Science and Technology for Good
=====The Contribution of Artificial Intelligence to Achieving the United Nations Sustainable Development Goals===== | W. Leal Filho et al. | Environment, Development and Sustainability | 2026
This article reviews how artificial intelligence can support the Sustainable Development Goals through cleaner energy systems, improved agriculture, better health services, and more efficient water management. It is useful for tracking where AI can do public good when it is governed carefully and deployed around real community needs.
=====AI Solutions for Improving Sustainability in Water Resource Management===== | J. A. Silva et al. | Sustainability | 2026
This review examines how AI can improve water distribution, treatment, and basin management. It shows how machine learning can help detect leaks, predict demand, improve water quality monitoring, and reduce waste in stressed water systems.
=====Solar-Powered Multi-Contaminant Detection for Real-Time Water Quality Monitoring===== | J. Malisaba et al. | npj Clean Water | 2026
This review looks at solar-powered water-quality monitoring systems that combine sensors, wireless communication, machine learning, and off-grid energy. These systems could help rural and remote communities detect unsafe water faster without relying on distant laboratories.
=====Printing Technologies for Monitoring Crop Health===== | D. Panáček et al. | Nature Communications | 2026
This review explores printed sensors for monitoring soil, plants, and environmental conditions in agriculture. Low-cost printable sensors could make precision farming more affordable by helping farmers detect stress, disease, and water needs earlier.
=====AI-Integrated Autonomous Robotics for Solar Panel Cleaning===== | I. Kishor et al. | Scientific Reports | 2025
Researchers developed an AI-guided robotic system for detecting faults and cleaning dusty solar panels. The system improved energy output while reducing water and energy use, making it relevant for hot and dry regions where solar panels lose efficiency from dust buildup.
=====Smart Sustainable Integrated Multi-Trophic Aquaponics Systems===== | A. M. A.-S. Goda et al. | Scientific Reports | 2025
This study evaluates solar-powered, AI-enhanced aquaponics as a way to produce fish and vegetables while reusing water and nutrients. It shows how smart monitoring and renewable energy can support food production in areas facing land, water, and climate pressure.
=====Nanogenerators in Biomedical Frontiers===== | A. Varshney et al. | National Library of Medicine | 2026
This article reviews self-powered biomedical devices that use motion, solar energy, and other small energy sources. Such systems could support low-cost diagnostics and health monitoring in rural settings where batteries, grid power, and lab access are limited.
=====Advances in 2D Materials for Wearable Biomonitoring===== | S. Chen et al. | National Library of Medicine | 2025
This review looks at flexible wearable sensors made with two-dimensional materials. These devices could support low-cost health monitoring by tracking muscle activity, motion, and biological signals through lightweight electronics.
=====Integrating Artificial Intelligence in Healthcare===== | P. L. Chong et al. | National Library of Medicine | 2025
This article reviews AI applications in clinical care, including cancer detection, dental medicine, brain tumor management, and personalized treatment planning. It shows how AI may help clinicians interpret complex information and make faster decisions.
=====AI in Humanitarian Healthcare: A Game Changer for Crisis Response===== | D. Haykal | National Library of Medicine | 2025
This article explains how AI can support humanitarian healthcare through triage, diagnosis, logistics, and crisis response planning. It also emphasizes that emergency settings require strong ethical safeguards, local validation, and human oversight.
=====Developing a Responsible AI Framework for Healthcare in Low Resource Countries===== | Hari Krishna Neupane and Bhupesh Kumar Mishra | arXiv | August 17, 2025
This paper studies responsible medical AI in Nepal and Ghana. It argues that low-resource countries need local governance, testing, and ethical review so that AI improves care instead of importing unsafe or biased systems.
=====Empowering Medical Equipment Sustainability in Low-Resource Settings===== | Bernes Lorier Atabonfack et al. | arXiv | January 23, 2026
This paper presents an AI-powered support platform for biomedical technicians repairing medical equipment in low-resource settings. The tool could reduce downtime for diagnostic devices and help hospitals keep donated or older equipment working.
