Social Media Bots – What They Are, Why They’re Used & How to Prevent Them

Introduction to Social Media Bots 

Social media bots, also known as social bots, are automated software programs designed to interact with users and content on social media platforms. These bots can perform various tasks, such as posting content, liking, sharing, commenting on posts, following users, and sending direct messages.  

While some social media bots are designed for legitimate purposes, such as scheduling posts or providing customer support, others are used for malicious activities, such as spreading misinformation, manipulating public opinion, inflating follower counts, or engaging in spamming and scamming tactics. 

Social bots can also impact community forums and other internal social networks developed by organizations. These platforms are not immune to bot activity, and social bots can infiltrate these networks to manipulate discussions, spread misinformation, inflate engagement metrics, or engage in other malicious activities.  

For example, social bots may be used to artificially boost the visibility of certain posts or users, manipulate voting systems or rankings, impersonate legitimate users, or disrupt community interactions.  

This can undermine the integrity of discussions, erode trust among community members, and compromise the effectiveness of internal communication channels within organizations.   

How Do Social Media Bots Work? 

Social media bots operate by automating interactions and activities on social media platforms through software programs or scripts.  

These bots can perform various tasks such as posting content, liking, sharing, commenting on posts, following users, and sending direct messages. They gather data from sources such as trending topics, hashtags, and user interactions to inform their actions.  

Social media bots often employ techniques to mimic human behavior, such as randomizing posting times and varying the wording and content of messages, to evade detection by platform algorithms. They may adapt their behavior based on feedback and environmental cues, monitor user interactions, and integrate with social media platform APIs to access features and perform actions programmatically.  

Overall, social media bots serve various purposes, from increasing engagement and promoting content to engaging in malicious activities such as spamming or spreading misinformation. 

The Impact of Social Bots on Brands and Social Networks 

Social media bots have a dual impact on brands and social networks. On one hand, they can enhance brand visibility, streamline tasks, and provide efficient customer service, leading to increased engagement and productivity.  

For example, during the COVID-19 pandemic, brands like Domino’s Pizza used social media bots to automate responses to customer inquiries about safety measures and delivery options, ensuring timely and accurate information for consumers.  

However, social media bots have also been employed by brands and competitors to manipulate online reviews and ratings, as seen in Amazon’s lawsuits against individuals and companies involved in creating fake reviews through bots.  

Additionally, they also pose risks such as spreading misinformation, manipulating metrics, damaging brand reputation, and undermining platform integrity. Examples include the use of bots in political influence campaigns during the 2020 U.S. presidential election, where coordinated misinformation efforts aimed to influence voter perceptions.  

It’s crucial for brands and social networks to navigate these challenges by implementing effective strategies for detecting and mitigating bot-driven activities, ensuring the integrity and trustworthiness of social media interactions. 

Identifying Social Bots  

Traditional bot detection methods like identifying malicious IPs and user agents offer some coverage, but for identifying subtler patterns indicative of social bot activity, AI and ML-enabled mitigation systems are essential.  

These systems analyze large datasets of user behavior metrics, including mouse movements, session duration, interaction frequency, and browsing patterns. Even if social bots are trained to mimic human behavior, AI algorithms can detect deviations that suggest bot activity.  

ML models continuously adapt to new data and trends, enabling them to stay ahead of evolving bot tactics. Leveraging AI and ML technologies enhances bot detection efforts, enabling social networks to combat social bot activity effectively and maintain fairness in online interactions. 

Bot Management Platforms’ Role in Social Bot Protection 

Popular social networks such as Facebook, X and Instagram have already invested heavily in anti-bot software and also have large teams to weed out any activity that violates their terms of service. 

That said, many organisations are now creating online communities for fostering engagement, advocacy, innovation, and insights among their customers and stakeholders.  

This helps them drive brand loyalty, growth, and success in the digital age and more importantly reduce dependence on third party platform for engaging with their customers. 

AI and ML powered bot management platforms such as AppTrana WAAP, play a crucial role in protecting online communities against social media bots. 

Using some of the techniques described above and performing deep behavioural analysis, these tools first identify anomalies in user behaviour and separate social bots from humans.  

Once bots are detected, automated bot mitigation strategies, such as rate-limiting, throttling, CAPTCHA, and similar measures, are deployed. 

These security policies are also thoroughly vetted by the managed services to eliminate false positives on the AppTrana WAAP – Bot Management Module. 

 

Indusface
Indusface

Indusface is a leading application security SaaS company that secures critical Web, Mobile, and API applications of 5000+ global customers using its award-winning fully managed platform that integrates web application scanner, web application firewall, DDoS & BOT Mitigation, CDN, and threat intelligence engine.