A safer internet.
For everyone.
Protecting one device on one network is where we start — not where we stop. We’re building toward a world where attackers run out of places to hide.
Safety online shouldn’t be a luxury
Most people connect to public WiFi without a second thought — at coffee shops, airports, hotels, libraries. Most of the time it’s fine. But the few times it isn’t, the cost can be your passwords, your messages, your money.
Real protection has too often been locked behind enterprise contracts and technical know-how. We think detecting an attack on the network you’re standing on should be free, automatic, and available to anyone — and that’s exactly what WifiThreatWatch does today.
That’s the floor, not the ceiling. Here’s where we’re headed.
Protect one person, and you can protect the next
An attack caught on one laptop in one café is more than a single alert. It’s evidence. Pooled and anonymized, that evidence can warn the next person before they’re ever targeted. Defense that gets stronger every time it’s used.
What we’re building next
The first of these is already in early access; the rest are directions we’re working toward, not features available today. We’re sharing them because the mission is bigger than any one release, and we want you to know where this is going.
A shared threat database
Every attack WifiThreatWatch catches is a signal — and this one’s no longer just an idea. Every copy of the app feeds confirmed attacks into a shared database that warns other users before they connect: the attacker’s rogue hotspot documented in full, your own network only ever as a one-way hash. It’s early, and it gets stronger with every person who joins.
A living attacker blacklist
Attackers reuse infrastructure, hardware identifiers, and tactics. By correlating attacks across the network, we can build a living blacklist — so a device flagged hassling someone in one city raises an instant red flag when it shows up somewhere else. Tracking the hunters instead of just the prey.
A router secure from the first packet
Software can defend the device you’re on. But the network itself is still the weak point. We want to build a router engineered for security from the ground up — one that treats every connection as untrusted, hardens the LAN by default, and makes the kind of attacks we detect today far harder to even attempt.
Shared threat intelligence follows a guarded collection model — the attacker’s hardware documented in full, yours only ever as a hash, reports anonymized for good after at most 90 days. The attacker is the one being documented, never you.
An internet where the network is on your side.
We start with the one you’re on right now.