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WHO’s Historic Agreement: A Major Step Towards Global Pandemic Preparedness

In a groundbreaking move, members of the World Health Organization (WHO) have reached a historic, legally binding agreement aimed at preparing the world for future pandemics. This pact, designed to address the lessons learned from the COVID-19 crisis, sets the stage for a more equitable global response to health emergencies, particularly in the distribution of essential drugs, vaccines, and medical technologies.

The agreement marks a significant milestone in global health governance, especially at a time when multilateral institutions like the WHO are facing considerable financial strain. The United States, which was once the WHO’s largest financial contributor, withdrew from negotiations after President Donald Trump initiated the U.S.’s departure from the organization. Despite this setback, the deal underscores a strong commitment from member states to work together on global health security, with or without U.S. involvement. “This is a historic moment,” said Nina Schwalbe, founder of global health think tank Spark Street Advisors. “It demonstrates that countries are committed to multilateralism and to collective action.”

This agreement, the second of its kind in WHO’s 75-year history (the first being a tobacco control treaty in 2003), focuses on structural inequalities in how pandemic-related health tools are developed and distributed. Article nine of the deal ensures that future pandemic-related drugs, therapeutics, and vaccines will be made globally accessible. It also gives the WHO stronger oversight over medical supply chains and paves the way for local production of vaccines during health crises.

A key challenge in the negotiations was the issue of technology transfer—sharing the knowledge and manufacturing capabilities necessary for lower-income countries to produce their vaccines and treatments. To address this, the agreement mandates that manufacturers allocate at least 20% of their real-time production to the WHO during a pandemic, with a minimum of 10% designated for donation and the rest priced affordably for developing nations.

The deal is not yet finalized, as it must be adopted at the WHO Assembly in May, and some details, such as the annex on Pathogen Access and Benefit Sharing, still require further negotiation. However, once ratified, the agreement will bolster global preparedness, enabling quicker responses to future pandemics and more equitable access to life-saving resources.

As health experts emphasize, the global community must invest in preparedness now to avoid the costly toll of another pandemic. “We can’t afford another pandemic, but we can afford to prevent one,” said Helen Clark, co-chair of The Independent Panel for Pandemic Preparedness. This agreement represents a critical step toward ensuring that the world is better equipped to face future health crises with solidarity, transparency, and a commitment to equity.

Nvidia Paves The Way For Orbital Data Centers In Space Computing Revolution

Nvidia introduced computing platforms designed for orbital data centers during its GTC 2026 conference. The systems are intended to support artificial intelligence workloads in space-based environments. CEO Jensen Huang said the development reflects a shift toward processing data closer to where it is generated, including in orbit

Redefining The Final Frontier Of Computing

During the keynote, Huang said satellite networks are expanding rapidly, increasing the need for computing infrastructure beyond Earth. He stated that AI systems may need to operate directly within space-based data environments. These developments are linked to the growth of satellite constellations and space-based data collection.

Innovative Modules And Strategic Partnerships

Nvidia introduced the Vera Rubin Space-1 module, which combines IGX Thor and Jetson Orin processors adapted for space conditions. The hardware is designed to operate within constraints related to size, weight and power.

The company said it is working with partners including Axiom Space, Planet Labs and Starcloud on related initiatives.

Overcoming Engineering Challenges

Huang noted that cooling systems remain a key technical challenge in space environments. Heat dissipation differs from Earth-based systems, as cooling relies on radiation rather than convection. These constraints require adjustments in hardware design for orbital use.

Expanding The Scope Of AI And Data Centers

The initiative comes as energy consumption and operating costs increase for terrestrial data centers. Space-based systems could rely on solar energy, which remains more consistently available in orbit.  Companies, including Google and SpaceX are also exploring concepts related to space-based infrastructure and AI systems.

Looking Ahead

As orbital data centers inch closer to reality, the integration of space computing into AI infrastructure represents a transformative leap for technology. Nvidia’s bold vision underscores an industry-wide shift, promising to expand the capabilities of digital infrastructure even beyond the confines of Earth.

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