How To See Which Devices Are Connected To Your Wi-Fi

Knowing exactly what's on your home or office network isn't just a curiosity — it's a practical security habit. Whether you've noticed slower speeds, suspect an unauthorized user, or simply want to keep your network tidy, checking connected devices is something most people can do without any specialist tools.

Why It Matters to Know What's on Your Network

Every device that joins your Wi-Fi gets assigned a local IP address by your router's DHCP server. That process creates a log. Your router is essentially keeping a guest list at all times — the question is just how you access it.

Unfamiliar devices could mean a neighbor is using your connection, a forgotten smart home gadget is still active, or an old phone you gave away is somehow still connecting. Beyond the obvious security angle, too many active connections can genuinely affect your bandwidth, especially on older or budget routers with limited processing capacity.

Method 1: Check Through Your Router's Admin Panel

This is the most reliable method and works regardless of what devices you own.

How to access it:

1. Open a browser and type your router's gateway IP address into the address bar. Common defaults are 192.168.1.1, 192.168.0.1, or 10.0.0.1.
2. Log in with your router's admin credentials. If you've never changed these, check the label on the router itself — manufacturers often print the defaults there.
3. Look for a section labeled "Connected Devices,""Device List,""DHCP Clients," or "Attached Devices." The exact name varies by manufacturer.

What you'll see is a table listing each connected device, typically showing:

• Local IP address (assigned by your router)
• MAC address (a unique hardware identifier for each network adapter)
• Device name or hostname (often the device's name as set in its OS settings)
• Connection type (Wi-Fi or Ethernet, on some routers)

The hostname is the most human-readable identifier, but not every device broadcasts a clear name. Smart TVs, IoT gadgets, and older devices often show up as generic strings or just a MAC address — which is where identifying them gets trickier.

Method 2: Use Your Router's Companion App 📱

Most modern routers — especially mesh systems — come with a dedicated mobile app. Brands like Eero, Netgear Orbi, TP-Link Deco, Asus, and Google Nest Wi-Fi all offer apps that display connected devices in a more visual, user-friendly format than the browser-based admin panel.

These apps often go further than the basic admin panel by offering:

• Real-time bandwidth usage per device
• Device categorization (phone, laptop, smart speaker, etc.)
• The ability to pause or block specific devices
• Notifications when a new device joins

If your router has an app and you haven't set it up, this is generally the most accessible way to monitor your network on an ongoing basis.

Method 3: Use a Network Scanner App

If you want more detail than your router provides — or your router's interface is limited — a network scanning tool can query your local network directly and return a list of every active device.

Popular options include:

These tools work by sending ping requests or ARP queries across your local subnet and listening for responses. They typically return IP addresses, MAC addresses, hostnames, and sometimes a best-guess at the device manufacturer (derived from the MAC address prefix, which is registered to hardware vendors).

The manufacturer lookup is a useful clue when a device name is unclear — if you see "Apple, Inc." or "Samsung Electronics" in the vendor field, that narrows things down quickly.

Identifying Unknown Devices 🔍

This is where most people get stuck. A device shows up as 192.168.1.34 — android-7f3a2c91 and you have no idea what it is.

A few strategies:

• Cross-reference MAC addresses. Go to each of your devices, find their MAC address in settings (under Wi-Fi or network info), and compare them against the list.
• Temporarily disconnect devices. Power off one device at a time and refresh the list to see which entry disappears.
• Check the MAC vendor prefix. The first six characters of a MAC address identify the manufacturer. Free online lookup tools let you search this.
• Look at connection timing. Some routers log when a device first connected, which can help trace it to a specific event (a guest visit, a new purchase, etc.).

Variables That Affect What You Can See

Not every method gives the same level of detail, and several factors shape your experience:

• Router firmware version — Older firmware may show fewer details or have a more limited interface. Some manufacturers push updates that significantly improve device visibility.
• Router tier — Budget routers often show only basic DHCP tables. Mid-range and above routers, especially those aimed at home networking enthusiasts, tend to offer richer device data.
• Device behavior — Some devices use MAC address randomization (a privacy feature common in modern iOS and Android devices) which makes them harder to track consistently across sessions. The MAC address shown may change each time they connect.
• Network segmentation — If your router supports a guest network or VLAN, devices on those segments may appear separately or not at all depending on which interface you're checking.
• Wired vs. wireless — Ethernet-connected devices may appear in a different section of your router panel, or may not appear in Wi-Fi-specific views.

What "Connected" Actually Means

One nuance worth understanding: routers typically show devices that have an active DHCP lease, not necessarily devices that are currently transmitting data. A phone in sleep mode that joined your network hours ago may still appear as "connected" because its lease hasn't expired yet. Lease times vary — commonly between 24 hours and several days — so a device list isn't always a perfect snapshot of real-time activity.

Some routers distinguish between active and recently connected devices, which helps — but many lump them together, making the list longer and occasionally confusing.

How useful each method is ultimately depends on what your specific router supports, how technically comfortable you are with the tools involved, and what level of detail you actually need from your network overview.