Cybersecurity services and proxies are inextricably linked. Proxies are used in almost every situation – from obtaining localized search results in marketplaces to locating evidence of brand misuse to evading detection. All malicious actors in this space will go to great lengths to avoid detection by cybersecurity experts.
To achieve the greatest results, both residential and datacenter proxies are used. While datacenter proxies are frequently utilized for their high speeds, unmatched performance, and stability, residential proxies can provide localized IP addresses for scouring otherwise unreachable marketplaces.
We will outline the best possible options for each business case and proxy.
Most counterfeiters’ markets are freely accessible, even if their listings are regional. As a result, the most effective method of trademark protection is frequently to use datacenter proxies. Given that it is frequently unnecessary to seem like someone with a residential IP address, there is no need to forego the benefits of datacenter proxies — speed and uptime. Speed is critical, as obtaining data from many marketplaces and tens of thousands of postings will undoubtedly put a load on any server.
Residential proxies can be used in instances where marketplaces accept only localized IP results for listing access. Due to the fact that residential IPs are frequently more expensive than datacenter proxies, compiling a list of required locations and adding new ones as needed is an excellent approach to save money.
As with brand protection, the major method of discovery is through scraping markets distributed around the internet. Additional emphasis should be placed on smaller, more localized marketplaces, as counterfeiters will exploit them to avoid discovery once again. By searching through listings and analyzing the data acquired, proof of possible wrongdoings can be gathered.
Once again, the most efficient strategy is likely to be a combination of datacenter and home proxies. If no marketplaces that need an IP address from a specified region are crawled, residential IP addresses can be removed from the pool because they give no further benefit.
Any malicious software distributors or phishers would rapidly learn that cybersecurity businesses are seeking to validate emails and attachments by examining incoming connection requests. If a sufficient number of connections originate from the same IP address, it is reasonable to conclude that a check is conducted. As a result, it is critical to alter IP addresses via proxies.
Internal crawlers rely on speed, efficiency, and availability, making datacenter proxies the ideal choice for email security. Even the most significant disadvantage, the fact that most IPs originate from a single subnet, is not a significant concern because phishers target businesses ― locations where the majority of workstations are connected via a single subnet.
Residential proxies become an indispensable component of any load testing effort. Simulating variable internet traffic accurately is achievable with a big residential proxy pool. A big pool is required to evaluate weak areas by sending requests from several places accurately.
Proxies are critical in any web-crawling or scraping activity. When a significant number of requests must be sent to a single or a range of sources, the danger of being blocked approaches 100%. It is not an option to be blocked from any website and hence lose access. Proxies come to the rescue since they enable crawlers to retain access to crucial data by allowing requests to be sent from several IP addresses.
In the majority of cases, datacenter proxies are sufficient, as the majority of websites and forums where databases are leaked lack geolocation restrictions. While speed is not critical for data breach security, datacenter proxies are substantially less expensive than residential IP addresses, making them ideal for large-scale scraping. Residential proxies are only useful in extremely rare instances where content is geo-restricted.
Anti-piracy software searches the internet for instances of copyright infringement and illegal content sharing. Once again, data regarding the content exchanged on platforms and via peer-to-peer connections is collected. HTTP proxies, on the other hand, are ineffective here since they expose genuine IP addresses and are too slow for the traffic-intensive scraping done.
SOCKS5 proxies are the greatest anti-piracy crawler complement. These proxies offer unsurpassed performance and do not utilize standard HTTP protocols. As a result, when SOCKS5 proxies are used to scan content sharing and streaming services, IP addresses are hidden. When combined with their unparalleled speed, they become the ideal solution for any cybersecurity organization trying to defend enterprises from piracy.
Protecting businesses from malevolent groups, whether attempting to steal data or exploiting corporations’ accomplishments for their gain, is a complicated task. Developing the appropriate tools and determining the optimal solution for each use case can be a pain.
With proxies being utilized in practically every scenario, understanding the optimal picks and combinations for each translates into significant savings in terms of money, time, and resources. Want to learn how to choose the optimal proxy configuration for your use case? Click here for a free trial!