Wireless Routers
First Evaluation: January 2019
Latest Update: January 2020
Today’s home network may include a wide range of wireless devices, from computers and phones to IP Cameras, smart TVs, and connected appliances. The router usually is the center of the home network. It’s a layer (even the only layer) that stays between your devices and the internet. A secure router will help protect your devices – and your information – from compromise. Therefore, the data privacy and security of the router is an extremely important aspect to determine if a router is good or bad.
Consumer Reports has been publishing router ratings for years, but we've now made the tests tougher, screening for approximately 60 different indicators of good security and privacy practices, along with about 100 data points used to evaluate speed, ease of use, and other characteristics.
The primary purpose is to investigate the most popular routers in the data privacy and security aspect, to generate ratings for each router in accordance with criteria/indicators of the Digital Standard. Specifically, we evaluate: 1. how easy the malicious person can compromise data confidentiality, system integrity, and function availability; 2. how well manufacture/service providers do in data collection, data retention, data use, and data sharing.
We performed a full round of Digital Standard testing on 38 wireless routers and it is now displayed on our site on the wireless router ratings page. The final ratings integrates data privacy and data security into the overall rating. We reported the test result highlights in this article here: Many Wireless Routers Lack Basic Security Protections, Consumer Reports' Testing Finds
[Excerpts gathered from Many Wireless Routers Lack Basic Security Protections, Consumer Reports' Testing Finds]
Many Wireless Routers Lack Basic Security Protections, Consumer Reports' Testing Finds. This article highlights new testing which shows the important differences in how routers from popular brands handle digital security. It covers how CR tests routers on a long list of characteristics. For instance, we check whether a router protects against known security vulnerabilities and whether certain questionable networking protocols are turned off by default. We examine the routers’ privacy policies to see whether manufacturers explain how they handle consumer data. Of course, we also measure how quickly routers transmit data over a variety of distances. After all, a safe and secure router won’t do you much good if it’s too slow to reliably stream Netflix.