Tech Now

Science has ceased to be merely a tool for describing the world and has become a powerful weapon in courtrooms across the globe. In the latest edition of the Tech Now program from March 28, 2026, experts analyze a breakthrough trend: the use of advanced research into the links between climate change and extreme weather events as key evidence in civil and criminal trials. What was considered theoretical statistical models just a decade ago is now directly translating into convictions and multi-billion dollar damages, redefining the concept of corporate and state responsibility.

Precise attribution as a legal foundation

The key to understanding this shift is the development of a field called Extreme Event Attribution. Thanks to immense computing power and AI algorithms, scientists are able to determine with almost surgical precision the extent to which anthropogenic greenhouse gas emissions increased the likelihood of a specific heatwave, flood, or cyclone. The Tech Now program indicates that this data is no longer just finding its way into scientific publications, but is becoming attachments to lawsuits against energy sector giants and governments that have failed to meet emission limits.

Previously, lawyers struggled with the problem of proving a direct cause-and-effect relationship between the actions of a specific company and damage caused by nature. Currently, thanks to high-resolution climate models, it is possible to demonstrate that without human influence, a given phenomenon would have been statistically impossible or significantly milder in its effects. This "scientific probability" is becoming sufficient evidence for judges, who are increasingly willing to accept complex data analyses as a basis for ruling on guilt.

Technology in the service of climate justice

The use of technology in climate litigation goes beyond simple simulations. Tech Now highlights the role of satellite remote sensing and real-time Big Data analysis. These allow for the monitoring of changes in ecosystems with an accuracy of up to a few square meters. Lawyers representing affected communities use this data to show that land degradation and property destruction are not the result of "force majeure," but of neglect in infrastructure and a lack of adaptation to predictable climate changes.

• Scenario modeling: Comparing actual destruction with simulations of a "zero-emission" world.
• Digital twins of the Earth: Using virtual models of the planet to test legal hypotheses.
• Historical analysis: Demonstrating that corporations possessed knowledge of climate risks decades ago yet continued their harmful activities.

This technological offensive means that the insurance sector must also revise its policies. If science can prove human fault in a weather event, insurers may refuse to pay out compensation under policies covering "random events," directing claims directly to the polluters. This creates a closed loop of responsibility where data is the most valuable currency.

The end of the era of corporate impunity

The analysis presented in Tech Now suggests that we are at the dawn of a new era in international law. Until now, climate change was treated as a global problem for which no one bore individual responsibility in civil court. Precise research linking specific emissions to specific human tragedies is changing this paradigm. Companies on the Carbon Majors list—the largest historical emitters—are under scrutiny not only from activists but also from investment funds that fear massive losses resulting from lost lawsuits.

"Science is not only warning about the future; it is beginning to hold the past accountable. Every ton of emitted carbon dioxide now has its digital footprint, which can be found by prosecutors," experts note in the BBC report.

This approach forces the boards of technology and energy companies to change their strategies. Legal risk is becoming so high that investments in carbon capture and storage (CCS) technologies or complete decarbonization are ceasing to be an element of marketing (greenwashing) and are becoming an operational necessity. The fear of precise scientific evidence is stronger than the pressure of public opinion.

A new evidentiary standard in the global legal system

The introduction of attribution studies into courtrooms is an irreversible process. As algorithms become more accurate and historical weather databases richer, the margin of error decreases. Tech Now emphasizes that judges worldwide are currently undergoing accelerated courses in atmospheric physics and data analysis to be able to reliably evaluate the evidence provided. It is no longer a matter of belief in climate change, but of hard mathematics and statistics.

It can be predicted that in the coming years, appointing court experts in the field of computational climatology will become standard. Legal systems that have so far relied on traditional evidence must adapt to a reality where a computer simulation carries the same weight as witness testimony. This technological shift means that the fight against climate change is moving from the streets and political conferences to the sterile offices of law firms, where the fate of the economy will be decided by the results of climate models.