gPrimus guys Let's discuss how Primus Labs Is Making Sure Your Login Stays Private. We all know that when it comes to verifying a login, privacy matters. The computer helping to create the proof could see more of your session than you would want a random operator to see. That is why @primus_labs uses a security system designed to keep that information protected. According to their node guide, the attestor runs with Phala inside something called a TEE. Let's break that down. An attestor is a computer on the Primus network that helps verify information from a normal HTTPS session, the same kind of secure website connection you use in your browser. It helps turn that information into a receipt that can be checked later. A TEE, on the other hand, is like a locked room inside a computer. Even the person running the server is supposed to have limited access to what happens inside it. This makes it harder for the server operator to look at sensitive information while the attestor is doing its job. The process works like this: a task comes from Primus smart contracts, which are programs on the blockchain that assign work and handle payments and penalties. The attestor carries out the session with the user and produces a receipt. Primus lists support for this setup on Base, HashKey Chain, and Ink. Think of it this way. A normal server is like an office where the people in charge can walk in and see what is happening. A TEE is more like a locked room where even the building owner cannot freely look inside. But there is something important to understand here. The hardware security alone does not make every operator honest. Primus also uses multiple witness computers and requires operators to put up a deposit they can lose if they cheat. This helps reduce the risk of trusting just one computer. Of course, this does not solve every problem. If an exchange displays a false reserve balance, the proof can still reflect what the website showed rather than what the exchange actually owns. And if someone wants to prove a payment linked to an X account, they still need the browser extension. What this setup does is reduce one particular risk: the possibility of the computer handling your login exposing information it should not have access to. That may not sound like the most exciting part of crypto, but it matters. Because when you're trying to prove something happened online without exposing your private information, protecting the computer that sees your session is just as important as protecting the proof it produces.