=====Assistive Technologies===== | Staff | UNICEF Supply Division | 2026
UNICEF describes assistive products such as wheelchairs, hearing aids, eyeglasses, and inclusive supplies for children with disabilities. The article shows how assistive technology can help children participate more fully in school, family life, and their communities.
=====Global Report on Assistive Technology===== | Staff | World Health Organization | May 15, 2022
WHO and UNICEF document the global need for assistive technology and the large gap between need and access. The report is important because it frames assistive devices as basic tools for dignity, education, work, and independent living.
=====Advancing Access to Affordable Assistive Technology in Kenya===== | Staff | ATscale | 2026
ATscale reports on work to improve access to affordable assistive technology in Kenya, including prosthetics and orthotics services. The story shows how better facilities, training, and supply systems can make disability support more locally available.
=====One Million Kenyans Living with Disabilities in Need of Assistive Technology===== | Staff | Daily Nation / UDP Kenya | June 2024
This article discusses the large unmet need for assistive products in Kenya, including wheelchairs, hearing aids, eyeglasses, artificial limbs, and digital devices. It highlights the importance of affordability, local repair, and national planning for accessibility.
=====Assistive Technologies in Developing Countries===== | Staff | GSDRC | March 2018
This report reviews barriers to assistive technology in developing countries, including cost, weak supply chains, limited trained personnel, and inadequate financing. It is useful background for understanding why many simple devices still fail to reach people who need them.
=====Low-Cost Assistive Technologies for Disabled People Using Open-Source Hardware and Software===== | Staff | ResearchGate | 2022
This review examines open-source hardware and software used to build lower-cost assistive devices. It shows how community makers, shared designs, and inexpensive electronics can support mobility, communication, hearing, vision, and daily living needs.
=====Low Field MRI Scanner===== | Staff | Engineering for Change | March 7, 2022
This low-cost MRI system was designed to diagnose infant hydrocephalus in low-resource settings. By replacing expensive superconducting magnets with permanent magnets, the project shows how medical imaging can be redesigned for places where conventional machines are unaffordable.
=====WaterBackpack PAUL===== | Staff | Engineering for Change | 2026
WaterBackpack PAUL is a portable gravity-driven water purification system designed for humanitarian response and small communities. It can serve families or villages after disasters by filtering bacteria and viruses without complex infrastructure.
=====Futurepump SF2===== | Staff | Engineering for Change | October 1, 2020
The Futurepump SF2 is a portable solar-powered irrigation pump for smallholder farmers. It helps farmers move water without diesel fuel, lowering operating costs and supporting food production in off-grid rural areas.
=====GRO Greenhouses===== | Staff | Engineering for Change | October 26, 2022
GRO Greenhouses are designed to reduce water use, shorten growing time, and increase crop yields. The technology supports food security by helping communities grow produce year-round in controlled environments.
=====Open Data Kit===== | Staff | Engineering for Change | 2026
Open Data Kit is a free and open-source set of tools for collecting and managing data in resource-constrained environments. It is widely useful for humanitarian surveys, public-health fieldwork, disaster response, agriculture, and community mapping.
=====IFRC Shelter Kit===== | Staff | Engineering for Change | 2026
The IFRC Shelter Kit provides basic tools and materials that families can use to repair damaged homes after disasters. It is a practical example of low-cost humanitarian technology focused on immediate recovery rather than high-tech complexity.
=====RASFarm===== | Staff | ESA Space Solutions | November 7, 2025
RASFarm is a collaborative agricultural robot system that combines mechanical systems, artificial intelligence, and satellite navigation. It is designed for operations such as monitoring, spraying, and picking, showing how space-enabled tools can support more efficient farming.
=====AI-Powered Smart Farming Solution===== | Staff | UNIDO | 2026
UNIDO describes Greein’s “e-kakashi” system, which uses AI and IoT sensing to support agricultural productivity and reduce environmental impact. The project shows how smart farming tools can be shared internationally to help farmers make better decisions.
