ZTRelay tunnels raw TCP and UDP through a chain of encrypted hops so no single node ever sees both your real IP and your destination at the same time. Only the exit hop makes the real outbound connection, and you choose which country that exit is in.
Nothing is logged. Intermediate hops only know their immediate neighbors, so the path cannot be traced back to you.
You can also map a service you control to a private .ztr alias and hand that out instead of a raw IP each alias can be revoked on its own without affecting anyone else.
It is protocol-blind and works with ordinary tools (for example SSH via ztr_ssh).
ZTR Requests with @ztrelayp
A fun thing was designing the HTTP/S going through the ZTR without SNI leakπ. <x> can inspect your traffic; they would only see ZTR.
Send real HTTP requests straight through your own encrypted relay tunnel.
ZTR Requests β the request composer built into ZTRclient. See the exact hop path it took, the TLS cert, every header and cookie. Named environments, full history, saved requests, batch runs with real conditional logic.
Send real HTTP requests straight through your own encrypted relay tunnel.
ZTR Requests β the request composer built into ZTRclient. See the exact hop path it took, the TLS cert, every header and cookie. Named environments, full history, saved requests, batch runs with real conditional logic.
As a cybersecurity analyst, ZTRelay and ztrclient give you a powerful, programmable primitive for operational security (OpSec), infrastructure testing, and secure out-of-band telemetry. Because it handles cryptographic onion routing, multi-hop proxy chains, and raw TCP encapsulation directly in Python, you can leverage it for several high-value security engineering and offensive/defensive operations.
- Zero-Trust Red Teaming & Infrastructure C2 Tunneling
- Secure Incident Response & Out-of-Band Forensics
- Defensive Testing & Egress Filtering Validation
- Secure Vulnerability Assessment & Penetration Testing
The internet is becoming better at finding you.
AI agents can search, correlate, and profile information at unprecedented scale. OSINT tools can connect small pieces of data into surprisingly detailed pictures of people and infrastructure.
Privacy is no longer just about what you share. Itβs also about what your network reveals about you.
Thatβs where tunneling becomes increasingly important.
ZTRelay provides encrypted multi-hop routing designed to create separation between your network, your infrastructure, and the services you interact with.
Encrypted multi-hop routing
TCP & UDP support
Multiple hops between you and the destination
Optional timing-defense mechanisms
Optional end-to-end encryption
Private service aliases
Programmable Python client
Privacy shouldnβt be something you bolt on after exposure.
Build it into the architecture from the start.
https://t.co/2TaV6aotvp
https://t.co/rY54MrgODb
π Route your traffic. Protect your IP. Stay in control.
Meet ZTRelay β encrypted, multi-hop network relaying for TCP & UDP traffic.
π Multi-hop encrypted routing
π‘ TCP & UDP support
π Choose your exit country
π΅οΈ Privacy-focused routing
π Private service aliases
β»οΈ Revoke individual access without changing your service
π» Great for self-hosting, gaming, DevOps, remote services, testing & more
π Check it out: https://t.co/rY54MrgODb