheSPAndroid, known also as AssembleDebug, delved into the latest app code of TikTok version 34.1.15.

The investigation revealed several hints and strings within the app’s code that outline how this collaborative process is envisioned to work.

Among the phrases found were options for accepting or declining collaboration invites, stipulations on content editing and income withdrawal rights, and limits on the frequency and privacy settings required for initiating collaborations.

How It Works

The process for collaboration is straightforward, mirroring the functionality seen on Instagram.

Creators can send out invites to potential collaborators, who can then choose to accept or decline.

Accepted collaborations will see the content shared across the profiles of all participants, thereby increasing visibility.

TikTok also includes options for withdrawing from a collaboration, ensuring flexibility for users.

Creative and Audience Boost for Creators

For the creative community on TikTok, this feature promises to unlock new realms of creativity and audience engagement.

By allowing up to five collaborators and imposing a cap of four invites per month, TikTok aims to foster meaningful collaborations without overwhelming users with content.

FAQs

How does the new TikTok Collaboration Feature work?

The TikTok Collaboration Feature lets creators invite up to five others to collaborate on content. Once someone accepts an invite, the collaborative piece will feature all participants’ names and be shared with their followers, enhancing visibility and engagement. This is akin to Instagram’s collaborative posts, fostering a communal content creation experience.

Can anyone initiate a TikTok Collaboration?

To start a TikTok Collaboration, your account must be set to public, and the post’s privacy settings must also be configured to “Everyone.” This ensures the collaborative content reaches a broad audience. Each creator can extend up to four collaboration invites per month, encouraging selective and meaningful partnerships.

What happens if a creator decides to leave a TikTok Collaboration?

Creators have the option to leave a collaboration if they change their minds. Upon deciding to exit, the content will no longer be displayed on their profile, and they’ll cease to be listed as a collaborator. This flexibility allows creators to manage their participation and content association dynamically.

Are there any restrictions on the TikTok Collaboration Feature?

Yes, TikTok has implemented some restrictions to ensure the feature is used thoughtfully. Creators can only invite up to five collaborators per piece of content and are limited to four invites per month. These measures are likely in place to prevent oversaturation and maintain the quality of content shared across the platform.