The Future of Fraud Defense: AI Platforms That Protect Profits

June 10, 2025

Financial fraud is evolving fast. In 2025, global payment fraud losses are projected to exceed $40 billion, driven by increasingly sophisticated digital attacks and rapid growth in online transactions[1]. For banks, fintechs, and payment processors, the stakes are high: a single missed threat can mean lost revenue, regulatory penalties, and damaged trust. As fraudsters adapt, so must the tools that defend against them. AI-powered fraud detection platforms are now at the center of this fight, offering a new level of speed, accuracy, and adaptability.

Why Fraud Detection Platforms Matter for Fintech

The Cost of Inaction

Payment platforms and fintechs face relentless pressure to onboard merchants quickly, process transactions smoothly, and keep fraud at bay. Manual reviews and legacy systems often fall short, leading to:

  • Delayed merchant onboarding and lost business
  • High false positive rates that frustrate legitimate users
  • Gaps in compliance and risk management

AI-driven fraud detection platforms address these pain points by automating risk assessment, learning from new fraud patterns, and reducing the need for manual intervention[1].

Industry Trend: AI Adoption Accelerates

A 2024 industry survey found that over 70% of fintechs now use AI for transaction monitoring and fraud prevention, up from just 45% in 2022[2]. This shift reflects the growing recognition that traditional rule-based systems cannot keep pace with modern threats.

“AI-powered fintech fraud prevention solutions not only enhance fraud detection accuracy but also reduce reliance on human resources.”[2]

How AI Fraud Detection Platforms Work

Core Components of Modern Solutions

AI fraud detection platforms combine several advanced technologies to deliver real-time protection:

  • Machine learning models that analyze transaction patterns and user behavior
  • Natural language processing to scan for irregularities in merchant data
  • Automated rules engines for customizable risk thresholds
  • Continuous learning from new data to adapt to emerging fraud tactics[1]

Key Features for Payment Processors and Banks

  • Real-time transaction scoring and anomaly detection
  • Automated merchant onboarding and underwriting
  • Ongoing transaction monitoring to identify risks and suspicious activity
  • Customizable risk rules and alerts

Example: A payment processor uses an AI platform to flag a sudden spike in high-value transactions from a new merchant. The system automatically pauses suspicious payments and alerts the risk team for review.

The Role of Continuous Learning

AI models improve over time by learning from new fraud attempts and legitimate transactions. This reduces false positives and helps platforms stay ahead of evolving threats[1].

Technical Specification: Transaction Scoring Formula

A simplified version of a transaction risk score might look like:

[ \text{Risk Score} = w_1 \times \text{Transaction Amount} + w_2 \times \text{Merchant History} + w_3 \times \text{Location Anomaly} ]

where ( w_1, w_2, w_3 ) are weights learned by the AI model.

Merchant Risk Management: From Onboarding to Ongoing Monitoring

Automated Merchant Underwriting Tools

Fast, accurate merchant onboarding is critical for sustainable growth of a merchant portfolio. AI-powered platforms automate Know Your Business (KYB) checks, analyze business data, and assess risk in seconds. This reduces manual workload and speeds up time to revenue.

  • Instant verification of business identity and ownership
  • Automated document checks and data validation
  • Dynamic risk scoring based on industry, transaction history, and behavioral data

Transaction Monitoring Automation

Once merchants are onboarded, ongoing monitoring is essential. AI platforms track every transaction, flagging suspicious patterns and adapting to new fraud schemes in real time[1].

Benefits for Banks and Fintechs

  • Lower operational costs by reducing manual reviews
  • Improved compliance with AML and KYC regulations
  • Enhanced customer experience through faster onboarding and fewer false declines

Insight: Allocating resources to AI-driven fraud detection ensures stronger cybersecurity, better risk assessment, and improved customer trust in digital financial services[1].

Comparing Fraud Detection Platforms: What Sets Coris Apart

Selecting the right fraud detection platform means evaluating several criteria. Here’s how Coris stands out in the market:

Criteria Coris Typical Alternatives
Merchant Data Intelligence Comprehensive, real-time Often limited or batch-based
Customizable Risk Rules Fully configurable Fixed or semi-customizable
AI-Powered Insights Real-time, explainable AI insights across the merchant lifecycle Opaque models with limited control or visibility
Automated Underwriting End-to-end automation Partial automation
Transaction Monitoring Adaptive, AI-driven Rule-based, less adaptive

Coris combines deep merchant data intelligence with advanced fraud detection models and customizable rules. This enables software platforms, payment processors, banks, and fintechs to automate onboarding, underwriting, and transaction monitoring throughout the merchant lifecycle.

