Emerging Technologies of 2026: Innovations Set to Transform Energy, Healthcare, Industry, and Digital Security

Dalian, China, June 2026 — The future of technology is increasingly moving beyond digital screens and software applications into the physical systems that power modern civilization. This was the key message of the newly released Top 10 Emerging Technologies of 2026 report, unveiled during the Summer Davos forum in Dalian.

Published jointly by the World Economic Forum and research publisher Frontiers, the report highlights ten innovations expected to significantly influence economies, industries, and societies over the next five years.

Experts behind the report argue that the next wave of technological progress will not simply improve digital experiences. Instead, it will reshape critical sectors including energy production, healthcare delivery, food manufacturing, environmental protection, and cybersecurity.

A Shift from Software to Physical Impact

While artificial intelligence has dominated technological discussions in recent years, researchers believe the most transformative breakthroughs are increasingly appearing in systems that affect everyday life directly.

From cleaner energy grids and advanced medicines to revolutionary manufacturing processes, the technologies identified in the report demonstrate how scientific innovation is being applied to solve real-world challenges.

The selected technologies represent a mix of mature innovations nearing large-scale deployment and emerging concepts with the potential to redefine entire industries.

Reinventing Energy Systems

One of the most promising developments highlighted in the report is Everything-to-Grid Energy, a concept that allows electric vehicles, homes, and commercial buildings to function as decentralized energy storage units.

Rather than simply consuming electricity, these connected systems could return excess power to the grid when demand rises, improving energy efficiency and strengthening grid stability.

Another notable innovation is Passive Radiative Cooling Materials, which enable buildings to remain cooler without consuming electricity. Such materials could significantly reduce energy demand in urban environments, particularly in regions experiencing rising temperatures.

Advancing Clean Resource Extraction

The report also identifies Direct Lithium Extraction as a major breakthrough for the energy transition. Traditional lithium extraction methods often require large evaporation ponds and lengthy processing periods.

New engineered extraction systems can obtain battery-grade lithium far more efficiently, potentially supporting the growing demand for batteries used in electric vehicles and renewable energy storage systems.

Tackling Environmental Challenges

Environmental sustainability features prominently among the selected technologies.

One example is PFAS Destruction, which focuses on eliminating so-called “forever chemicals.” These synthetic substances are known for their persistence in the environment and have become a growing concern for water quality and public health.

Advanced destruction technologies could help convert these compounds into harmless materials, improving drinking water safety and reducing environmental contamination.

Revolutionizing Food and Medicine

Several technologies on the list aim to transform healthcare and food production.

Precision Fermentation uses microorganisms to produce food ingredients, nutritional compounds, and pharmaceutical products more efficiently than traditional methods. The technology could contribute to more sustainable food systems while supporting medical innovation.

In healthcare, Exosome Drug Delivery offers a new approach to targeted treatment. By utilizing naturally occurring cellular transport mechanisms, researchers hope to deliver medicines directly to diseased cells while minimizing side effects.

Meanwhile, Personalized mRNA Cancer Vaccines represent one of the most exciting developments in modern medicine. These vaccines are designed specifically for individual patients, training the immune system to recognize and attack cancer cells with greater precision.

The Rise of Quantum-Powered Discovery

The report also highlights Quantum Simulation for Drug Discovery, which could dramatically accelerate the development of new medicines.

Quantum computing technologies may eventually allow scientists to model complex molecular interactions that are difficult or impossible to simulate using conventional computers. This capability could shorten research timelines and improve treatment development.

Smarter Artificial Intelligence

Artificial intelligence remains a key part of the technological landscape through the inclusion of World Models.

Unlike traditional AI systems that primarily analyze existing data, world models seek to simulate and predict real-world outcomes. Such capabilities could support decision-making in fields ranging from transportation and manufacturing to disaster response and scientific research.

Researchers believe these systems could help organizations anticipate future scenarios more accurately and improve planning processes.

Preparing for the Quantum Era

The final technology featured in the report is Lattice-Based Cryptography, a security framework designed to protect digital information against future quantum-computing threats.

As quantum computers become more powerful, some current encryption methods may become vulnerable. Lattice-based approaches are being developed to ensure that sensitive communications, financial transactions, and government data remain secure in the next generation of computing.

Looking Toward the Future

The Top 10 Emerging Technologies of 2026 report paints a picture of a future where innovation extends far beyond software applications. The technologies identified are expected to influence how societies generate energy, produce food, treat diseases, secure digital information, and manage environmental challenges.

While many of these breakthroughs are still in the early stages of adoption, experts believe they could play a defining role in shaping economic growth, sustainability, and human well-being over the coming decade.

As governments, businesses, and researchers continue to invest in these fields, the coming years may witness some of the most significant technological transformations since the beginning of the digital age.