DATA PROTECTION / DLP
Data Loss Prevention That Actually Holds
Traditional DLP inspects content in motion, breaks on encryption, and buries teams in false positives — and the moment data leaves, it is gone. Lattix enforces access on the data itself, so control travels with every object and every access is provable.
Legacy DLP was built for a perimeter that no longer exists. It works by inspecting content as it crosses a boundary — matching patterns, regexes, and fingerprints — which is easy to evade, blind to encrypted channels, and notorious for drowning analysts in false positives. Worse, even when DLP "works," it only blocks or alerts at the edge; once data is on an approved device or in a sanctioned cloud, it stops applying. The result is high operational cost, alert fatigue, and a false sense of security.
- Content matching is easy to bypass with encryption, encoding, or novel channels.
- False-positive volume creates alert fatigue and erodes trust in the tooling.
- Protection stops at the boundary — once data is shared or downloaded, control is lost.
- Policy is tied to channels and endpoints, not to the data, so coverage is inconsistent.
- Heavy tuning and exception management make legacy DLP expensive to operate.
Enforce on the Data, Not the Channel
Instead of scanning bytes in motion, Lattix binds attribute-based policy to each data object. Access is evaluated on every request against identity, device, and context — so protection is consistent regardless of channel, encryption, or how the data moves.
Keep Control After Data Leaves
Data stays wrapped in Zero Trust Data Format even after it is downloaded, copied, or shared externally. Access still requires live policy evaluation, and can be revoked at any time — so an approved download is no longer an irreversible loss of control.
Replace Alerts With Enforcement
Because access is decided at the data layer, you prevent unauthorized access outright rather than detecting it after the fact. That collapses the false-positive treadmill into deterministic allow/deny decisions, freeing your team from endless tuning.
Prove Every Access
Every decision is written to a tamper-evident ledger, giving you a verifiable record of who accessed what and under which policy — the audit trail legacy DLP could never reliably produce.
Evasion-Resistant
Enforcement on the data itself isn't fooled by encryption, encoding, or new exfiltration channels.
Persistent Control
Revoke and re-scope access even after data has left your environment.
Less Alert Fatigue
Deterministic allow/deny at the data layer replaces noisy content-matching alerts.
Consistent Coverage
One policy model travels with the data instead of per-channel, per-endpoint rules.
Provable Audit
A tamper-evident ledger gives investigators and auditors verifiable access records.
Augments Your Stack
Adds data-bound enforcement alongside existing DLP, CASB, and SIEM rather than another silo.
Helps You Align With
Lattix provides the technical controls and audit capabilities to help your organization meet the requirements of these frameworks.
How is Lattix different from traditional DLP?
Traditional DLP inspects content in motion at a boundary, which is easy to evade and stops applying once data leaves. Lattix binds access policy to the data object itself, enforces it on every request regardless of channel, keeps control after data is shared or downloaded, and records every access to a tamper-evident ledger.
Does Lattix replace our existing DLP?
It can replace brittle content-matching enforcement, but many teams run Lattix alongside existing DLP, CASB, and SIEM — adding data-bound enforcement and provable audit while phasing down reliance on pattern matching.
Will this reduce our false-positive volume?
Yes. Because access is decided deterministically at the data layer rather than inferred from content patterns, Lattix prevents unauthorized access outright instead of generating alerts to triage, collapsing much of the tuning and exception overhead.
Can Lattix protect data that has already been downloaded?
Yes. Data remains wrapped in Zero Trust Data Format after download, so access still requires live policy evaluation and can be revoked at any time — even on copies outside your environment.
Move Beyond Legacy DLP
Tell us where your current DLP falls short, and our team will show you how data-bound enforcement holds where content matching can't.
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