Neolix pitches autonomous logistics as physical AI, expanding into the Middle East

On July 10, 2026, Will Zhao, executive president of Neolix, presented his vision for the company's development, positioning autonomous delivery robots as the embodiment of "physical AI." Neolix plans an active expansion into Middle Eastern and Asian markets, treating robotic logistics as an answer to a global labor crisis, aging populations and rising labor costs.

What physical AI means in logistics

The concept of "physical AI" is not just software running on a server. It means fully functional robots that work in the real physical world of logistics: navigating streets, delivering parcels, and dealing with obstacles and the surrounding environment.

Zhao describes Neolix's vision as a system of autonomous robots built into global logistics flows. That means the robots do not operate in isolation on test routes but are integrated directly into the daily operations of courier and logistics companies. The robots must make decisions in real time and adapt to changing weather, traffic and unforeseen situations.

Key facts about Neolix's approach:

• Built into global logistics chains, not isolated pilots
• Autonomous decision-making without constant remote human control
• Positioned as physical AI: intelligence embodied in hardware, not in the cloud

Why autonomous logistics is becoming a priority

According to Zhao, three global trends are creating acute demand for robotic logistics at the same time. First, labor shortages: in most developed and developing economies it is getting harder to find people willing to do physical work in logistics, especially at low wages. Second, aging populations: in Europe, North America and even Asia, the share of the working-age population is shrinking, which deepens the worker shortage. Third, rising wages: competition for labor and higher minimum wages make traditional logistics economically inefficient for companies.

"This is universal demand that spans all economies,"

Zhao said, pointing out that logistics automation is not a Silicon Valley trend but an economic necessity driven by demographic and labor shifts.

Neolix sees these trends not as a short-term problem but as a long-term change in the structure of labor and the economy, one that requires systemic solutions.

Middle East expansion and embedding in logistics

Neolix has chosen the Middle East as one of its key directions for geographic expansion. The region appeals for a combination of reasons: growing megacities (Dubai, Riyadh, Doha) with developing logistics infrastructure, heavy investment in digitalization and automation, and an acute need for efficient delivery solutions amid booming e-commerce.

Neolix's strategy differs from its competitors' in that the company is not trying to build a new, fully autonomous delivery system from scratch. Instead, Neolix embeds its robots in the existing logistics processes of large courier companies, which speeds up adoption and lowers the risk of market rejection. The robots work alongside human couriers, covering difficult scenarios and taking over repetitive routes.

What this means

Autonomous logistics is ceasing to be an experiment confined to test routes in China or Europe and is moving to commercial scale in global markets. If Neolix and similar companies succeed in embedding robots in logistics chains, it could radically change the economics of last-mile delivery within 5–10 years. Logistics companies would be able to cut costs, and the emphasis would shift from competing for scarce labor to competing on better technology and algorithms.