October 13th, 2020

5 Key Elements to Detecting Fraud Quicker With AI

RSS icon RSS Category: Financial Services, Fraud Detection, H2O Driverless AI

The number of transactions using electronic financial instruments has been increasing by about 23% year over year. The global COVID-19 pandemic has only accelerated that process. Electronic means have become the primary vehicle of how people purchase their goods. With this sudden increase in transactions, fraud detection systems are stressed. They need to be much more accurate, much faster than they currently are. This can be done by optimized models using AI.

Here are the five key takeaways from a recent webinar I hosted on how AI can detect fraud quicker:

  1. Compact vs Comprehensive features. A compact feature that shows speed is better than a comprehensive feature that is slow.
  2. Balance. A balance between the number of features, the type of features, and the complexity of features is important to ensure the model is fast, accurate, and robust.
  3. Apply Zero-Prior Knowledge Features. Having features that have no or little prior knowledge lightens the load on the model and increases the speed of reaching a decision. Using this type of feature becomes imperative when it provides a value similar to a feature that uses prior information to detect fraud.
  4. Build a Simple Model. Keep the model simple and fast. Especially, if you handle transactions in volumes. You will reduce risk by volumes, not by value, which might be efficient.
  5. If GLM works, then use it. The problem tends to increase in complexity when you try to take a complex, comprehensive model to production. A 100+ feature, deep neural network might become complicated to productionize compared to a simple, fast, GLM model that might be equally effective.

Want more details on each key element? Watch the full webinar here 

About the Author

Ashrith Barthur
Ashrith Barthur

Ashrith is the security scientist designing anomalous detection algorithms at H2O. He recently graduated from the Center of Education and Research in Information Assurance and Security (CERIAS) at Purdue University with a PhD in Information security. He is specialized in anomaly detection on networks under the guidance of Dr. William S. Cleveland. He tries to break into anything that has an operating system, sometimes into things that don’t. He has been christened as “The Only Human Network Packet Sniffer” by his advisors. When he is not working he swims and bikes long distances.

Leave a Reply

+
Enhancing H2O Model Validation App with h2oGPT Integration

As machine learning practitioners, we’re always on the lookout for innovative ways to streamline and

May 17, 2023 - by Parul Pandey
+
Building a Manufacturing Product Defect Classification Model and Application using H2O Hydrogen Torch, H2O MLOps, and H2O Wave

Primary Authors: Nishaanthini Gnanavel and Genevieve Richards Effective product quality control is of utmost importance in

May 15, 2023 - by Shivam Bansal
AI for Good hackathon
+
Insights from AI for Good Hackathon: Using Machine Learning to Tackle Pollution

At H2O.ai, we believe technology can be a force for good, and we're committed to

May 10, 2023 - by Parul Pandey and Shivam Bansal
H2O democratizing LLMs
+
Democratization of LLMs

Every organization needs to own its GPT as simply as we need to own our

May 8, 2023 - by Sri Ambati
h2oGPT blog header
+
Building the World’s Best Open-Source Large Language Model: H2O.ai’s Journey

At H2O.ai, we pride ourselves on developing world-class Machine Learning, Deep Learning, and AI platforms.

May 3, 2023 - by Arno Candel
LLM blog header
+
Effortless Fine-Tuning of Large Language Models with Open-Source H2O LLM Studio

While the pace at which Large Language Models (LLMs) have been driving breakthroughs is remarkable,

May 1, 2023 - by Parul Pandey

Request a Demo

Explore how to Make, Operate and Innovate with the H2O AI Cloud today

Learn More