• YAL.ai raised USD 12M in Series A to expand its AI-driven telecom fraud protection platform globally.
• The startup uses on-device, self-learning AI to block scams across calls, texts, messaging apps, and emails.
• With multilingual support, YAL.ai aims to secure digital communication while keeping user data private and compliant.
  

YAL.ai

UAE-based startup tackling telecom fraud, YAL.ai, raised USD 12 million in a Series A funding round. 

With the newly acquired funding, it aims to scale research and development efforts. It also aims to expand validation testing beyond its current user base. It also seeks to forge partnerships with telecom operators, banks, and fintech firms. Additionally, it plans to expand functionality with AI-guided safe replies and advanced discovery features to enhance secure digital interactions further. 

Telecom Fraud

Founded in 2024, Yal.ai is a startup specializing in AI-driven telecom fraud protection. It uses AI-first, privacy-first technology to detect and block scams in real time. Unlike traditional scam filters, which rely on static updates, the platform’s self-learning AI adapts continuously, staying ahead of emerging fraud tactics. It operates on-device, meaning user data never leaves their phone, ensuring strong privacy and compliance with data residency laws.

The startup’s system covers calls, SMS, messaging apps, and emails, and supports multiple languages. This makes it suitable for cross-border telecom fraud challenges that affect billions globally. By securing digital communication, YAL.ai aims to restore trust and safety in everyday interactions.

Telecom fraud is not a small problem. Annually, it costs the world around USD 300 billion, with increasingly sophisticated scams targeting individuals, banks, and enterprises. Cybercrime more broadly causes USD 1.9 million in losses every second worldwide, highlighting the urgency for stronger, smarter protection.

Bottom Line: YAL.ai’s AI-driven platform targets telecom fraud globally, combining privacy-first technology and real-time protection to secure digital communication.