=====AI Can Be a Game-Changing Solution for Farmers===== | Staff | FAO | April 2, 2025
FAO discusses how AI can help farmers with weather information, pest management, productivity, and climate adaptation. The article frames AI as a possible tool for smallholders when it is accessible, affordable, and grounded in local farming realities.
=====Sustainable Agriculture via Artificial Intelligence===== | Staff | German Research Center for Artificial Intelligence | November 20, 2024
NaLamKI is a platform that gives farmers access to drone flights, AI-supported soil analysis, and other digital agriculture services. It helps smaller farms use advanced tools without needing to own all the equipment themselves.
=====AI-Driven Future Farming===== | K. Kumari et al. | AgriEngineering | 2025
This article reviews AI and IoT tools for climate-smart agriculture. It covers systems that can optimize irrigation, predict weather conditions, reduce inputs, and support more resilient farming.
=====Energy Efficient Data Fusion for Smart Agriculture Wireless Sensor Networks===== | D. Srinivasan et al. | Scientific Reports | 2025
This research proposes a more efficient way to organize and process data from farm sensor networks. By reducing redundant data transmission, the method can save energy and improve real-time event detection in smart agriculture.
=====How Business Can Unlock Innovative Technology for Greater Disaster Resilience===== | Staff | World Economic Forum | January 6, 2025
This article explains how private-sector technology can support disaster preparedness, response, and recovery. It includes examples of digital tools, communications systems, and resilient infrastructure that can reduce harm when disasters strike.
=====Innovation in Disaster Management===== | Staff | UNDP | March 14, 2024
UNDP reviews how early warning systems, drones, remote sensing, crowdsourcing, and cloud tools can improve disaster management. The report shows that technology can save lives when paired with planning, institutions, and community trust.
=====Leveraging Disruptive Technologies for Faster and More Efficient Disaster Response===== | C. Calle Müller et al. | Sustainability | 2024
This research explores how drones, artificial intelligence, blockchain, mobile tools, and other technologies can improve disaster response in low-income communities. It focuses on using innovation to reduce delays and reach affected people faster.
=====Drinking Water Supply for Communities Affected by Natural Disasters===== | S. B. Gendeshmin et al. | National Library of Medicine | 2025
This study examines how drinking water can be delivered more effectively after natural disasters. It highlights the need for planning, coordination, technology, and local knowledge to protect public health when normal water systems fail.
=====Evaluation of Low-Cost Water Purification Systems for Humanitarian Assistance and Disaster Relief===== | Staff | ResearchGate | 2012
This study evaluates low-cost water purification systems designed for disaster relief. It focuses on technologies that can provide safe drinking water quickly after emergencies while also supporting longer-term recovery.
=====A Mix of Water Purification Technologies from Low-Tech Disaster Relief to Big Data===== | Staff | Engineering for Change | February 15, 2019
Engineering for Change surveys water purification tools for disaster preparedness and relief. The article is useful because it covers both simple field-ready technologies and more data-driven approaches to clean water access.
=====Smart Micro- and Nanorobots for Water Purification===== | M. Urso et al. | Nature Water | 2023
This review explores tiny programmable robots that could remove pollutants, pathogens, oils, heavy metals, and microplastics from water. Although still an emerging field, it shows how advanced materials could eventually improve water remediation.
=====Metal Organic Frameworks for Wastewater Treatment===== | S. Singh et al. | npj Clean Water | 2024
This article reviews metal-organic frameworks, a class of porous materials with uses in water treatment, gas storage, sensing, and environmental cleanup. These materials could help remove difficult pollutants from wastewater and support cleaner industrial systems.
=====Emerging Nanomaterials for Drinking Water Purification===== | S. Elhenawy et al. | National Library of Medicine | 2024
This review examines nanomaterials that can remove heavy metals, organic pollutants, microbes, and emerging contaminants from drinking water. It shows how materials science may improve filtration where conventional systems are too expensive or limited.
