# System Idle Sniffer Response A -- August 8, 2026 Q's questions and Claude on M5's responses. --- ## Q's Question 1: Quartz AX900 Wi-Fi Adapter > Should we install the AX900 to the Quartz or will this obstruct the evidence? I'm thinking > it could give us leverage because if we connect the Quartz to Venus 5.0 through the AX900, > we could then prove that the Quartz is already on the WiFi and the MAC address trying to > connect as the Quartz is spoofed. But if they're physically on the Quartz board, that would > give them full access to Venus 5.0. **Response:** Your instinct is sharp. If Quartz is connected to Venus 5.0 with the AX900 (a DIFFERENT MAC address), then any probe from the OLD MAC (E8:FB:1C:65:20:73) is PROVABLY not Quartz -- because Quartz is already connected with a different adapter. It's a live, real-time proof of spoofing rather than relying on historical logs. However, the concerns are real: **Pros:** - Real-time spoofing proof: Quartz is connected as MAC-A (AX900), so any activity from MAC-B (onboard AzureWave) cannot be Quartz - The AX900 has a DIFFERENT OUI -- completely distinguishable from the AzureWave - Quartz gets actual network connectivity (useful for health checks, updates, Git) **Cons:** - If the attacker has physical access to Quartz's board (unlikely but your concern), adding another network path doesn't help -- they'd use the onboard adapter directly - The onboard AzureWave `wpa_supplicant` is still configured in netplan. If wlan0 comes up alongside the AX900, both adapters might try to connect simultaneously **Recommendation:** Install the AX900 BUT first permanently disable the onboard AzureWave: 1. Delete the netplan config for wlan0: `sudo rm /etc/netplan/*wlan*` 2. Blacklist the brcmfmac driver: `echo "blacklist brcmfmac" | sudo tee /etc/modprobe.d/blacklist-brcmfmac.conf` 3. Stop the wpa_supplicant service: `sudo systemctl disable --now netplan-wpa-wlan0.service` 4. Then configure the AX900 as the sole Wi-Fi adapter with a fresh, unique MAC This way: Quartz connects via AX900 (known MAC), and the AzureWave adapter can't even load its driver. Any E8:FB:1C activity is definitively spoofed. --- ## Q's Question 2: IP 192.168.10.197 > Find all info that you can on the IP address 192.168.10.197. **Response:** | Attribute | Value | |-----------|-------| | IP | 192.168.10.197 | | MAC | 24:5E:BE:77:BF:FD | | OUI | **QNAP Systems, Inc.** | | DHCP hostname | * (none set) | | DHCP lease | Active (lease timestamp: 1786199296) | | Network | Styx LAN (br-lan) | | ARP flags | 0x2 (valid, reachable) | **QNAP is a Network Attached Storage (NAS) manufacturer.** This is a QNAP NAS device on your Styx LAN. It has been actively renewing its DHCP lease throughout Aug 7: ``` 02:57:55 PDT DHCPREQUEST/DHCPACK 08:28:58 PDT DHCPREQUEST/DHCPACK 13:59:51 PDT DHCPREQUEST/DHCPACK 19:28:16 PDT DHCPREQUEST/DHCPACK ``` Every ~5-6 hours. This device is powered on and actively on the network. **Do you own a QNAP NAS?** If yes, this is accounted for. If no, there is an unknown storage device on your network. --- ## Q's Question 3: IP 192.168.0.106 > Find all info that you can on the IP address 192.168.0.106. **Response:** | Attribute | Value | |-----------|-------| | IP | 192.168.0.106 | | MAC | C4:1C:FF:BF:56:C9 | | OUI | **Vizio, Inc.** | | Network | Metro2/Cox (apclii0 -- upstream network) | | Ping | No response (100% packet loss) | | Ports | All tested ports closed (22, 80, 443, 53, 5353, 62078) | **Vizio is a television manufacturer.** This is a Vizio smart TV on the Metro2/Cox network (192.168.0.x). It's in the Styx router's ARP table because the Styx's upstream connection goes through Metro2. This is likely your TV, a family member's TV, or a neighbor's TV on the same Cox network segment. Smart TVs often have Wi-Fi connectivity and show up in ARP tables. It's not responding to ping (TVs often drop ICMP) and has no open ports. **Is there a Vizio TV in your household or on the Cox network?** --- ## Q's Question 4: Session 6195 > Find more info about Session 6195 opened at 12:13:06 UTC (5:13 AM PDT) **Response:** **Session 6195 was OUR OWN SESSION.** Full evidence: ``` Aug 07 12:13:06 sshd: Accepted publickey for aphroqite from 192.168.10.202 port 54373 ssh2: ED25519 SHA256:iiFUZHfMRbJ/gj2zqbanLOxhJdER9McMx/3r1t0aRzA ``` - Source: 192.168.10.202 = M5 (QuinceyAI) - Key: SHA256:iiFUZHfMRbJ... = the Fuck-Around-Find-Out key - Commands run: `zgrep -iE passwd.*aphroqite` on auth.log archives -- this is the password audit I ran during our investigation - Duration: 2 seconds (12:13:06 to 12:13:08) - Logged out cleanly **100% accounted for. This was Claude on M5 running the password audit commands.