ADH is an autonomous system that continuously rotates the IP and MAC address of every managed host on a network, in sync, from a single controller — with a one-time setup per host and no kernel modification. A reconnaissance scan finds a target that has already moved on.
A single controller drives the rotation over standard SSH — including its own management channel, with ports rotating every cycle for security.
Each host gets a one-time provisioning step — SSH access and sudo — and runs a small recovery watchdog. No kernel modules, no ongoing management software to patch.
IP and MAC addresses rotate together across the whole managed fleet, at an operator-defined interval as short as a few seconds.
A reconnection engine and per-host watchdog bring back any host lost to power loss, misconfiguration, or infrastructure failure — without an operator.
Ordinary use of managed hosts — browsing, messaging, general traffic — continues through every rotation cycle.
Independently logged runs on commodity hardware, not a single demo. Figures below are the cumulative results to date.
Every host drop with a confirmed external cause — a deliberate mid-run network-adapter restart included — recovered fully autonomously, without operator intervention. Testing to date is internally validated; independent adversarial (red-team) evaluation is proposed future work, not a completed result.
ADH is a candidate building block wherever a stable network identity is itself the liability — reconnaissance-driven attacks, exposed management infrastructure, or fleets that need to be harder to profile from outside.
Rather than detecting and reacting to an intrusion attempt, ADH removes the stable target the attempt depends on — before reconnaissance can complete.
Any Linux network with SSH access. One-time host provisioning — SSH keys, sudo, a lightweight watchdog — then hosts can be added or removed at runtime.
Independent inventor and sole developer of ADH, based in Herzliya, Israel. ADH was conceived, architected, implemented, and tested end to end by a single inventor — from the address-generation approach through the reconnection and recovery engine that makes continuous rotation operationally viable.
Work spans network security, air and sea vehicles, and homeland-security systems. ADH is the current focus.