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PRESS RELEASEAUGUST 25, 2026

TORONTO, ONTARIO

Canadian AI™ and Ilumis Announce Strategic Collaboration on AI-Powered Anti-Fraud, Cybersecurity and Digital Trust Technologies

Collaboration will focus on applied AI research, anti-fraud intelligence, cybersecurity, digital identity and enterprise-grade trust infrastructure.

August 25, 2026Toronto, OntarioCanadian AI™ × Ilumis

TORONTO, Ontario — August 25, 2026 — Canadian AI™ and Ilumis today announced a strategic collaboration focused on advancing applied artificial intelligence technologies for anti-fraud, cybersecurity, digital identity and trusted enterprise AI deployment.

The collaboration combines Canadian AI™’s capabilities in enterprise artificial intelligence, research and governance with Ilumis’ expertise in AI engineering, anti-fraud technology, cybersecurity and financial-services technology.

The organizations intend to explore and develop technologies designed to help regulated institutions prevent and detect emerging fraud patterns, strengthen cybersecurity controls, improve digital identity assurance and establish stronger governance around increasingly autonomous AI systems.

Advancing AI-Powered Anti-Fraud Infrastructure

Financial institutions are entering an environment where generative AI, autonomous systems and increasingly sophisticated financial fraud are evolving simultaneously.

The Canadian AI™–Ilumis collaboration will focus on areas including:

  • AI-powered anti-fraud detection and prevention
  • Behavioral risk and transaction analytics
  • Fraud pattern and anomaly detection
  • Cybersecurity intelligence and automated threat assessment
  • Digital and machine identity infrastructure
  • Auditability and traceability of AI-driven activity
  • Enterprise AI governance and risk controls
  • Secure deployment of AI within regulated environments
  • Prototype development and technical validation
  • Controlled financial-sector and enterprise pilots

The initiative is intended to bridge applied AI research with deployable anti-fraud and enterprise security technologies, initially focusing on financial services and other highly regulated sectors.

Connecting Anti-Fraud, AI Governance and Operational Security

Canadian AI™ is developing technologies, research initiatives and enterprise programs around artificial intelligence adoption, governance and infrastructure.

Through its collaboration with Ilumis, the organizations intend to explore how AI-powered anti-fraud capabilities can be more closely connected with cybersecurity, identity controls and enterprise AI governance.

This approach recognizes that organizations increasingly need to understand not only whether an AI system is appropriately governed, but also who or what is operating within an environment, what actions are being performed, whether activity is legitimate, what risks those actions create and whether those activities can be independently traced and reviewed.

Gabriel Albu on the Collaboration

Gabriel Albu, CEO of Ilumis, said artificial intelligence is rapidly changing both the sophistication of financial fraud and the technologies institutions can use to defend against it.

“Artificial intelligence is changing the economics and speed of both innovation and fraud. Financial institutions need anti-fraud infrastructure capable of identifying abnormal behavior earlier, understanding activity in real time and responding to increasingly sophisticated threats.”

Gabriel Albu
CEO, Ilumis

Albu said effective anti-fraud systems will increasingly require deeper integration with cybersecurity, identity and AI governance.

“Anti-fraud technology cannot operate in isolation. Fraud intelligence needs identity context, security teams need visibility into machine and human activity, and AI systems need governance and accountability. Our collaboration with Canadian AI gives us an opportunity to research and develop that integrated architecture.”

Gabriel Albu
CEO, Ilumis

According to Albu, the objective is to move beyond conventional fraud detection toward infrastructure capable of operating within increasingly automated enterprise environments.

“The opportunity is to build anti-fraud technology that understands not only transactions, but also identity, behavior, authorization and the activity of intelligent systems. As AI agents begin performing more consequential work, that level of visibility and auditability becomes increasingly important.”

Gabriel Albu
CEO, Ilumis

Applied AI Anti-Fraud Technology for Financial Institutions

Ilumis brings specialized expertise in AI-powered anti-fraud technology and technologies designed for financial-sector environments.

The collaboration creates a foundation for joint research, technical architecture development, prototypes, enterprise validation and potential commercialization across several areas:

Anti-Fraud Intelligence

Using artificial intelligence and behavioral analytics to detect anomalies, suspicious activity and emerging fraud patterns.

Fraud Prevention

Developing predictive and preventative capabilities intended to identify potential threats before fraudulent activity results in significant loss.

Cybersecurity

Applying AI-assisted monitoring and analysis to detect threats affecting enterprise and financial infrastructure.

Identity and Access Intelligence

Developing stronger mechanisms for determining the identity, authorization and activity of users, applications and AI systems.

AI Governance and Auditability

Creating mechanisms that allow organizations to maintain evidence, oversight and traceability around AI-enabled decision-making and autonomous activity.

Preparing for an Agentic Financial System

The growth of AI agents introduces a new anti-fraud and security challenge for organizations.

Traditional fraud, identity and cybersecurity systems were primarily designed around humans, applications and conventional service accounts. Increasingly autonomous AI systems may perform workflows, access financial resources, interact with enterprise platforms and initiate actions on behalf of organizations.

Canadian AI™ and Ilumis intend to explore architectures that provide stronger accountability and anti-fraud controls around these systems.

Areas of research may include machine identity, authorization, behavioral monitoring, transaction intelligence, activity logging, governance evidence and lifecycle controls for AI-powered systems.

From Research to Enterprise Deployment

The collaboration is structured around an applied-development model capable of progressing through:

Research → Technical Architecture → Prototype → Controlled Pilot → Validation → Enterprise Deployment

Early initiatives are expected to focus on Canadian financial institutions and regulated organizations, while technologies and methodologies developed through the collaboration may ultimately support broader international applications.

The organizations may also explore Canadian research programs, innovation partnerships and public-sector initiatives supporting artificial intelligence, anti-fraud technology, cybersecurity, financial-system resilience and trusted digital infrastructure.

About Canadian AI™

Canadian AI™ is focused on enterprise AI technology, research, governance and infrastructure.

Canadian AI™ develops technologies and initiatives designed to help organizations responsibly adopt, govern and scale artificial intelligence across complex enterprise environments.

CEO: Ian Dela Cruz
Official Website: canadianai.ai
Contact: info@canadianai.ai

About Ilumis

Ilumis is an artificial intelligence technology company focused on anti-fraud technology, fraud intelligence, cybersecurity and advanced technologies for financial institutions and enterprise environments.

CEO: Gabriel Albu
Official Website: ilumis.xyz
Contact: gabriel@ilumis.xyz

Media Contact

Canadian AI™

Ian Dela Cruz, CEO
info@canadianai.ai
canadianai.ai

Ilumis

Gabriel Albu, CEO
gabriel@ilumis.xyz
ilumis.xyz

Forward-Looking Statement

This release contains statements regarding planned research, technology development, potential pilots and commercialization initiatives. Specific programs, technologies and commercial deployments remain subject to technical validation, applicable agreements, regulatory requirements and further development.