The Wire
Product updates, roadmap previews, and the standalone pieces we've written along the way — one path, oldest to newest.
A VPN's job was to get you onto the network. Threatmatic makes the network invisible instead — nothing left for a breach to move laterally through.
Read →Legacy network security is bolted together from appliances and change-control tickets. Threatmatic replaces it with software already on every device.
Read →Cloudiffusion™ extends zero trust into private datacenters and public cloud from one console — continuous identity verification, per-app bandwidth governance.
Read →Publish a hostname, Threatmatic handles global delivery, inspection, and edge protection.
Read →Traffic captured today with classical encryption is plaintext the day quantum computers arrive. QSChannel™ seals every session so what's captured now stays unreadable forever.
Read →Most tools watch how much traffic moves and where it goes. π decrypts and reads what's actually inside — nine real detections, each shown as an actual exhibit.
Read →EdgeGuard and π share the same regional VMs, as separate processes, wearing several hats at once — and a device finds its nearest one automatically.
Read →Two doors on the way in, one valve on the way out — EdgeGuard, SynGuard, and NetQoS, sub-200ms, no analyst in the loop.
Read →A hospital campus's cameras and badge readers can be on Threatmatic in hours — not the 6-8 weeks a legacy vendor-VPN'd rollout takes per site.
Read →A world map, side by side — where a legacy point-of-presence network reaches versus where Threatmatic's own fabric actually does.
Read →Help Center runs on live org data and real tool access — and which model reasons over it is the customer's choice, including fully private, walled-off deployment.
Read →Every policy change, who made it and when — a real accounting of what happened to your network, not a promise about it.
Read →What “default deny” actually looks like when it's the org's real posture, permit by permit, not a slide in a deck.
Read →What's genuinely reachable from the outside versus what a scanner reports — the gap most vendors never show you.
Read →How a device finds the closest healthy zone entry point automatically, worked through end to end.
Read →Turn on geo-routing for a zone and Threatmatic picks the closest healthy entry point on its own — no manual region assignment.
Read →Zero open ports, zero attack surface — why gRPC's own architecture is a security feature, not just a performance one.
Read →Writing every allow/deny rule by hand doesn't scale. TrustZero replaces that with one org-wide choice — plus two real bugs squashed in Metrics.
Read →Edge defense rolling out region by region, rate-limiting verified and waiting on plumbing, nearest-region routing in design — staged honestly.
Read →Every app can reach the network for a fixed window while the catalog fills in, then TrustZero switches itself to Catalog Only — plus inline help on two settings pages.
Read →EdgeGuard, EdgeScale, EdgePi, Cloudiffusion, and QSChannel — five things that all answer one question: how does traffic get to your stuff safely, no matter where your stuff lives?
Read →The companion question to The Front Door: once a device is allowed to talk to something, what happens to its traffic on the way out?
Read →Per-app latency and error-rate monitoring built entirely from traffic π already inspects — pick the apps, hit Test now, no synthetic bots involved.
Read →The Nearest-Zone Answer's plan for π-worker routing didn't survive a shared fleet. What replaced it, and the load balancer it meant we never had to build.
Read →Activity worth a look is investigated automatically and written up as a finding you can read, with the evidence beside it. Opt-in, read-only, and one click to say whether it helped.
Read →A connection passes through four defended moments on EdgeGuard's gateway — and one watchtower that catches the distributed flood none of the four, alone, can see.
Read →26 entries · oldest to newest · Threatmatic, Inc.
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