Frequently asked questions

pi-labs specializes in AI-driven cybersecurity and digital forensics solutions. Our key offerings include deepfake detection, data fusion and analytics, video and audio forensics, and blockchain-based evidence management—empowering organizations to detect threats, secure evidence, and accelerate investigations with technology.

Our deepfake detection platform, Authentify, uses advanced AI to analyze video, audio, and images for signs of manipulation. It supports multi-format analysis and integrates seamlessly into enterprise and law enforcement workflows, ensuring high-accuracy detection of synthetic media before it can cause harm.

pi-labs’ solutions are designed for law enforcement agencies, intelligence units, financial institutions, government bodies, and enterprises. Whether it’s securing identity verification, preventing fraud, or conducting complex investigations, our tools are tailored for critical use cases across industries.

pi-labs combines AI innovation with forensic-grade precision. Unlike traditional cybersecurity providers, we offer specialized platforms for deepfake detection, blockchain-based evidence tracking, and audio/video forensic intelligence, making us a trusted partner in safeguarding digital truth and operational integrity.

Our solution, Securechain, leverages blockchain to create a tamper-proof chain of custody for digital evidence. It guarantees authenticity from collection to courtroom, making it ideal for legal, forensic, and regulatory environments that require verified and auditable digital records.

Yes. All pi-labs products are enterprise-ready and API-integrated, designed to work seamlessly with existing workflows. Our tools support rapid deployment, scalability, and easy integration for smooth onboarding and operational use.

With tools like pi-scout, pi-sense and pi-vox, we empower agencies to analyze vast volumes of structured and unstructured data, detect video tampering, uncover hidden patterns, and generate actionable intelligence—significantly reducing time-to-resolution in high-stakes investigations.