About Us

We Bridge the Gap Between Research and Real World Impact

TrasTec is on a mission to enable smarter, more sustainable systems through custom Internet of Things (IoT) solutions. We design and deliver innovative wireless sensor technologies—like our batteryless RFID sensor tags—to help cities, industries, and infrastructures monitor what matters most. We don’t just sell devices. We co-create solutions, working closely with clients to build sensing systems that solve real-world problems, at scale

We design and deliver innovative wireless sensors

Our proprietary sensors reduce energy consumption by up to 70%, enabling real-time data collection in even the most remote environments. From soil moisture tracking to structural health monitoring, we tailor solutions to your needs

Seamless integration with existing infrastructure

Compatible with legacy systems and modern IoT platforms, our devices ensure minimal downtime during deployment. We handle the technical complexities so you can focus on actionable insights

End-to-end support, from prototyping to deployment

Our team guides you through every step—design, testing, and scaling—ensuring reliable performance in harsh conditions like extreme temperatures or high-vibration environments

We come from leading research centers and industrial innovation hubs, including KAUST, Safran, and NEOM-related pilots — where we’ve tackled everything from smart gloves to aircraft sensing to pipeline monitoring. Our core team brings together years of experience in

Wireless and printed sensor development

We pioneer ultra-thin, flexible sensors for applications like smart packaging and wearable health monitors. Our patented printing process cuts production costs by 50% without sacrificing accuracy

Industrial prototyping and field deployment

Ruggedized for factories, oil rigs, and urban infrastructure, our prototypes undergo 6-month stress tests to guarantee durability. Case study: Reduced equipment failures by 40% for a mining client

IoT systems integration

We unify disparate data streams into intuitive dashboards. Achieve interoperability across vendors with our open-standard APIs

Whether you're managing a smart city, a remote pipeline, or a critical agricultural system — we’re your partner in custom, energy-autonomous sensing

We are scientists + engineers + field experts

PhD-level talent with 15+ years in materials science and embedded systems

We invent our own sensing technologies

Unlike competitors relying on off-the-shelf parts, we develop novel solutions like sensors for agriculture and self-powering tags for supply chains

We develop custom solutions, not one-size-fits-all platforms

A wastewater treatment plant’s needs differ from a smart city’s. We listen first, then build—delivering 100% client-specific architectures with lifetime firmware updates

Clients

Projects

Hours Of Support

Workers

Hussein Nesser

Chief Executive Officer - CEO

Hussein Nesser is an expert in printed electronics, wireless sensors, and project management, with over 10 years of experience bridging academia and industry. He previously led R&D projects in instrumentation and control at Safran, a global aerospace and defense company, and contributed to innovation initiatives at KAUST. At Trastec, he drives the company’s strategic vision and oversees all operations and business development efforts

Hassan Mahmoud

Chief Technology Officer - CTO

Hassan specializes in sensor design, rapid prototyping, and system integration. He has played a key role in developing industrial solutions such as a pipeline leakage monitoring system for Aramco and smart glove sensors for BrightSign. As CTO at Trastec, he leads the technology roadmap, product development, and innovation strategy

Omar Khalifa

Chief Operating Officer - CTO

Omar brings expertise in IoT architecture, AI, and wireless communication. His experience includes designing low-power communication infrastructure and intelligent sensing platforms for high-impact projects with NEOM and Aramco. At Trastec, he manages operations, strategic partnerships, and system design