The watchtower that sits on top of every read and every write. Tells you what your system actually did, every time, with no place left to hide. The same engine that protects validiti.com is what ships sealed inside every Validiti SKU.
Titus watches what your software is actually doing — not what it claims to be doing. It records the truth, signs the truth, and tells you when the truth changes. Most monitoring catches what changed; Titus also catches what disappeared. When something tampers with anything that matters, Titus notices first — and the chain of what happened survives whoever tried to hide it.
Four outcomes that arrive on day one. No baselines to maintain, no agent process to keep alive.
If anything that matters to your install gets changed — intentionally or not — you hear about it before the next request lands. One signed integrity statement. One thing to trust.
When something that should be there isn’t, Titus sees it. An insider erasing their tracks leaves a tear in the sequence that surfaces immediately.
Every event Titus records is verifiable by you — not just by Validiti. Hand the trail to a regulator, a partner, or a future-you; they confirm every entry without trusting Validiti.
When an attacker probes a Validiti-protected install, Titus engages them on the record. The session is signed end to end. One honest exit. A recorded warning. The chain goes to counsel.
The dashboard below shows Titus watching the host that serves this page. Real services, real events, real demo health — all updating in real time.
Every Validiti service running on the host that serves this page, every event observed, every demo’s response time, plus the cross-host signal coming from a second Validiti host probing back. Updates every few seconds.
Open Titus Live →Three concrete attack stories. The timing numbers come from the test harness shipped with the product. The shape of each story is the differentiator.
Attacker reads the secrets store 100 times in 60 seconds — typical pattern when an exfiltration script enumerates a host’s credentials cache.
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 the 100th read. Forensic snapshot of host state captured automatically. 29 ms total from attack start to verified record.
A security-critical setting is removed from a config file. The system grows new attack surface — and no log entry is generated for “thing that stopped happening.”
Tripwire reports “file changed” with no semantics. SIEMs see nothing — you cannot write a correlation rule against a log entry that was never written.
Native absence detection. The install knew the rule was there. The next observation sees it gone. Classified as ESCALATE because security-critical. Alert fires before the next attacker tries it.
An insider with elevated access erases their own entries from the audit log to cover the action they just took.
Log is mutable. Entries can be edited, deleted, or rotated. The administrator who has the keys is also the one with the strongest incentive to hide.
The trail is a structured witness chain. Removing an entry leaves a structural tear that surfaces immediately. The audit outlives the breach because a clean log is suspect; a torn log is identifiable.
Six things the engine does. All outcomes, no theory.
The entire runtime sits behind a single signed integrity statement. No baselines to maintain, no scattered hashes to compare, no agent process to monitor. One thing to trust, one thing to verify.
The engine confirms it is genuine and unmodified before it runs the first request. A mismatch causes the runtime to exit before any request lands.
Most monitoring catches change. Titus catches what disappeared too — security-critical settings, mandatory files, expected listeners. Things that should be there but aren’t.
A severity dial lets you choose what happens when integrity fails — record, alert, throttle, refuse, shut down. The decision is yours.
Plays nicely with whatever observability stack you already pay for. Titus events go where your other events go, in the shape your tooling already understands.
The runtime lives behind the trust anchor of the hardware it runs on. Boot-chain bound; tampering with the underlying machine is visible at the next start.
Numbers from the validation suite shipped with the product. Every figure below is reproducible from the test harness on a customer install.
Four response postures. Each install picks where on the dial it sits. The dial moves with policy, not with code.
Notice and log every event. Nothing else happens. Useful for first-week observation against a noisy baseline.
Same as record, plus emit an alert to your SIEM the moment a finding crosses threshold. The default for most installs.
Same as alert, plus rate-limit the offending path. The request gets through, slowly, while the alert resolves.
Same as throttle, plus the offending request stops at the boundary. Used for credential-store paths, audit paths, and other can’t-be-wrong surfaces.
Titus events go where your other events go. We do not ask you to rip out what you have.
| Tool | Per-endpoint cost | What Titus adds |
|---|---|---|
| CrowdStrike Falcon | $15–$25 / endpoint / mo | Absence detection, verifiable-by-you audit chain, no agent to keep alive, on your hardware, 10–30% of the price |
| SentinelOne | $8–$15 / endpoint / mo | Single signed integrity statement instead of scattered hashes, structurally tamper-evident audit, sovereign deployment |
| Splunk + SIEM stack | $1,800–$5,000 / GB | Per-event verification you do yourself, no central log lake to lose, no per-GB ingestion tax |
| Tripwire / file-integrity | $3–$8 / endpoint / mo | Semantics on top of change — severity, classification, and absence detection that file-integrity tools structurally cannot do |
| Nothing — trust the OS | $0 | An actual recorded trail of what your software did, so when something goes wrong you have evidence instead of guesswork |
You bought Maths or Shepherd or Mark. Titus is already in the box. Your install carries its own audit trail; if anyone questions a number you produced, you can show the receipt.
One Titus instance per workstation. Centralised drift signal feed. When a regulator asks what your team actually did last quarter, the answer is in one signed place.
Titus instances federate across your environment. A second host observing the first is what proves the first wasn’t lying. The live dashboard on this site demonstrates this between two hosts.
Your install’s observations stay on your hardware. Titus does not phone home with what your system did. There is no central observability lake on our side to leak.
If something that should be there isn’t, you hear about it. Most monitoring is a yes/no on change. Titus catches what disappeared too.
Every event Titus records is verifiable by you with no Validiti round-trip. The audit chain is yours, not ours.
Titus is structural. There is no toggle, no admin override, no “disable for performance” switch. If Titus is running, it is observing.