Security engineering for networks where failure has consequences.

The company

Vaultris is a United States company operating from Homestead, Florida. Vaultris builds and operates two systems on one governed platform. Bastion Host is the gateway that brokers, records, and expires administrative access to servers, desktops, databases, Kubernetes clusters, web consoles, and network devices. Intelligent Traffic monitors toll corridors for congestion, alerts the members who asked to be told, and runs licence plate recognition with watchlist matching. Both share one directory, one policy engine, and one append-only audit ledger.

Vaultris has been trading for more than five years and employs a team of over twenty across engineering, deployment, and sustained operations, working with partner organisations across the United States, Canada, and the Caribbean.

Procurement and contracting enquiries, including documentation your contracting office requires, go to contracts@vaultris.net.

Why we build what we build

Vaultris builds software for organisations where an unexplained event has consequences beyond money. Two systems ship today, and they answer the same question from opposite ends: what happened, who was responsible, and can you prove it afterwards.

Bastion Host answers it for your own network — every administrative session brokered through one authenticated gateway, recorded in full, and sealed into a ledger. Intelligent Traffic answers it for the corridors an agency is responsible for — congestion called from evidence, plates read at the lane and matched against a watchlist, every query written to the same audit trail.

Different subject, identical discipline. Both run the same six steps — identify, verify, authorise, act, record, seal — against the same directory and the same append-only ledger, so an agency running both has one record rather than two systems to reconcile.

We do not sell a broad security suite. We build a small number of systems properly, on one shared platform, and sustain them for years afterwards. That means saying no to a great deal of adjacent work: we are not an endpoint vendor, not a SIEM, and not a managed SOC.

The line we draw is about consequence, not size. A commercial outage costs money, and money afterwards fixes it. A call that was not dispatched, evidence that cannot be used in court, an enclave boundary that failed, or a corridor incident nobody was told about cannot be bought back at any price. We build for that second kind of environment, because a product pointed at both resolves every conflicting requirement in favour of the larger market.

Engagement Model

From assessment to sustained operation.

Most of what goes wrong happens after deployment. Gateway baselines drift and entitlements accumulate; detection zones slip out of alignment and alert rules quietly stop matching reality. Our engagements are structured so those failures surface early, and the phases are the same whichever system you start with.

• Phase 1 — Assessment. For Bastion Host, enumerate every administrative route into the protected network, including the ones nobody documented. For Intelligent Traffic, survey the corridor, the existing cameras, and what each one can actually see.
• Phase 2 — Architecture & design. Gateway placement, high availability, break-glass and retention policy; or camera and reader siting, detection zones, alerting hours and the routing lists that decide who is told what.
• Phase 3 — Build & harden. Deploy against a documented baseline, validate against it, and prove the controls actually engage — sessions really recorded, plates really matched.
• Phase 4 — Migration & tuning. Pilot group first, policy tuned against real usage, then cutover in tranches. Legacy jump boxes are retired only when their traffic is verifiably zero; alert thresholds are tuned before anyone is paged.
• Phase 5 — Sustainment. Patch cadence, credential rotation, access review cycles, break-glass drills, detection-zone health checks, and audit evidence generation.