Sens-AI Ltd.
Empowering environments through intelligent sensing – AI solutions for precision monitoring.
Empowering environments through intelligent sensing – AI solutions for precision monitoring.
Sens-AI combines artificial intelligence with real-world sensing to deliver scalable, sustainable monitoring platforms. We aim to improve decision-making in agriculture, environment, and smart infrastructure.
We have decades worth of experience in codevelopment and coinnovation of solutions with industries and governments. With our soft experience in the use of Design Thinking and our deep technical expertise in sensors and AI we can be your transition partner in creating a greener and more sustainable world.
In this era of accelerating innovations, “we must run as fast as we can, just to stay in place. And if you wish to go anywhere you must run twice as fast as that.” (Red Queen’s Race) In a tight economy, we work with you to identify how best can you create an innovation portfolio with the least disruption to your core business and with minimal associated costs.
Digitization serves as a key enabler for creating both profit and prosperity across industries. Whether you're operating a small foundry seeking to optimize your supply chain or managing a major mining facility that needs real-time insights into metal quality, digitization empowers you to maximize profit while minimizing waste. This transformation relies on two critical technologies: sensors and AI, which represent the core expertise of Sens-AI.
Revolutionary technologies like AI and ambitious initiatives such as the Green Deal require new regulatory frameworks. We are witnessing the emergence of numerous useful regulations, including the EU AI Act that took effect on August 1st, 2025, along with CBAN, Omnibus, and others. We maintain a keen interest in these developments because they involve sensors and AI technologies, and we are deeply passionate about sustainability. We partner with organizations to ensure their current and future operations comply with these evolving regulatory requirements.
We have decades worth of experience in designing both short and detailed courses on emerging technologies for working professionals. For example, one of our CPD courses on AI has been on offer for multiple years in South Africa. WIL is crucial to both keeping your work-force skilled as well as motivated.
In one of the early patents in the domain of joint communication and sensing (JCAS), we pioneered the use of channel equalisation signals to sense the environment (an innovation which we patented in 2015. We have shown its application in a range of applications starting from detecting wheel-chairs in public places to detecting drones in cluttered backgrounds. If you want to design a system to detect a target or situation of interest, our innovation may mostly be of use.
This project deployed a co-located sensor platform at Cape Point to improve the performance of low-cost air quality sensors. Leveraging expertise in sensor design and blind calibration, advanced AI methods were developed to enhance measurement reliability without relying on reference instruments. The work has been internationally recognised, with invited tutorials delivered at flagship conferences such as IEEE I2MTC 2024, and has led to a patent on innovative calibration approaches (WO2024092293A1). Results have also been published in IEEE I2MTC and IEEE TIM.
A prolific innovator with multiple patents in topics ranging from radar to AI to ASIC-design, Amit has worked in four continents on a wide range of coinnovation challenges and research projects. He has published more than 180 papers in peer-reviewed journals and conferences and has supervised 11 PhD students to completion so far. Due to our international and interdisciplinary work, Amit also works as an Adjunct Professor in the Univeristy of Cape Town, Univeristy College London, Univeristy of Sunshine Coast (Australia), Univeristy West Sweden and AGH Univeristy Poland.
Hannah brings extensive experience in cloud solutions, AI, and digital transformation, having worked with Microsoft, Meta, and GE Healthcare. At Sens-AI, she drives business growth by building strategic partnerships, leading go-to-market strategies, and helping clients adopt innovative AI-driven solutions that bridge technology with business outcomes.
Travis is a researcher and engineer with expertise in environmental sensing, data analysis, and machine learning. He has experience in sensor system design, statistical modelling, and developing AI-based calibration methods, with a strong focus on turning complex data into reliable, practical insights.
Dr. Asit Kumar Mishra is a leading expert in indoor climate quality and occupant experience inside buildings with over 15 years of experience spanning research, academia, and consultancy. He specializes in developing innovative engineering solutions for healthy, low-energy buildings, with particular expertise in post-occupancy surveys, thermal comfort modeling, and indoor climate quality assessment. His proven track record includes securing over $300,000 in research funding, publishing 25+ peer-reviewed papers, and providing strategic consultancy to industry leaders. Dr. Mishra combines deep technical expertise in building performance evaluation, data analysis (R/Python), and thermal comfort standards with practical experience in energy retrofits, demand response systems, and occupant wellbeing optimization. He brings a unique interdisciplinary approach to solving complex indoor environment challenges, bridging engineering solutions with health outcomes for sustainable building design.