05-18-2026, 04:23 AM
Hey all,
I've spent the past few months building MatrixRAT—a web-based remote administration framework written primarily in C++ and Python, delivered as a MaaS offering with full operator control through a centralized web panel. Client-side architecture and backend hardening have been my main focus, and I just wrapped a two-week security sprint locking the panel down ahead of a forum launch.
Right now, the C2 backend is hosted as a Tor hidden service. Tor handles heartbeat check-ins and command dispatch fine, but the latency and throughput constraints are crippling real-time features. Webcam streams, live microphone exfiltration, and remote screen capture are essentially unusable—the round-trip delay and circuit congestion turn interactive sessions into a slideshow. Even static images push unacceptable load times.
After weighing alternatives, I'm looking seriously at Lokinet (lokinet.org)—the same network layer powering Session messenger, built on the Oxen Service Node infrastructure. Here's what stands out from an operational perspective:
Performance: Lokinet is engineered for low-latency traffic. It handles streaming, VoIP, and gaming loads significantly better than Tor, which matches my requirements for real-time operator sessions.
SNApps: Lokinet hidden services (SNApps) are free to host. The only OXEN cost comes if you want a human-readable .loki domain instead of the raw address hash.
Deployment: Straightforward to spin up on a VPS, similar to a Tor hidden service.
The migration isn't entirely plug-and-play. Currently, the client bootstrapper silently installs Tor, registers it for silent auto-start, and masks the process under a system-level name (e.g., svchost.exe rather than tor.exe). Moving to Lokinet means retooling that install chain to bootstrap the Lokinet daemon with the same stealth and persistence profile. It's definitely doable—just needs more R&D on the payload side.
My question to anyone running production infrastructure: Have you deployed C2 over Lokinet in the wild? How does it compare to Tor or I2P under sustained load? I'm particularly interested in session stability during large-file exfiltration or prolonged remote desktop use.
Mods, feel free to relocate this if it belongs elsewhere. I figured the Security section was the best fit given the infrastructure focus.
I've spent the past few months building MatrixRAT—a web-based remote administration framework written primarily in C++ and Python, delivered as a MaaS offering with full operator control through a centralized web panel. Client-side architecture and backend hardening have been my main focus, and I just wrapped a two-week security sprint locking the panel down ahead of a forum launch.
Right now, the C2 backend is hosted as a Tor hidden service. Tor handles heartbeat check-ins and command dispatch fine, but the latency and throughput constraints are crippling real-time features. Webcam streams, live microphone exfiltration, and remote screen capture are essentially unusable—the round-trip delay and circuit congestion turn interactive sessions into a slideshow. Even static images push unacceptable load times.
After weighing alternatives, I'm looking seriously at Lokinet (lokinet.org)—the same network layer powering Session messenger, built on the Oxen Service Node infrastructure. Here's what stands out from an operational perspective:
Performance: Lokinet is engineered for low-latency traffic. It handles streaming, VoIP, and gaming loads significantly better than Tor, which matches my requirements for real-time operator sessions.
SNApps: Lokinet hidden services (SNApps) are free to host. The only OXEN cost comes if you want a human-readable .loki domain instead of the raw address hash.
Deployment: Straightforward to spin up on a VPS, similar to a Tor hidden service.
The migration isn't entirely plug-and-play. Currently, the client bootstrapper silently installs Tor, registers it for silent auto-start, and masks the process under a system-level name (e.g., svchost.exe rather than tor.exe). Moving to Lokinet means retooling that install chain to bootstrap the Lokinet daemon with the same stealth and persistence profile. It's definitely doable—just needs more R&D on the payload side.
My question to anyone running production infrastructure: Have you deployed C2 over Lokinet in the wild? How does it compare to Tor or I2P under sustained load? I'm particularly interested in session stability during large-file exfiltration or prolonged remote desktop use.
Mods, feel free to relocate this if it belongs elsewhere. I figured the Security section was the best fit given the infrastructure focus.
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Escape the matrix