=====Cost-Effective Urine Recycling Enabled by a Synthetic Hydroxyapatite===== | I. E. Müller et al. | Nature Communications | 2025
This research explores a way to recover useful materials from urine while supporting nutrient recycling. The work connects sanitation, circular economy ideas, fertilizer production, and water purification into one sustainability technology.
=====Current On-Skin Flexible Sensors, Materials, Manufacturing, and Applications===== | R. G. Ferreira et al. | National Library of Medicine | 2024
This review looks at flexible sensors that can monitor temperature, humidity, pressure, strain, sweat, and movement directly from the skin. Such devices could support remote health monitoring, rehabilitation, prosthetic control, and early warning for medical problems.
=====3D Printing Assisted Wearable and Implantable Biosensors===== | S. Maji et al. | National Library of Medicine | 2025
This article reviews how 3D printing can produce wearable and implantable biosensors for real-time health monitoring. Custom fabrication could make devices better fitted to patients and more accessible for specialized medical needs.
=====Advancements in Wearable and Implantable BioMEMS Devices===== | V. Abhinav et al. | National Library of Medicine | 2025
This review covers miniature biomedical systems for sensing, drug delivery, motion tracking, and health monitoring. These tools could help shift health care from occasional clinic visits toward continuous, patient-centered monitoring.
=====Bioinspired Soft Machines===== | A. V. Singh et al. | National Library of Medicine | 2025
This article reviews soft machines inspired by biology, including flexible robots and materials that move more safely around people. Soft robotics could improve prosthetics, rehabilitation devices, surgical tools, and assistive systems.
=====Augmented Reality Assistive Technologies for Disabled Individuals===== | Riju Marwah, Jyotin Singh Thakur, and Pranav Tanwar | arXiv | September 3, 2024
This review examines augmented reality tools that can support disabled users with navigation, communication, learning, and real-time information. It also raises design and ethics questions that matter when assistive technology becomes more immersive.
=====Inclusive AR/VR: Accessibility Barriers for Immersive Technologies===== | Chris Creed et al. | arXiv | April 26, 2023
Researchers identify accessibility barriers in augmented and virtual reality systems through input from disabled users, charities, academics, and industry experts. The paper argues that immersive technology should be built inclusively from the start.
=====The Evolution of Assistive Technology===== | Matteo Zallio and Takumi Ohashi | arXiv | January 18, 2022
This literature review traces the development of assistive technology and its growing role in everyday life. It shows how accessibility tools increasingly overlap with mainstream design, aging support, digital inclusion, and universal usability.
=====Access to Assistive Technology for Survivors===== | Staff | Geneva International Centre for Humanitarian Demining | 2025
This presentation focuses on the assistive technology needs of landmine and explosive-weapon survivors, including prosthetics, mobility devices, and long-term rehabilitation. It highlights affordability, comfort, repair, and survivor experience as central design concerns.
=====Space Technologies Boost Humanitarian Impact===== | Staff | International Telecommunication Union | August 18, 2025
ITU explains how satellites can improve humanitarian response through communications, hazard monitoring, early warning, and mapping. Space technology can be especially important when ground infrastructure is damaged or communities are remote.
=====Digital Mapping and Inclusion in Humanitarian Response===== | J. Bryant | ODI | 2021
This report examines digital and open-source mapping in humanitarian response with a focus on inclusion. It shows that mapping tools can improve aid delivery, but only if local communities are represented accurately and ethically.
=====An Open-Source Tool for Mapping War Destruction at Scale in Ukraine===== | Olivier Dietrich et al. | arXiv | June 4, 2024
Researchers developed an open-source method for using satellite radar and building data to estimate war damage. The tool can help humanitarian organizations identify destroyed areas and prioritize aid without waiting for slow manual assessments.
=====AI for Productivity and Empowerment in Agriculture, Health, Education, and Transport===== | I. Rahwan et al. | UNDP | 2025
This report examines how AI can support development across agriculture, health, education, and transport. It is useful for understanding AI as a tool for empowerment when access, governance, and local capacity are built into deployment.
