With the rise of e-commerce and digital marketing, companies are seeing the rise of malicious actors who both track their employees’ internet usage and create data breaches in their systems, gaining unauthorized access to proprietary files and data. A report from the Identity Theft Resource Center (ITRC) uncovered more than 3,000 data breaches reported in 2023 alone, and the number of data breaches has been rising annually; in 2024, corporate cyberattacks were up 50% compared to the previous year. This presents multiple risks to businesses and their employees, including identity theft, disrupted operations, exposure of confidential data and plans, and financial losses. According to ITRC, the average cost of a data breach is $4.45 million, up from $3.86 million in 2021, though some experts hope the cost may begin to fall.
To secure browsing, protect online identities, and gather competitive intelligence, companies need sophisticated and reliable tools. That is what has made Residential Proxies popular recently. Unlike data center proxies that rely on company servers, residential proxies are anonymous IP addresses assigned by Internet Service Providers (ISP) not to the server but to individual devices. This makes residential proxies difficult to detect and block, allowing users to browse the web seamlessly and anonymously and access geo-restricted content for competitive research.
However, proxy servers are a preventative measure, not a cleanup measure after a data breach has already occurred. Companies that want to add that layer to their security infrastructure need to act ahead of time.
A proxy server adds an additional barrier between the company’s internal servers and external traffic. Hackers may succeed in breaching the proxy server, but they are unlikely to reach the company’s own server. While proxy servers alone are not a data security cure-all, they can be one effective measure in decreasing the business’s vulnerability. Here are four ways that residential proxies can help companies.
Residential proxies mask users’ real IP addresses, making their activities on the Internet extremely difficult to trace. This can be especially important for businesses that are conducting sensitive operations in market research and competitor analysis – as well as for firms handling financial or legal information.
Residential proxies can help a company keep their plans confidential. Masked IPs allow market research teams to conduct more thorough research and gather competitive intelligence without accidentally exposing their online searches and activities.
Not only can proxies protect against accidental exposure during web scraping and data mining, but they can also help market researchers bypass anti-bot measures, allowing data scraping to proceed uninterrupted and often undetected.
As more online platforms enforce location-based restrictions, residential proxies can allow companies to access region-specific content, giving employees the opportunity to view more accurate and comprehensive data on regional market trends and competitive pricing.
Finally, residential proxies can help marketers manage multiple anonymous social media accounts, making it possible to verify ad placements. This can protect companies from losing limited marketing dollars to bad actors in the crowded social media advertising space, some of whom may report impressions and ad clicks fraudulently or inaccurately.
Not all residential proxies are created equal, and in selecting a proxy provider, businesses need to consider factors like the size of their IP pool, what regions and locations they provide coverage for, what speed they promise, and their security measures. A higher quality provider will be one that delivers stable connections with minimal downtime and can provide seamless integration for the residential proxy service for varied use cases.
Whether driven to select a residential proxy by the need for widespread data mining or simply the need for more secure browsing, companies can use this newer alternative to proxy servers to maintain their employees’ anonymity, protect their confidential plans, access geo-restricted sites, and conduct more accurate and reliable market research.
The first wave of the GLP-1 era in the U.S. was defined by scarcity. Patients often waited for backlogged prescriptions, pharmacies rationed supply, and demand outpaced what manufacturers could deliver. That period is largely over. Tirzepatide and semaglutide are now regularly available, the range of clinical options has widened, and platforms such as Mochi Health offer structured care pathways that may include medications like compounded tirzepatide and compounded semaglutide where a licensed provider determines it clinically appropriate. The conversation has shifted toward what quality of care accompanies that access and whether it is thorough enough to produce lasting results.
Technology has changed the way people adapt to everyday challenges. Whether it’s navigating with GPS, ordering groceries online, or using artificial intelligence to adapt to changing workflows, technology is a staple. This is never more true than when dealing with the weather. Technology can help you check the temperature, choose the right clothes for the day, and even stay comfortable when snow starts to fall.
As fall and winter roll in with cooler weather, people are adapting to changes in temperature in real time. You might be utilizing smart thermometers in your home, capitalizing on smart home features that act on predetermined schedules, or even using simpler methods, such as placing a smart hand warmer in your pocket.
NordLayer has launched NordLayer AI Scout, a new AI visibility and security solution that shows companies which AI tools employees are actually using across web and desktop, including services that were never formally approved.
The product brings sanctioned and unauthorized AI use into one view, tracks how different tools are being used, and can inspect and help control what employees type into AI prompts. It also maps the connections used by AI agents, giving IT teams a clearer picture of what those systems can reach once they are running.