Every other tool watches for things it has already seen — signatures, CVEs, known IOCs. Titus learns YOUR machine's known-good baseline and notices the moment something doesn't fit. Drop it into the SIEM you already use.
Six things every other security stack pretends to do — Titus actually does, in microseconds, on commodity hardware.
Snapshots your machine's known-good state across five protocols — config, packages, listeners, processes, files. No vendor signatures required.
The unique capability nobody else has: alerts when something STOPPED happening — a hardening rule that's no longer there, a logging service that went silent.
Anomalous patterns are detected and contained at the source. 0.5 µs per-event cost. No log batching, no minute-class delay.
Three response levels — ACT (auto-remediate), ADVISE (log + alert), ESCALATE (critical) — based on semantic understanding of what changed and why it matters.
CEF, ECS, OCSF, LEEF, STIX, Splunk HEC, syslog. Native connectors for Splunk, Sentinel, QRadar, Elastic, CrowdStrike, XSOAR, Wazuh, OSSEC. Five-minute setup.
Sealed deployment, machine-bound. Tamper attempts trigger forensic snapshot in <1 ms. Every event verified, replay-resistant.
Every event Titus records carries its provenance — the host, the layer, the timestamp, what triggered it, what came before. The audit log isn't a list, it's a tamper-evident sequence. An insider erasing their tracks leaves a tear in the sequence that Titus surfaces immediately.
Three concrete attack stories. The detection times are not marketing — they're from the test harness shipped with the product. Run them yourself.
Attacker reads /etc/shadow 100 times in 60 seconds — typical pattern when an exfiltration script enumerates a host's secrets stash.
Logs ship to indexer. Correlation engine batches. SOC analyst sees the alert 5–30 minutes later — by then the credentials are off the host.
Detected and contained at op #100. Forensic snapshot of host state captured automatically. 29 ms total from attack start to verified record.
PermitRootLogin no is removed from sshd_config. Or kernel.kptr_restrict stops being enforced. The system grows new attack surface — and no log entry is generated for "thing that stopped happening."
Tripwire reports "file changed" — no semantics, no severity, no classification. SIEMs see nothing — you can't write a correlation rule against a log entry that was never written.
Native absence detection. Baseline knew the rule was there. Drift scan sees it gone. Classified as ESCALATE because security-critical key. Alert fires before the next attacker tries it.
Privileged operator deletes or modifies their own audit entries after performing a sensitive action — covering tracks before the next review cycle.
Most products treat "append-only" as a property of the file system, not the log itself. Lines can be deleted with shell access. Trace is gone — and the gap may never be noticed.
Tamper-evident audit. Modification or deletion is detected at verification. Integrity break fires forensic snapshot in 0.68 ms. The act of erasing the trace IS the trace.
We don't replace your dashboards. We feed them. Drop Titus events into your existing security tooling in five minutes — your SOC sees the alerts in the format they already triage.
Plus raw event export in any of these formats for any SIEM not on the list:
MITRE ATT&CK technique IDs map automatically. Your existing detection content keeps working.
Numbers from our internal validation suite — synchronous engine-wrapped hooks, in-process detection, real attack simulations. Every number below is reproducible from the test harness shipped with the product.
An attacker trying to bulk-extract your data is caught within the first minute and a forensic record is captured before the exfiltration completes.
Detection runs the same on every endpoint. Response is yours to tune. Pick which severity level triggers which action — silence the noise, page on the real things, auto-isolate when the building's on fire.
| Policy you write | NOMINAL | GUARDED | ELEVATED | HIGH | CRITICAL |
|---|---|---|---|---|---|
| config drift | silent | log | advise | escalate | escalate |
| sshd / hardening | log | advise | escalate | act + escalate | act + escalate |
| anomalous activity | silent | silent | advise | escalate | auto-isolate |
| integrity break | escalate | escalate | escalate | act + escalate | act + escalate |
Example matrix — yours to override row by row, severity by severity.
v1 ships configurable via /etc/titus/policy.yaml; the visual editor lands with the SaaS surface.
Defaults are shipped — tune them when your fleet has the data to inform a better choice.
Honest published rates. Titus doesn't replace your SIEM — it feeds it faster and with absence detection nobody else does. But on the dimensions where we DO compete, the price gap is structural.
| Capability | Validiti Titus | Incumbent | Delta |
|---|---|---|---|
| Per-endpoint baseline + drift detection | $2–$5 / endpoint / mo | CrowdStrike Falcon: $15–$25 / endpoint / mo | 5–10× cheaper |
| File integrity monitoring | included | Tripwire: $8–$15 / endpoint / mo | included |
| Vulnerability scanning replacement | included (absence detection) | Qualys / Nessus: $200+ / asset / yr | included |
| Detection latency | 29 ms | SIEM batch: minutes–hours | 3,600× faster |
| Verified event record | tamper-evident, replay-resistant | unverified log streams | native |
| Absence detection (what's missing) | native primitive | no other tool does this | unique |
| Air-gapped / offline operation | yes | cloud-required for most modern XDR | native |
Comparisons reference publicly listed rates as of 2026-05-01. Your incumbent contract may differ. Detection latency comparison reflects synchronous in-process detection vs typical SIEM ingest + correlation cycles.
Per-endpoint, per-month, published. No "call us" tiers. No volume commitments. Start with one endpoint or a thousand — the rate scales with your fleet.
All tiers ship the same engine — same detection speed, same SIEM connectors, same sealed deployment. Higher tiers add fleet features for organizations running more endpoints.
A developer's home server, a single production node, a hardened workstation. The same engine that protects validiti.com runs on your hardware.
Launching soonA small company's server fleet — handful of cloud VMs, on-prem boxes, development hosts. Centralized visibility, decentralized detection.
Launching soonA regional company's full server estate — production, staging, dev, plus operations and corporate IT. SOC-team-ready.
Launching soonMulti-region enterprises, regulated industries, government agencies. Per-endpoint rate published; volume terms negotiated transparently.
Launching soonEvery tier ships sealed. Every event verified end-to-end. Every threshold is monitored. The same Titus that protects Validiti's own infrastructure protects yours.
Two separate walls. One you can see (sealed deployment, signed events, runtime watcher). One you can't — built into how detection itself works.
