privacy protector
Instead of masking a single ID, Lyphere virtualizes whole device profiles across real privilege boundaries — and layers your traffic over a multi-hop mesh. Built for people, teams and enterprises that need to stay uncorrelated. Legitimate virtualization, not spoofing.
ring architecture
Protection that lives where it matters — at the CPU's own privilege levels, not bolted on top of the OS. Three meaningful boundaries work together in real time.
The app you touch runs unprivileged in user space. Per-session profiles, sandboxed workloads, no admin rights for day-to-day use — isolation enforced by what each session is even allowed to see.
A code-signed kernel-mode driver intercepts low-level identity queries — SMBIOS / BIOS tables, storage serials, GPU UUIDs, NIC and ARP — and returns one coherent virtualized device profile. Far deeper than user-mode tools that only patch surface values. Integrity-checked and signed; it touches identity reads, nothing else.
Hardware-assisted virtualization isolates the protected session inside a CPU-enforced VM boundary — the same primitive enterprises use for confidential computing. The strongest isolation tier: the host platform never leaks past the hypervisor.
Legacy x86 rings 1 & 2 sit unused on modern operating systems — Lyphere works at the boundaries that are actually enforced: -1, 0 and 3.
hardware layer
User-mode and kernel-mode protection work together in real time — each component reshaped into one coherent profile, without changing how you work.
Virtualizes storage serials at the driver level so every drive behind Lyphere presents as a clean, unrelated device — coherent across SMART, controller and namespace reads, not just the surface value fingerprinting tools sample first.
Decouples processor identifiers from the OS and presents a consistent virtual CPU profile, so low-level checks can't bind separate sessions back to one physical processor.
Virtualizes GPU UUIDs across NVIDIA and AMD cards, protecting both the virtual and physical identity of your graphics hardware from correlation.
A dedicated kernel driver rewrites motherboard and chassis serials at the source — deeper than tools that only mask the values an application happens to read.
Builds a complete virtual BIOS / SMBIOS table per profile instead of tweaking a few fields — so the identity stays internally consistent and high-integrity under deep inspection.
Virtualizes router and ARP information so local-network fingerprinting and hardware-to-network coupling can't tie a session to your physical environment.
routing layer
A layered node path with clean session boundaries reduces direct correlation between origin and destination.
Session-scoped ingress. Your fingerprint is broken and traffic is wrapped before it ever leaves the machine — origin metadata is minimized at the first hop.
Traffic is segmented across the node mesh — identifiers virtualized, routes mixed and paths shuffled over time so origin and destination never share a stable, correlatable link.
Region- and risk-aware egress with rotating external IPs. Only an external identity reaches the service — never your real one. Optional VM/cloud profiles keep routing stable for teams.
One toggle to drastically shrink your visible footprint — sessions that look short-lived, isolated and hard to correlate, with clean boundaries between each.
our own technology
Lyphere isn't a repackaged spoofer. The virtualization engine, the device-profile model and the routing algorithm are our own — built in-house, low-level, and that's exactly what sets us apart. It builds a clean, isolated machine the way an enterprise VM does, so privacy is the feature, not a side effect of cheating something.
who it's for
Lyphere started with a low-latency game edge — but the same virtualization serves anyone who shouldn't be profiled across sessions.
BYOD privacy, confidential research and analyst work where a stable, isolated machine identity keeps sensitive activity from being correlated across the open internet.
Anyone who doesn't want every session tied back to one physical machine — journalists, researchers, or people who simply value not being profiled.
Reproducible, isolated environments with coherent device identities for security testing — without leaking the operator's real hardware.
The low-latency game edge Lyphere started from — fresh, unrelated sessions and a hardened path. One audience among many, not the whole story.
pricing
Everything — ring-based virtualization, whole-device profiles and the multi-hop mesh — in a single monthly plan.
€49.99/mo
per client — one machine per license
Teams & enterprise — from €999/mo per 20 clients, then +5% per additional client. See all plans & request a quote.