fintech platform algorithmic models and trading …...example, 1. framing a research problem -...

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FinTech Platform Algorithmic Models and Trading Strategies Dr. Hilton Chan CEO Eniac FinTech Limited

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Page 1: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

FinTech Platform – Algorithmic Models and Trading Strategies

Dr. Hilton Chan

CEO Eniac FinTech Limited

Page 2: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Who are we?

• Eniac is a FinTech company providing consultancy, design and development related to quantitative finance and algorithmic model building for financial institutes and private investors.

• Our V-Algo FinTech platform provides a rendezvous for big data, algo developers, algo entrepreneurs and professional investors to enhance financial success, risk assessment and investment experience in the global financial markets.

Page 3: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Agenda

1. The Changing Financial Landscape (paradigm shift)

2. Algo Model Development and Innovation

3. FinTech Platform and Innovation

4. Enhancing financial success, risk assessment and investment experience

Page 4: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

The changing financial landscape

Page 5: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Fintech – Quant Finance & Algo Models

Page 6: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Fintech – Quant Finance & Algo Models

Page 7: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Fintech – Quant Finance? Algo Trading?

Page 8: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Fintech – Quant Finance & Algo Trading

Page 9: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Growth in Algo Trading

Source: Aite Group

Page 10: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Source: https://en.wikipedia.org/wiki/Algorithmic_trading

Growth in Algo Trading

Page 11: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Gap Analysis

Source: The IBM Financial Markets Framework

Page 12: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Algo Model Development

Page 13: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Example,

1. Framing a research problem - “blackjack”

2. Statistical modela) house/banker’s advantage (~0.5% - 3%)

b) Law of large numbers

3. Order and Executiona) Data cleansing (random card generator)

b) High frequency transactions/trading

c) Risk controls - stand on 17 or more

- minimal bet

- table limit

Algo model for the banker? player?

Page 14: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law
Page 15: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Algo development

1. Problem framing (opportunity identification)

2. Mathematical modela) Quantify the behaviours and factors (parameters)

b) Accuracy vs. Complexity vs. Efficiency

3. Statistical modela) Probability

4. Descriptive vs Predictive models

5. Other scientific approaches

6. Computer logics and algorithmsa) Data cleansing, mining, analytics, TS DBS

b) Calculation

c) Order & Execution

d) Risk Controls

Page 16: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Simple Algo Models (Technical Analysis)Before

data data visualization human + order & execution

Now

big data data analytics/human algo model/human computer + order & execution

Page 17: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Big Data (interdisciplinary; innovative)Skirt length theory (Hemline theory)

HKEx (data volume/day)

Every day (day-data) – 1M bytes

Every minute (minute-data) – 1G bytes

Every tick (tick-data) – 60G bytes

Page 18: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

More complicated Algo Models

Pair Trading/Statistical Arbitrage

- correlation

- order & execution

Page 19: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Borrowing from other science disciplines?

Signal Processing – Electrical & Computer Engineering

Page 20: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Borrowing from other science disciplines?

Quantum Physics

Page 21: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Borrowing from other science disciplines?

AI / Machine Learning – Computer Science

Page 22: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Algorithmic Models and Trading?

Market volatility

1. Identify market opportunities, i.e. inefficiency, discrepancy, trends, pattern, etc

2. Observe and “predict/describe” the market- data modeling, data analytics, data mining

- intelligence analysis (telecom, AML, weather forecast, etc.)

3. Risk controls (discipline)

4. Reduce human fallacies

Page 23: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

V-Algo Critical Success Factors

(Algo ICT Infrastructure / FinTech Innovation)

Big DataLow Latencyand Robust ICT Network

Real-Time Risk

Management

Time SeriesDatabase

SAFE

Page 24: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

V-Algo

A new entrepreneur experience for the young talents

Page 25: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Building the FinTech race track for algo testing

Page 26: FinTech Platform Algorithmic Models and Trading …...Example, 1. Framing a research problem - “blackjack” 2. Statistical model a) house/banker’s advantage (~0.5% - 3%) b) Law

Q & A