LinirZamir
Bridging Research with Execution
AI Engineering Lead & Researcher
Specializing in autonomous systems, consensus algorithms, and enterprise AI. Turning complex theories into scalable, real-world solutions.
About Me
I am an AI and blockchain researcher, having published several research papers including decentralized algorithms for AI systems. Currently, I lead AI development at Telit Cinterion, where I drive the strategy of multiple products into an automated platform for industrial systems.
Over the past decade, I had the opportunity to be involved in deep technical research and execution with high-level product strategy, designing and building end-to-end platforms across manufacturing, logistics, real estate, agriculture, and more.
I’m also the founder and advisor of multiple AI-driven startups, including platforms that transform operations into smart intelligence actions. My focus is on architecture, product vision, security, and translating AI concepts into real-world deployment.
Professional Experience
A decade of expertise in bridging deep technical research with high-level product strategy.
AI Engineering Lead
Telit Cinterion
Leading AI development teams and driving enterprise AI solutions.
- Managing end-to-end delivery from prototyping to production deployment.
- Driving visual inspection systems and agent-based AI solutions.
- Establishing enterprise AI strategy and roadmap.
- Building high-performing cross-functional teams.
Founder & Advisor
AI-Driven Startups
Guiding architecture, product vision, and security for scalable tech.
- Transforming operations into smart intelligence actions.
- Translating AI concepts into real-world deployment.
- Designing platforms across manufacturing, logistics, and real estate.
- Strategic consulting on system design and scalable tech.
Strategic Leadership
Driving enterprise AI transformation and vision-setting.
Technical Architecture
Designing distributed systems and consensus algorithms.
Research & Innovation
Bridging the gap between theoretical breakthroughs and practical implementation. My research focuses on secure communication for autonomous systems and future-proof cryptography.
ISRaft Consensus Algorithm
Inventor of a novel consensus algorithm designed for autonomous units. Enables secure and efficient communication with built-in trust mechanisms.
Localized State-Change Consensus
Revolutionary algorithm utilizing reputation values for validation in resource-constrained autonomous systems.
Post-Quantum Cryptography
Comprehensive roadmap of post-quantum cryptography standardization, focusing on side-channel attacks and countermeasures.
Let's Shape the Future of AI
Whether you're looking to discuss AI strategy, consensus algorithms, or scalable tech architecture, I'm always open to collaboration.