Torzon Gateway Connectivity Bulletins

Bridge pool rotations, transport coverage changes, mirror reachability reports and OPSEC advisories. Marketplace-side announcements are not published here — only the connectivity layer.

REACHABILITY PINNED

All Three Mirrors Reachable — Late-May Sweep

The full reachability sweep completed at 14:32 UTC on 24 May 2026. Probes inside our three censored test regions reached all three Torzon mirrors on first attempt over the recommended transport pairing: Mirror α via obfs4, Mirror β via snowflake, Mirror γ via meek-azure.

Per-region latency held within the published bands: obfs4→α 134 ms, snowflake→β 248 ms, meek-azure→γ 312 ms. Rolling 30-day reachability sits at 99.8% aggregated across all three regions. No transport degradation observed since the late-April obfs4 fingerprint refresh.

If your handset or desktop fails to reach any mirror after a fresh bridge import, fall back to the next transport in the pairing — start obfs4, then snowflake, then meek-azure. The full procedure is in the access guide.

TRANSPORT

obfs4 Bridge Pool Refreshed Across Two Hosting Regions

Twelve burnt obfs4 bridge IPs replaced this week after enumeration was confirmed on two ISP-level firewalls in South Asia. The published bridge manifest is signed with the same PGP fingerprint as before — only the IP set changed. Users on the affected networks should pull the fresh list from the mirror page and re-import.

SNOWFLAKE

Snowflake Pool Expanded by 1,200 Volunteer Proxies

The volunteer WebRTC proxy pool that backs the snowflake transport added approximately 1,200 new proxies through the month of April, focused on capacity for high-censorship regions where bridge IPs are burnt within hours of publication. End-to-end latency on Mirror β behind snowflake remained within the previous 200–280 ms band despite the larger churn surface.

OBFS4

obfs4 Bridge Fingerprints Rotated — Weekly Refresh Cadence

Following two months of accelerated IP enumeration in three national firewalls, we shortened the obfs4 fingerprint rotation cadence from monthly to weekly. The published bridge manifest is regenerated and re-signed every Sunday at 00:00 UTC. PGP fingerprint of the signing key is unchanged and remains documented under Network Security.

MOBILE

Mobile Parity Verified — Orbot 17.x & Onion Browser 3.x

Both Orbot 17.x on Android and Onion Browser 3.x on iOS now successfully reach all three Torzon mirrors over the recommended transport for each region. QR-code bridge import was tested on a clean install of each app; first-attempt connection time on 4G mobile data measured 6–11 seconds for obfs4, 9–14 seconds for snowflake. meek-azure remains more limited on iOS due to Apple's networking restrictions.

GUIDE

Self-Host Private Bridge — Guide Published

The self-host walkthrough is now live. It covers provisioning a $5/month VPS in a friendly jurisdiction, building obfs4 from source, and generating the bridge line to share with family or colleagues stuck on the same firewall. Targeted at users whose social graph keeps hitting the same blocks and benefits from a low-traffic dedicated entry point.

MEEK

meek-azure Front Verified Against Three New Corporate Networks

The meek-azure tunneling configuration was re-tested through three new corporate network policies that whitelist HTTPS only to a small set of known CDN fronts. Mirror γ remained reachable in all three test cases with end-to-end latency between 280–340 ms. The configuration documented under Connectivity Features requires no change.

PGP

Annual PGP Manifest Re-Signed — Same Key, New Bundle

The annual re-signing pass of the mirror manifest was completed on 15 January. The signing key did not rotate — its fingerprint remains 8C71 4F25 6A93 D182 E574 B91C 3D67 8F45 A2D6 C918, unchanged since the Gateway launched in 2022. Only the manifest contents (mirror addresses + valid-until timestamp) were updated.

PROBES

Probe Network Expanded to Three Censored Test Regions

The reachability monitor on the home page now sources from probe nodes inside three of the most aggressively filtered networks we have access to — one in East Asia, one in Central Asia, and one in West Asia. Status indicators reflect actual conditions inside the firewall, not the friendly side of it.

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