BreachLocker for PII

Managed PII (Personally Identifiable Information) Protection as a Service.

The Bounded Exposure Platform for Zero Trust environments.

No catastrophic data breach by default.

Not admins. Not us. Not attackers.

Built on Datarmor’s patent-pending bounded exposure technology.

Why This Innovation Matters

It's the volume that matters.

Traditional Security

Security today is about effort — not certainty.

Organizations invest heavily to block and detect threats: Zero Trust, XDR, and DLP all work hard. But in the end, security teams can only speak in probabilities. Attackers still find the blind spots.

The Real Problem

The cost of data breach depends on the volume of data exposed.

You cannot prevent every attack. But you can prevent a breach from becoming a catastrophe by capping how much sensitive data can be exposed.

Concept

BreachLocker for PII - Bounded Exposure Platform.

Data Flow

Data stays encrypted, decryption is policy-gated, and exposures stay capped.

Protect one PII path. Start with a concrete workflow where PII is read, searched, displayed, processed, or shared.

Preserve the business task. Verify that support, operations, analytics, or AI can still complete the intended workflow.

Enforce the cap. Show what happens when a compromised path attempts bulk plaintext access.

Confirm operability. Review latency expectations, rollout path, audit events, and security operations integration.

The encrypted pipeline showing how exposure capping works

Policy Control

Exposure caps follow business necessity, not system privilege. Beyond least privilege.

An administrator may need to restart servers, deploy code, or operate databases — but does not need to decrypt 1M customer records.

Software doesn't need decryption either, since computation runs on encrypted data.

Caps are applied only where human review is unavoidable — e.g. a call center agent verifying a customer's identity, or a support engineer investigating a specific ticket.

BreachLocker caps blast radius from unknown chaos to bounded risk

Bounded Exposure

Practical Solution.

BreachLocker for PII satisfies the 5 Core Requirements of Bounded Exposure — All Satisfied.

It is built on Confidential Computing and Homomorphic Encryption as its Trusted Computing Base (TCB) for data-in-use protection.

But a TCB alone is not enough. A standard Confidential Computing setup does not inherently prevent the vendor from accessing customer data. Homomorphic Encryption can meet the latency budget only in selected cases.

BreachLocker for PII goes further.

It keeps customer data invisible even to the vendor, without forcing customers to manage complex keys.

The 5 questions showing why BreachLocker wins for bounded exposure

Where to Apply First

Where Should You Deploy BreachLocker First?

Start where the exposure would cause the most damage — then expand from there.

Open-Source & Frontend

Code you didn't write — or that's expanding faster than you can audit.

Privileged Account & AI Tooling

The starting point of most large-scale breaches.

High-Touch Business Roles

Where exposure is by design, but still needs a fine-grained ceiling against malicious insiders.

Development & Testing Environments

Production data hiding in non-production places.

BreachLocker MVP · Live on AWS

Ready to cap your PII exposure?

Deploy BreachLocker for PII in your environment — no architectural overhaul required. See it live.

Book a Demo →