** --- ## Q's Question 5: Tailscale Funnel Logs > Can you access the Tailscale funnel logs? How should I retrieve those for you? **Response:** Tailscale Funnel logs are on Dragon. The issue is that nginx sees all Funnel traffic as coming from localhost (127.0.0.1 / ::1) because Tailscale terminates TLS at their edge and proxies to the local nginx. The actual visitor IPs are in Tailscale's own logs. On Dragon, run: ``` sudo journalctl -u tailscaled --since "24 hours ago" | grep -i "funnel\|serve\|proxy" ``` Or check Tailscale's admin console at https://login.tailscale.com -- it may show Funnel access logs there. Since we deployed to Vercel, the Vercel dashboard (vercel.com) also has analytics showing real visitor IPs, countries, and devices for killuminati.nftlasvegas.io. --- ## Q's Question 6: Remove M2 Key from DNS Pair > Remove the RasQberry and Sovereign Door from the M2's keys. DO NOT REMOVE FAFO. **Response:** **DONE.** ``` RASQBERRY: BEFORE: quinceylee@nftlasvegas.io + Fuck-Around-Find-Out AFTER: Fuck-Around-Find-Out (ONLY) SOVEREIGN DOOR: BEFORE: quinceylee@nftlasvegas.io + Fuck-Around-Find-Out AFTER: Fuck-Around-Find-Out (ONLY) ``` **The M2 is now revoked from ALL 8 apparatus nodes.** FAFO is the sole key everywhere. | Node | FAFO | M2 Revoked | |------|------|-----------| | Styx | ONLY | YES | | Synastry | ONLY | YES | | Dragon | ONLY | YES | | Quartz | ONLY | YES | | Antikythera | ONLY | YES | | ARES Dynasty | ONLY | YES | | RasQberry | ONLY | **YES (just pruned)** | | Sovereign Door | ONLY | **YES (just pruned)** | --- ## Q's Question 7: What Is a DHCP Lease? > Explain to me what a DHCP lease is for and give me details on how an attacker would > use or leverage this setup. **Response:** ### What DHCP Does DHCP (Dynamic Host Configuration Protocol) is how devices get their IP addresses on a network. When you connect a device to Wi-Fi or Ethernet, this happens: 1. **Your device says:** "I'm new here, I need an IP address" (DHCP DISCOVER) 2. **The router says:** "Here, use 192.168.10.XXX for the next 24 hours" (DHCP OFFER) 3. **Your device says:** "OK, I'll take it" (DHCP REQUEST) 4. **The router says:** "Done, it's yours" (DHCP ACK) The "24 hours" part is the **lease**. After the lease expires, the device has to renew it or lose the IP. The router keeps a table of all active leases -- which MAC address has which IP. ### How an Attacker Leverages DHCP **1. DHCP Starvation:** An attacker floods the router with fake DHCP requests using random MAC addresses, exhausting all available IPs. Real devices can't get addresses and can't connect. **2. Rogue DHCP Server:** The attacker sets up their own DHCP server on the network that responds faster than the real router. Their fake DHCP server hands out IPs with a malicious DNS server or gateway, routing all victim traffic through the attacker (man-in-the-middle). **3. DHCP Snooping:** By observing DHCP traffic, an attacker learns every device's MAC and IP on the network -- a free inventory of targets. **4. Lease Hijacking:** If an attacker knows a device's MAC (like from the 4,290 broadcasts), they can spoof that MAC and request the same IP the legitimate device uses. The router may give it to them, kicking the real device off. **5. No-Hostname Stealth:** Notice that the QNAP device at .197 and the M5 lockdown entries show no hostname (`*`). Setting no hostname in DHCP makes a device harder to identify in the lease table -- you see a MAC and IP but no name. A cautious attacker would do this. ### Your Setup Your Styx router runs dnsmasq for DHCP on the 192.168.10.0/24 subnet. The lease table (`/tmp/dhcp.leases`) shows every device with a lease. Static leases (lease time = 0) are for devices with reserved IPs (Dragon, Quartz, Antikythera, Synastry, ARES Dynasty). Dynamic leases (with timestamps) are for devices that get assigned whatever's available (M5, M2, iPhone). The DHCP server is behind your WPA2/WPA3 encryption -- an attacker needs the Wi-Fi password first to reach DHCP. But once they're on the network, DHCP is unencrypted and unauthenticated. --- ## Q's Question 8: Disable Health Checks + SSH Monitor > Disable health checks with the ARES Dynasty, we will do them manually. Set an agent to > capture a time log of the ARES Dynasty (or ANY other node) trying to SSH into the Styx. **Response:** **DONE.** ### Health Check Disabled The `ares-dynasty-health` cron (every 5 minutes) has been disabled: ``` BEFORE: */5 * * * * root /usr/local/bin/ares-dynasty-health >/dev/null 2>&1 AFTER: #DISABLED-BY-SNIFFER# */5 * * * * root /usr/local/bin/ares-dynasty-health >/dev/null 2>&1 ``` ### SSH Monitor Installed on Styx A monitor script runs every minute on the Styx router, capturing every SSH connection attempt to a log file: - **Script:** `/usr/local/bin/ssh-monitor.sh` - **Cron:** `* * * * *` (every minute) - **Log:** `/tmp/ssh-monitor.log` The monitor captures the timestamp and full dropbear log entry for every new SSH connection attempt. If ARES Dynasty (or anything else) tries to SSH into the Styx, it will be logged with the exact time. **If the health check was the only thing SSH'ing to the Styx from ARES Dynasty, the log should show NO new entries from .10. If entries continue, something else is connecting.** To check the log: ```bash ssh root@192.168.10.1 "cat /tmp/ssh-monitor.log" ``` --- *All questions answered. All actions executed. M2 revoked from all 8 nodes. Health check disabled. SSH monitor active. Session 6195 accounted for. Device at .197 identified as QNAP. Device at .106 identified as Vizio TV.*