In mid-2025, the world is characterised by a fluid mix of pressing challenges and promising advances on the most critical environmental and digital fronts. Cybersecurity menaces are becoming more and more advanced, supported by artificial intelligence, and the international e-waste is still a huge environmental and health burden.
Yet, in the face of these threats, there has been a resurgence around the world of movements to protect and restore forests through creative means.
Cybersecurity Threats: AI’s changing landscape of dual use
Description: The cyberspace for 2025 is characterised by more sophisticated and varied threats. Ransomware attacks continue to be both a common and catastrophic scourge, with miscreants going so far as “double extortion” in many cases, in which data is not just encrypted but also threatened with exposure.
There is a significant increase in the cyber warfare and espionage efforts of nation-state actors, aimed at critical infrastructure and sensitive data with increasing accuracy.
One concern is the double edge of AI. AI is being used by defenders to automate threat detection and analyse large data sets, trying to improve user identification through behavioural biometrics, but also being weaponised by attackers.
Theoretically, AI malware will be able to better adjust to its environment, avoid old forms of defence against old techniques, and attack systems in more precise ways.
Generative AI is allowing more realistic phishing campaigns and social engineering tactics which make it more difficult for individuals to tell if content is malicious. “While these findings are startling, to say the least, they bring to light the reality that AI and ML are poised for opening up new frontiers in both security protection tools and in threats to these tools,” said Dr. Srinivas Mukkamala, co-founder and CEO at RiskSense.
“The issue for organisations is to be agile in continually adjusting their defences to keep up with these rapidly evolving attacks, with a better focus on proactive measures, multi-factor authentication, security awareness training, and other battles that can’t be fought with AI.”
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The world is facing an ever-increasing e-waste crisis. E-waste around the world In 2025, the amount of global e-waste will surpass 62 million tonnes per year, revealing a need for more economic tools to stimulate the market investment strategies for new devices and lower the cost.
Despite increasing awareness, just around 22-25% of this e-waste is cleared through the proper recyclers. The vast majority is frequently disposed of in uncontrolled dumps or with informal waste-pickers, and the hazardous substances it contains – such as lead, mercury and cadmium – can cause serious health and environmental problems.
The rise of wearable AI devices, 5G device connectivity, and IoT technology advancements continue in course to spur e-waste expansion. The brunt of the problem falls on developing countries that may be importing relatively high volumes of second-hand electronics but that don’t have the infrastructure, regulation and resources in place to handle it and recycle it safely.
Artisanal dismantling and recycling in these areas, effectively employing open burning and acid leaching, emit hazardous pollutants into the air, soil and water, posing direct threats to human health and local ecosystems. Reversing this trend calls for greater international cooperation, enhanced formal recycling capacity and the roll-out of extended producer responsibility (EPR) programmes on a global scale.
Forest Guarding: Some Successful New Initiatives
Into this mix, there’s an increasing global commitment to protect and conserve forests. REAFFORESTATION, REFORESTRY AND CONSERVATION Efforts to reforest and conserve are increasingly taking hold around the world owing to increased awareness of the importance of forests to climate, biodiversity and the livelihoods of millions of people.
The focus is on an increase in forest and tree cover and improved quality of degraded forests and important ecosystem services such as carbon sequestration and conservation of water. A lot of programmes have a strong focus on local engagement in forest protection, as part of the idea that local involvement is important for lasting results. Modern technology such as remote sensing, GPS and GIS is increasingly being used to observe and monitor forest fires in real-time and is enabling faster and more effective responses.
In addition, there is added emphasis on agroforestry, which encourages farmers to plant trees as part of their farming systems for their ability to withstand the climate, provide income and improve soil health. Efforts are also underway to enhance local livelihoods through sustainable forest-based enterprises. As climate change challenges continue to mount, this rising global collaboration around this precious natural resource is a promising development in a world large in scope but small in scale.
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