LoginRadius Whitepaper: Defeating Botnets
Stop Malicious Botnets from Overloading Your Servers and Stealing Consumer Data
Discover the architecture of modern botnets and implement proven mitigation strategies like honeypots and time analysis to safeguard your enterprise network and preserve brand trust.3,559 Command and Control Servers Are Currently Targeting Enterprise Networks
See how you can solve crippling network vulnerabilities with this LoginRadius Whitepaper.
Massive Server Overloads
DDoS botnet attacks can flood your infrastructure, similar to the 1.3 Tbps strike on GitHub that forced 126 million data packages per second onto their servers.
Consumer Trust and Brand Damage
Sustained attacks—like the 63 Gbps assault on major financial institutions—cause severe slowdowns that make consumers lose faith in your brand and damage consumer relations.
Compromised Devices and Stolen Data
Malicious botnets can simultaneously recruit thousands of vulnerable devices, turning them into bots that steal sensitive end-user information.
Data Scraping and Fraud
Hackers leverage scraper bots to extract and save sensitive website data offline, while other specialized bots illegally hijack event tickets or artificially manipulate application download statistics.
Inside the Guide: Master Botnet Mitigation
Identify Botnet Architecture
Understand the components and communication pathways of centralized and decentralized botnets to predict and stop automated virtual infections.
Deploy Hidden Honeypots
Learn how to create hidden form input fields that trap automated spam bots while allowing legitimate human users to register without disruption.
Block Form Abuse with Time Analysis
Discover how analyzing the time a visitor takes to complete a form can accurately distinguish a real consumer from an automated script.
Implement CSRF Tokens
Utilize Cross-Site Request Forgery tokens to determine if a visitor's interaction is legitimate, preventing bots from executing operations without user knowledge.
Secure Sign-Ups
Uncover methods for hiding target requests and enforcing strict "one IP, one sign up" protocols so sensitive browser information stays protected.
