A category-defining tool in an age of digital chaos.
A new field of data science enabling entirely new products
Credasis AI · Powered by VERITY
The Problem

What happens when the answer has never been labeled?

Machine learning trains on real-world data. Technicians expend enormous effort labeling and categorizing it so a machine “knows” what each example represents. But zero-day attacks, drifting brain signals, and quantum results arrive without labels: a flood of live data that machines struggle to interpret.

Attempts to Solve
Always-on classifiers
Every input gets an answer, right or wrong
A system that always answers is a guesser with good manners.
Exhaustive verification
Repeat everything to check one answer
Expensive, compute-heavy, and unable to scale.
Anomaly scores
An opaque number that sounds certain
The operator still has to guess whether to act.

Doesn’t learn what bad looks like. Measures what normal looks like.

A thermometer does not memorize every illness. It measures the right property and returns actionable data.

VERITY measures data fidelity.

It calibrates on normal behavior in seconds, from the system’s own data, and catches anything that deviates. No wall of computers. No exhaustive labeling. No cloud connection.

Live Verdict
COMMIT

Toggle the four independent checks. One failure changes the verdict. Never averaged away.

All four independent checks pass. Safe to rely on this output.

Computational Phenomenology is the study of what a system “knows.” VERITY is the instrument that lets us measure it.

Label-Free
Learns normal behavior
Runs on CPU
No GPUs or wall of servers
<1ms
Per observation
Air-Gapped
Classified & high-stakes environments
Use Case

A neural prosthetic should reliably work 24/7.

Brain signals drift daily. Today, technicians and patients must relabel and recalibrate each day. VERITY adapts from unlabeled neural activity instead. Its 0.2 MB CPU-only decoder and experimental Bluetooth-to-iPhone prototype show a path away from technicians and an instrument panel.

#1 in Few-Shot Unsupervised on public FALCON H1. That is the path from morning recalibration to a usable product.

Explore the BCI result →
Proof Across Industries

VERITY has been tested in three different industries.

Network Security, Brain-Computer Interfaces, and Quantum Computing.

Quantum Computing
Detect bad quantum runs before paying to repeat them.
156 qubits
IBM processor · assessed locally
Mac Mini
No supercomputer required

Quantum cloud users pay for shots and runtime. VERITY identifies weak hardware regions and unreliable results before companies spend more on bad runs and reruns.

Quantum Demo →
Network Security
Catch dangerous behavior no one has named.
14/15
Detection ≥93% recall
0.963
Friday F1 · Precision

No attack labels needed. Runs air-gapped. Perfect for classified or high-stakes environments.

Network →
Brain-Computer Interfaces
Wake up and use it, without a labeling session.
#1
FSU category · #8 overall
0.29
Held-out R² · public EvalAI

#1 among unsupervised entries. 0.2 MB, CPU-only.

FALCON BCI →
Full Results →
Cost of Failure

What happens when verification fails?

Every tool that only learns what bad looks like misses the next novel failure. AI is making that worse: attacks that rewrite themselves every time leave nothing to train on.

Data breach
$1M – $1.4B

Before litigation. Equifax: $1.4B. Capital One: $300M+. Mid-size runs $5–$15M. Litigation has no ceiling.

VERITY: 300 KB on hardware you already own. Measures deviation from normal, not a catalog of past attacks.

Quantum waste
1,024 – 8,192

Shots per circuit are standard practice, at up to ~$96/minute. Thousands of shots, still no clear go / no-go on trust.

VERITY path: ~30 shots for concentrated states. REFUSE when the circuit will not verify.

BCI locked in clinics
$50K – $100K

Per implant, plus GPU servers and clinical staff to relabel every session. A decoder that cannot leave the clinic is not a product.

VERITY path: small CPU decoder that adapts without a morning labeling ritual.

87% faced an AI-driven attack 26% confident they can detect them 82% of phishing now AI-assisted

Gnothi seauton. Know Thyself.

Computational Phenomenology is the study of how a system can know itself, and VERITY is the tool that gives it that insight. Just as the thermometer allowed a flourishing of many new technologies, so too will VERITY and the ability to measure data fidelity and deviations from a naturally calibrated norm. Our proven results across very different industries demonstrate that. Patent Pending. Validation reports are available for independent review.

Partners & investors: contact@credasis.ai