Ticket scalpers have a mixed reputation. On the one hand, they might be your one chance at attending that sold-out Taylor Swift concert you’ve been dreaming of, but on the other, you’re getting ripped off to high heaven and back, dropping 5x what was originally paid.
Scalper bots, on the other hand, likely won’t be getting you into that concert of your dreams. These malicious bots are a significant threat that can mimic human users and disrupt online platforms by buying up products and tickets at an alarming rate. This scalper bot ‘routing’ of the box office hurts event organizers, ticketing companies and, of course, the Swiftie dreamer looking for their golden ticket.
This article looks at the bad bots known as scalper bots (or scalping bots), examining their nature, the problems they cause, and the strategies that can be used to combat them effectively.
Scalper bots, in simple terms, are automated software scripts specifically programmed to purchase items faster than human users. They are predominantly used in ticket scalping and retail, where high-demand products are bought quickly for resale at inflated prices. These bots represent a significant portion of bot traffic on many e-commerce platforms, often leading to rapid sellouts of popular items (much to the dismay of genuine customers).
The use of these scalping bots has become increasingly prevalent in recent years, leading to a growing number of complaints from customers and online retailers. Whether it’s trying to buy tickets for a concert or sporting event, limited edition sneakers, or high-demand tech products like new iPhones, scalper bots leave a trail of frustration and disappointment in their wake.
Unlike traditional scalpers who physically bought and resold tickets, modern scalpers use scalping bots to automate the process. Scalper bots are capable of executing large-scale purchases within seconds of an item’s release, a feat impossible for a human user. This evolution has not only made scalping more efficient but also more widespread, affecting a broader range of industries, from gaming to live events.
Scalper bots automate the process of buying products or tickets through rapid and repetitive access to web pages. They frequently use auto-refresh features to monitor for new sales and act instantly to gain an advantage. These bots can mimic the browsing patterns of human users to evade detection, filling out online forms, navigating through ecommerce sites, and even completing purchases using saved credit card details. Such sophisticated automation makes it challenging to distinguish between genuine users and bots.
There are various types of specialized scalper bots for different tasks and bot attacks. They include:
Like the grinch stealing your gifts at Christmas, scalping bots ruin the fun by outpacing human users and making it difficult for customers to purchase popular products and tickets. At the same time, industries also suffer from the impact on the consumer experience, potential revenue loss, and the need to invest heavily in bot detection and mitigation strategies.
Let’s break down the potential impacts of these ‘grinch bots’ across availability, pricing, competition, and revenue.
The use of scalper bots has significant impacts on both businesses and consumers, including:
With regards to unfair competition, one of the most damaging outcomes is that scalper bots can be used to monopolize markets by a few individuals or groups who have the resources and technical knowledge to constantly purchase large quantities of products. This creates an imbalance in the market and limits fair competition for both businesses and consumers.
This disparity raises concerns about market fairness and the accessibility of products and events to the general public. It also brings into question the responsibility of companies and organizations to protect their customers from such activities.
As with all bots, certain signs can indicate bot activity vs. real users, such as an unusually high volume of traffic from similar IP addresses, rapid and repetitive access patterns, or the simultaneous creation of numerous new accounts. Employing advanced software tools and algorithms as part of your bot mitigation solution can help detect these patterns and reduce the impact of scalper bots on a website or online platform. But there are several more advanced and nuanced ways of stopping scalper bots that could save you a lot of time and investment.
Behavioral analysis, machine learning, and device fingerprinting are increasingly used to differentiate bots from real users. By analyzing patterns such as mouse movements, typing speed, and navigation patterns, advanced detection systems can identify inconsistencies typical of scalper bots.
Scrutinizing device parameters and user agents provides further insight into the nature of incoming connections, helping to distinguish between genuine customers and bots. With device fingerprinting, the use of attributes like browser type, screen size, operating system, and timezone – combined into a single identifier – provides a unique ‘fingerprint’ for each device, effectively detecting and blocking bad bot traffic.
To stop scalper bots, businesses often turn to bot mitigation via stronger authentication tools. These solutions include deploying CAPTCHAs, requiring multi-factor authentication, and implementing rate limiting on their websites. By adding these layers of security and bot protection, websites can make it more difficult for bots to execute their automated scripts successfully.
It’s important to remember that with authentication, you must hit the right balance between security and usability so as not to inconvenience legitimate users. This is where Stytch can help.
Stytch’s Device Fingerprinting (DFP) can protect against scalper bots, ticket bots, and automated attacks by aggregating various attributes of a user’s device into a unique identifier, ensuring a high degree of accuracy in distinguishing legitimate users from fraudulent actors. The use of attributes like browser type, screen size, operating system, and timezone, combined into a single identifier, provides a unique ‘fingerprint’ for each device, effectively detecting and blocking bad bot traffic.
A step beyond traditional CAPTCHA, Stytch’s Strong CAPTCHA uses complex challenges that are easy for humans but difficult for bots to solve, effectively distinguishing between legitimate users and automated systems.
Stytch also offers ‘unphishable’ multi-factor authentication (MFA) that require users to authenticate their identities using multiple factors, including something they know (like a password), something they have (like a hardware token or a registered device), and something they are (like a fingerprint or other biometric data) — making it challenging for bots and cybercriminals to gain access.
To learn more about how these or other solutions work, reach out to an auth expert to start a conversation, or get started on our platform for free today.