Experience the 0.008s Engine Live:
Don't just read the code. Inject your own raw data and see the real-time masking in our Enterprise Edge Gateway.
👉 Try the Live Web Demo (No installation required)

If you are building real-time applications, you already know the pain. When dealing with complex server-side logic, session management, and high-speed routing configurations, injecting a legacy Cloud DLP API call (like Google Cloud DLP or AWS Macie) is a nightmare. It adds severe network latency, often exceeding 1.25 seconds per request.

In a world of real-time LLM prompts, Slack integrations, and instant messaging, a 1-second lag is fatal.

That is exactly why we built PII Shield — an ultra-fast, context-aware NLP privacy filter that operates in 0.008 seconds.

The Problem: Regex is Dead, and Cloud APIs are Too Heavy

Most legacy systems rely on two things:

1. Heavy Regex/Dictionaries: They cause massive False Positives. A system cannot blindly block every 16-digit number, because it might be a database ID, not a Credit Card.
2. Batch-Optimized Cloud Scanners: Great for scanning massive S3 buckets overnight, but absolute garbage for zero-latency stream interception.

The Solution: PII Shield (0-Latency Stream Interception)

We stripped away the network overhead and built a core engine that runs entirely locally within your pipeline.

Instead of relying on simple Regex, PII Shield utilizes a lightweight Context-Aware AI. It understands the semantic context around a string to accurately distinguish between sensitive PII (like a National ID) and a safe numerical value, achieving a 0.08% False Positive rate.

The 2026 Benchmark speaks for itself:

• Latency (10,000 streams): 0.008s
• False Positive Rate: 0.08%
• API Cost: $0 (Open Source Core)

We recently stress-tested this engine by feeding it 10,000 massive data streams simultaneously. It intercepted and masked the data without a single memory bottleneck, completely outperforming cloud-based API calls in real-time environments.

Try it yourself

We have just open-sourced the core engine. You don’t have to believe the numbers — run the benchmark script on your own machine.

Check out the code, run the extreme stress test, and see the 0.008s latency for yourself.
If your enterprise requires absolute zero-latency privacy filtering, this is the architecture you need.

#