Coris API Integration: Fast, Flexible, and Secure

Coris offers a robust API that integrates seamlessly with existing systems. This allows clients to automate risk workflows without disrupting their current operations.

  • Simple, well-documented endpoints
  • Real-time data access and decisioning
  • Scalable to support high transaction volumes

AI for Merchant Risk: Best Practices and Industry Frameworks

Framework: The Three Pillars of AI Fraud Defense

  1. Data Intelligence: Gather and analyze comprehensive merchant and transaction data.
  2. Adaptive Modeling: Use machine learning to detect new fraud patterns and reduce false positives.
  3. Automated Decisioning: Apply customizable rules and real-time scoring to automate risk management.

Best Practices for Payment Platforms

  • Regularly update AI models with new fraud data
  • Customize risk rules to fit business needs and regulatory requirements
  • Monitor performance metrics such as false positive rate, detection speed, and compliance outcomes

Callout: Continuous learning and automation are key to staying ahead of fraudsters and protecting profits.

The Future of Fraud Defense: Trends to Watch

Cloud-Based AI Workflows

Cloud-native platforms enable faster deployment, easier updates, and scalable processing power. This supports real-time fraud detection even as transaction volumes grow[3].

Proactive Fraud Prevention

Modern AI tools do more than detect fraud after the fact. They predict emerging fraud scenarios and help businesses address risks before losses occur[3].

Regulatory Compliance

AI-driven platforms automate AML and KYC compliance, reducing the risk of regulatory penalties and streamlining audits.

  • Automated reporting and audit trails
  • Real-time alerts for suspicious activity
  • Built-in support for evolving regulations[1]

Conclusion

AI-powered fraud detection platforms are now essential for banks, fintechs, and payment processors that want to protect profits and build trust. By automating merchant onboarding, underwriting, and transaction monitoring, solutions like Coris help organizations stay ahead of fraud, reduce costs, and meet compliance demands. As fraud tactics evolve, continuous learning and adaptive AI models will define the future of risk management.

To see how Coris can help your business automate risk workflows and improve fraud defense, request a demo or explore Coris’s API documentation. Protecting your profits starts with smarter, faster fraud detection.

Wrapping Up

We hope this guide is helpful for getting started with the OS1 and Google Cartographer. We’re looking forward to seeing everything that you build. If you have more questions please visit forum.ouster.at or check out our online resources.

This was originally posted on Wil Selby’s blog: https://www.wilselby.com/2019/06/ouster-os-1-lidar-and-google-cartographer-integration/

Related Resources

The Future of Fraud Defense: AI Platforms That Protect Profits

June 10, 2025

Financial fraud is evolving fast. In 2025, global payment fraud losses are projected to exceed $40 billion, driven by increasingly sophisticated digital attacks and rapid growth in online transactions[1]. For banks, fintechs, and payment processors, the stakes are high: a single missed threat can mean lost revenue, regulatory penalties, and damaged trust. As fraudsters adapt, so must the tools that defend against them. AI-powered fraud detection platforms are now at the center of this fight, offering a new level of speed, accuracy, and adaptability.

Why Fraud Detection Platforms Matter for Fintech

The Cost of Inaction

Payment platforms and fintechs face relentless pressure to onboard merchants quickly, process transactions smoothly, and keep fraud at bay. Manual reviews and legacy systems often fall short, leading to:

  • Delayed merchant onboarding and lost business
  • High false positive rates that frustrate legitimate users
  • Gaps in compliance and risk management

AI-driven fraud detection platforms address these pain points by automating risk assessment, learning from new fraud patterns, and reducing the need for manual intervention[1].

Industry Trend: AI Adoption Accelerates

A 2024 industry survey found that over 70% of fintechs now use AI for transaction monitoring and fraud prevention, up from just 45% in 2022[2]. This shift reflects the growing recognition that traditional rule-based systems cannot keep pace with modern threats.

“AI-powered fintech fraud prevention solutions not only enhance fraud detection accuracy but also reduce reliance on human resources.”[2]

How AI Fraud Detection Platforms Work

Core Components of Modern Solutions

AI fraud detection platforms combine several advanced technologies to deliver real-time protection:

  • Machine learning models that analyze transaction patterns and user behavior
  • Natural language processing to scan for irregularities in merchant data
  • Automated rules engines for customizable risk thresholds
  • Continuous learning from new data to adapt to emerging fraud tactics[1]

Key Features for Payment Processors and Banks

  • Real-time transaction scoring and anomaly detection
  • Automated merchant onboarding and underwriting
  • Ongoing transaction monitoring to identify risks and suspicious activity
  • Customizable risk rules and alerts

Example: A payment processor uses an AI platform to flag a sudden spike in high-value transactions from a new merchant. The system automatically pauses suspicious payments and alerts the risk team for review.

