Research prototype · August 2026

Check before
you invest.

投资之前,先核实。

Before money leaves your hands, make sure the evidence is strong enough. Verity gives you a structured second look—organizing what is known, exposing what is missing, and showing when to pause.

No predictionsNo promised profitsPause when evidence is weak

The problem is not a lack of advice

It is knowing
what to trust.

A bank recommends a fund. A friend recommends gold. A creator recommends a stock. An AI assistant suggests an investment.

Before you send money:
What has actually been verified?

Knowing that investment risk exists is not the same as knowing when not to act.

Start with what happened

Check before money moves

Give Verity what you were given.

Paste a recommendation, add a link, or attach a PDF or screenshot. The prototype classifies evidence and applies a structured readiness gate; it does not provide personal financial advice.

Illustrative example

Not another prediction.
A clearer pause.

Four important items remain unverified.

VERITY MONEY CHECK

Example Gold Investment Opportunity

CHECK MORE

DO NOT SEND MONEY YET.

01
Receiving Entity

Who legally receives and controls the investor’s money?

UNVERIFIED
02
Asset Custody

Where is the gold held and who independently verifies ownership?

MISSING
03
Exit Mechanism

How and when can the investor recover principal?

UNCLEAR
04
Return Source

What economic activity produces the claimed return?

INSUFFICIENT EVIDENCE
Illustrative example only. This does not describe a real investment product.

What Verity checks

Follow the money.
Then test the evidence.

Verity is an evidence-verification and investment decision-checking layer—not a stock picker, trading platform, robo-adviser or guarantee against loss.

01

Identity

Who receives the money?

02

Counterparty

Who is legally responsible?

03

Custody

Where are the assets held?

04

Return source

Where does the promised return come from?

05

Liquidity

How can you get your money back?

06

Fees

What do you pay?

07

Incentives

Who earns money if this is sold?

08

Downside

What happens if it performs badly?

09

Concentration

Does this create excessive exposure?

10

Transparency

What is not disclosed?

11

Evidence quality

Which claims can be independently supported?

How Verity thinks

01

Downside first

What happens if this is wrong?

02

Evidence before action

Confidence is not verified evidence.

03

Dynamic trust

Trust falls as uncertainty and inconsistency rise.

04

Stop is a valid answer

We do not have enough evidence yet.

05

Human escalation

Move high-stakes uncertainty to family or qualified professionals.

Verity core engine

From investment material
to a human decision.

01

Input

PDF · screenshot · fund document · message · URL

02

Understanding

Who · what · returns · fees · custody · exit

03

Evidence

Verified · unverified · missing · contradictory

04

Risk / stability

Downside · liquidity · sensitivity · conflicts

05

Decision gate

READY · CHECK MORE · STOP

06

Human action

Ask questions · family review · professional review

Why use Verity if I already use AI?

One repeated,
high-stakes workflow.

General AI tools are excellent at answering broad questions. Verity is built around a specific sequence:

Investment → Evidence → Missing Information → Downside → Questions → Decision Readiness

Verity is not trying to provide another prediction. It asks: Do I have enough verified information to act?

More advice is not always better.
Stop. Verify this first.

Research engine

When is the evidence strong enough to justify action?

Verity is the consumer application of one continuous research progression—not a separate chatbot project.

1.0

Can a quantitative model run?

2.0

Can the model’s result be trusted?

3.0 / 3.1

When do volatility, correlation or instability make it less reliable?

4.0

Can the system reduce, abstain or stop?

VERITY

Can these ideas help ordinary people pause when evidence is insufficient?

Academic pillars

Mathematics

Stability · sensitivity · optimization · constraints

Does a small change in assumptions dramatically change the conclusion?

Statistics

Uncertainty · evidence strength · validation

Is this meaningful evidence or weak, noisy information?

Computer science / AI

Extraction · structured checks · audit logs

Can the system explain exactly what it found and why?

Physics-inspired modeling

State · transition · perturbation · validity

Has the situation moved outside the conditions where the conclusion was valid?

Where the research began

Quantitative finance was the first laboratory.

Research moved from whether a model could produce useful signals to a harder question: When should the model stop trusting its own output?

Work includes look-ahead bias, point-in-time data, transaction costs, sensitivity, regime change, correlation shifts, drawdown, model failure, abstention and human escalation.

Research mentorship and practical thinking in derivatives, risk pricing, position control, shutdown logic and software systems inform the independently tested principles inside Verity. No proprietary formula or performance claim is asserted.

  1. Evaluate risk by what happens when the decision is wrong.
  2. Change exposure as evidence quality changes.
  3. A mature system must know when to reduce, abstain or stop.
  4. System reliability matters as much as model output.

What we changed after being wrong

Failure Museum

Reliability comes from documenting mistakes, revising the system and making the next test stricter.

01

Hong Kong market scope

WHAT HAPPENED

Several candidates had histories too short for a valid comparison.

DECISION

Removed them from the main 3.1 research universe.

A larger sample is not automatically a better sample.
02

Look-ahead bias

WHAT HAPPENED

A volatility-scaling implementation risked using future information.

DECISION

Changed the calculation to use only information available through t−1.

A strong result is meaningless if the test leaks future information.
03

Consumer product direction

WHAT HAPPENED

The project originally emphasized reliability in quantitative systems.

DECISION

Applied the same decision-safety question to consumer investments.

Verity extends the research; it does not abandon it.

Built to learn

Research
Model
Product
Real user feedback
New failure cases
New experiments
Improved model

Verity is designed to improve through documented failure, testing and revision.

About the researcher

From producing answers
to justifying action.

Karina is a high school student exploring mathematics, statistics, computer science, AI decision systems and quantitative finance. Her interest in finance began in elementary school and later expanded into programming and quantitative research.

Her research gradually shifted from asking whether a model could produce an answer to asking whether the available evidence was strong enough to justify action. Verity is the consumer-facing application of that continuing research.

Research beta · August 2026

Help test Verity.

We are building an early research prototype for people who want a clearer second look before making an investment decision.