Wait for it to find nearby scanners, then choose the one you want to use, and select Add device. Select Add a printer or scanner. Open the Printers & scanners settings. Select Start > Settings > Devices > Printers & scanners or use the following button. Here's a way to do it manually.
![]() Scan My Router Download Our IncidentThat’s why regular wireless access point testing is essential to minimize your threat.Download Our Incident Response Plan White Paper Download Here Exactly what is a rogue access point?A rogue access point is a wireless access point installed on a secure network without the knowledge of the system administrator. It’s also possible that someone from within your organization could install an access point where it should not be to make their job easier. In requirement 11.1, the Payment Card Industry Data Security Standard (PCI DSS) requires all merchants to scan their environments quarterly for visible wireless access points to ensure that no unsanctioned wireless points are connected to the card data network (and the sensitive data within).There are many ways that attackers could install a rogue wireless access point on your network without your knowledge.In fact, your own organization’s authorized users could bring the risk of a rogue access point into your environment.Though employees may not have malicious intent, access points installed or utilized without the permission of the system administrator are considered rogue. Why both are riskyA wireless access point doesn’t necessarily need to be installed by a hacker to be considered rogue. If an attacker uses social engineering to get past an organization’s physical defenses, plugs a small wireless access point into an open network port or maybe a Wi-Fi USB device into an authorized laptop, and bridges the connection to their wireless access point through that laptop’s Internet connection, they’re in.Wireless access point protection: hackers vs. It could be a mobile device attached to a USB that creates a wireless access point, or even a wireless card plugged into a server.Because they are installed behind an organization’s firewall, rogue access points can be lethal to security.Here are three main dangers of a rogue access point:Someone authenticated to it is allowed access into the network (could be good guys or bad guys).It’s not being monitored or managed by the system administrator.It doesn’t follow normal security procedures of other wireless access points on the same network.How does an attacker actually install the rogue access point? There are numerous ways, but one simple example is through social engineering.Evil twins are wireless access points configured to look identical to a company’s true secure wireless network. In addition, employees probably won’t enable security settings on their own access points, which makes it even easier for attackers to use that access point to intercept network traffic.Hackers use rogue access points as a simple way to gain access into business systems to capture sensitive data.One tricky way hackers use rogue access points is through evil twins (also called Wi-Fi Pineapples). This means system administrators have zero visibility into the security of that wireless environment. Scan My Router Free Commercial ScanningThat’s why the PCI Council requires you to “scan all card data environment locations for known wireless access devices and maintain an up-to-date inventory.”If you’re a small ecommerce provider and all your systems fit into a single rack in your data center, this requirement should be pretty easy, a quick look would identify unknown hardware. It’s up to the system administrator to manually investigate the scan’s findings and determine if they are rogue.Here is a breakdown of the five main stages of the wireless access point scanning process.Get Started with PCI Compliance Start Here Step 1: Discover your wireless devicesIt’s difficult to determine which wireless devices to remove if you don’t have an accurate list to begin with. As a scan runs, it identifies, compares, and flags access points that don’t coordinate with the master list. Other possible methods of testing for rogue access points include physical component inspections or wireless intrusion detection systems (IDS).Wireless scanning technologies work by building an initial database of access points in the environment, including IP and MAC addresses. If an evil twin is successful, an attacker can easily connect to the user’s laptop to steal authentication credentials and access the network under an authorized name.SEE ALSO: Warbiking and Wi-Fi Insecurity 5 steps to PCI DSS requirement 11.1 complianceThere are several processes organizations can use to comply with PCI DSS requirement 11.1, but most businesses use a free commercial scanning tool. Configuration of a wireless scanning device isn’t overly complex, but it’s important to consider the tool’s log management and alerting functions. Wired scanning tools are used by many organizations for additional security, but according to the PCI DSS, they have a high false positive rate and will not help you comply with requirement 11.1.I recommend wireless scanning and IDS technologies like Fluke Networks AirMagnet, Snort (open source), Alert Logic, and Cisco.Once you choose your tool, it’s time for configuration. (The PCI Council recommends large organizations use an IDS/IPS system.)As you search for the right tool, make sure it’s wireless, not wired. If you ever question whether or not an access point is rogue or what it’s doing in a certain area, you should simply consult your business justification list.This is also a great time to ensure you’ve physically secured your wireless devices so they are not accessible to the general public.Step 2: Get a scanning tool and correctly configure itIn order to combat rogue wireless networks, either use a wireless scanner or wireless intrusion detection/prevention system (IDS/IPS). If you can’t justify the access point’s existence, you must disable it. Best desktop widgets windows 10Sometimes a scanner will identify an access point as rogue when a server automatically assigns an IP address to a new, legitimate employee laptop. Your scan may have found false positives. It will show you how card data moves within your environment and help you analyze exactly which portions you should scan based on the locations that store, process, or transmit cardholder data.Step 4: Remediate any found rogue access pointsNot every alert your scan identifies is necessarily rogue. (You should already have one of these diagrams documented, as per PCI DSS requirement 1.1.3). According to the PCI DSS, “locations that store, process or transmit cardholder data scanned regularly or wireless IDS/IPS implemented in those locations.”This is where a network map or card data flow diagram comes into play. That’s why compliance is never a point in time. Hackers want data, and if they find a weakness that allows them to install a rogue access point, they’ll do it. Don’t ever think you’re safe because you’re ‘too small’ for a hacker to care about.
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