The Role of Continuous Learning

AI models improve over time by learning from new fraud attempts and legitimate transactions. This reduces false positives and helps platforms stay ahead of evolving threats[1].

Technical Specification: Transaction Scoring Formula

A simplified version of a transaction risk score might look like:

[ \text{Risk Score} = w_1 \times \text{Transaction Amount} + w_2 \times \text{Merchant History} + w_3 \times \text{Location Anomaly} ]

where ( w_1, w_2, w_3 ) are weights learned by the AI model.

Merchant Risk Management: From Onboarding to Ongoing Monitoring

Automated Merchant Underwriting Tools

Fast, accurate merchant onboarding is critical for sustainable growth of a merchant portfolio. AI-powered platforms automate Know Your Business (KYB) checks, analyze business data, and assess risk in seconds. This reduces manual workload and speeds up time to revenue.

  • Instant verification of business identity and ownership
  • Automated document checks and data validation
  • Dynamic risk scoring based on industry, transaction history, and behavioral data

Transaction Monitoring Automation

Once merchants are onboarded, ongoing monitoring is essential. AI platforms track every transaction, flagging suspicious patterns and adapting to new fraud schemes in real time[1].

Benefits for Banks and Fintechs

  • Lower operational costs by reducing manual reviews
  • Improved compliance with AML and KYC regulations
  • Enhanced customer experience through faster onboarding and fewer false declines

Insight: Allocating resources to AI-driven fraud detection ensures stronger cybersecurity, better risk assessment, and improved customer trust in digital financial services[1].

Comparing Fraud Detection Platforms: What Sets Coris Apart

Selecting the right fraud detection platform means evaluating several criteria. Here’s how Coris stands out in the market:

Criteria Coris Typical Alternatives
Merchant Data Intelligence Comprehensive, real-time Often limited or batch-based
Customizable Risk Rules Fully configurable Fixed or semi-customizable
AI-Powered Insights Real-time, explainable AI insights across the merchant lifecycle Opaque models with limited control or visibility
Automated Underwriting End-to-end automation Partial automation
Transaction Monitoring Adaptive, AI-driven Rule-based, less adaptive

Coris combines deep merchant data intelligence with advanced fraud detection models and customizable rules. This enables software platforms, payment processors, banks, and fintechs to automate onboarding, underwriting, and transaction monitoring throughout the merchant lifecycle.

Coris API Integration: Fast, Flexible, and Secure

Coris offers a robust API that integrates seamlessly with existing systems. This allows clients to automate risk workflows without disrupting their current operations.

  • Simple, well-documented endpoints
  • Real-time data access and decisioning
  • Scalable to support high transaction volumes

AI for Merchant Risk: Best Practices and Industry Frameworks

Framework: The Three Pillars of AI Fraud Defense

  1. Data Intelligence: Gather and analyze comprehensive merchant and transaction data.
  2. Adaptive Modeling: Use machine learning to detect new fraud patterns and reduce false positives.
  3. Automated Decisioning: Apply customizable rules and real-time scoring to automate risk management.

Best Practices for Payment Platforms

  • Regularly update AI models with new fraud data
  • Customize risk rules to fit business needs and regulatory requirements
  • Monitor performance metrics such as false positive rate, detection speed, and compliance outcomes

Callout: Continuous learning and automation are key to staying ahead of fraudsters and protecting profits.

The Future of Fraud Defense: Trends to Watch

Cloud-Based AI Workflows

Cloud-native platforms enable faster deployment, easier updates, and scalable processing power. This supports real-time fraud detection even as transaction volumes grow[3].

Proactive Fraud Prevention

Modern AI tools do more than detect fraud after the fact. They predict emerging fraud scenarios and help businesses address risks before losses occur[3].

Regulatory Compliance

AI-driven platforms automate AML and KYC compliance, reducing the risk of regulatory penalties and streamlining audits.

  • Automated reporting and audit trails
  • Real-time alerts for suspicious activity
  • Built-in support for evolving regulations[1]

Conclusion

AI-powered fraud detection platforms are now essential for banks, fintechs, and payment processors that want to protect profits and build trust. By automating merchant onboarding, underwriting, and transaction monitoring, solutions like Coris help organizations stay ahead of fraud, reduce costs, and meet compliance demands. As fraud tactics evolve, continuous learning and adaptive AI models will define the future of risk management.

To see how Coris can help your business automate risk workflows and improve fraud defense, request a demo or explore Coris’s API documentation. Protecting your profits starts with smarter, faster fraud detection.