Facebook now available through Tor browsers at an onion address, SSL still enabled
Why Facebook Just Launched Its Own ‘Dark Web’ Site — Facebook has never had much of a reputation for letting users hide their identities online. But now the world's least anonymous website has just joined the Web's most anonymous network.
Context & Ripple Effects
When Facebook put its core service on an official onion address in October 2014, it was the first major consumer platform to treat Tor as legitimate infrastructure rather than abuse traffic — the world's least anonymous network joining its most anonymous one, with SSL left enabled so the onion route adds transport privacy rather than replacing identity. The move was picked up by outlets from Wired to the Guardian, signaling that 'dark web' access was becoming a product decision, not an underground one.
The bet paid off quickly enough to become institutional: within eighteen months Facebook reported a million users accessing the site over Tor per month, pushed Tor support into its Android app via Orbot, and joined the Tor Project at the IETF to win formal .onion special-use status that shields the domain from ICANN resale. ProPublica became the first major news site to follow onto the hidden service network in early 2016.
First-order effects
- Users behind censors or surveillance-heavy networks gain a direct, authenticated path to Facebook that doesn't depend on clearnet routing, while Facebook itself must operate certificate and key management for a second official front door.
- Tor gains its largest mainstream traffic source yet, shifting the network's profile from niche anonymity tool to infrastructure a top-five consumer platform maintains officially.
Second-order effects
- Other publishers and platforms face a low-cost template for the same move — ProPublica copied it as a news site within fifteen months, and Twitter eventually launched its own Tor onion service in 2022 using the Enterprise Onion Toolkit.
- Censorship circumvention stops being exclusively the domain of dedicated tools like Tor Browser plus VPNs, forcing state-level blockers to contend with onion endpoints operated by the very companies they filter.
Third-order effects
- If .onion access becomes a standard distribution channel for major sites — as the IETF special-use recognition formalizes — the 'dark web' label erodes and onion addressing turns into ordinary resilience infrastructure, with regulators and registrars losing leverage over the namespace.
- Platform identity systems and anonymity networks stop being opposites: Facebook's model of verified identity over Tor suggests the durable pattern is pseudonymity at the transport layer, not the account layer.
The trend: Major web platforms are progressively adding Tor onion addresses as a sanctioned third access layer alongside clearnet and mobile apps, normalizing what was once fringe anonymity infrastructure.