=====The Stanford Emerging Technology Review 2026===== | Staff | Stanford Emerging Technology Review | January 2026
Stanford’s review surveys major emerging technology areas, including artificial intelligence, biotechnology, energy, materials, robotics, and space. The report helps identify which technologies may shape public health, climate resilience, accessibility, and economic opportunity.
=====Scientific Breakthroughs: 2026 Emerging Trends to Watch===== | Staff | CAS | December 3, 2025
CAS highlights scientific trends in renewable energy, recycling, biotechnology, agriculture, and AI-driven health care. The article is useful for finding technology areas where research is moving toward practical social benefit.
=====From Peru to Kenya, These 10 Innovations Took Center Stage===== | Staff | Engineering for Change | 2026
Engineering for Change highlights innovations including AI-guided agriculture, modular e-waste recycling, biodegradable packaging, and technical training. The collection shows how practical engineering can support livelihoods, environmental repair, and local problem-solving.
=====Strengthening the Off-Grid Solar Repair Ecosystem===== | Staff | Engineering for Change | 2026
Engineering for Change reports on efforts to repair and revive off-grid solar kits that have stopped working. Repair ecosystems matter because clean-energy access depends not only on selling new devices, but also on keeping existing systems useful for families and communities.
=====Harvesting Water from Air===== | Staff | Stanford Doerr School of Sustainability | May 7, 2026
Stanford researchers reported improved hydrogel materials that can pull water vapor from dry air and last through many more use cycles than earlier versions. The work points toward more durable and economical atmospheric water harvesting for arid communities.
=====Long-Duration Energy Storage Deployments Rose 49% in 2025===== | Robert Walton | Utility Dive | March 10, 2026
Global long-duration energy storage deployment grew strongly in 2025, showing rising demand for technologies that can keep renewable grids stable for more than a few hours. The article explains why longer storage durations are important as wind and solar become larger parts of the power system.
=====The Future of AI Healthcare Will Be Built in Low-Resource Environments===== | Staff | Global Policy Journal | March 17, 2026
This article argues that lower-resource health systems may be able to redesign care around AI more quickly than systems burdened by older infrastructure. It frames medical AI as a potential tool for expanding access, reducing bottlenecks, and rethinking care delivery where doctors and equipment are scarce.
=====Empowering Medical Equipment Sustainability in Low-Resource Settings===== | Bernes Lorier Atabonfack et al. | arXiv | January 23, 2026
Researchers developed an AI-powered support platform to help biomedical technicians troubleshoot and repair medical devices in low-resource settings. The project could reduce equipment downtime and improve access to diagnosis in hospitals where specialized repair support is limited.
=====Seeing, Moving, Living: AI’s Promise for Accessible Technology===== | Staff | Diplo | February 10, 2026
This article surveys how AI is being used in accessibility tools such as smart glasses, mobility aids, and communication support. It emphasizes that inclusive design and affordability will determine whether these tools actually improve independence for disabled users.
=====DigiArm: A 3D-Printed Prosthetic Hand for Typing and Fine Control===== | Dean Zadok et al. | arXiv | February 26, 2026
DigiArm is a low-cost, lightweight, 3D-printed robotic prosthetic hand designed for keyboard typing, piano playing, and precise finger movements. The project expands the idea of prosthetics beyond basic grasping toward dexterous participation in digital life.
=====BIONIX: A Wireless, Low-Cost Prosthetic Arm with EEG and EMG Control===== | Pranesh Sathish Kumar | arXiv | December 7, 2025
BIONIX combines brain-signal and muscle-signal inputs to control a low-cost prosthetic arm. The prototype shows how affordable sensors, microcontrollers, and 3D-printed parts could support more intuitive prosthetic control for people who cannot afford high-end commercial systems.
=====Scientific Breakthroughs: 2026 Emerging Trends to Watch===== | Staff | CAS | December 3, 2025
CAS identifies emerging scientific trends in renewable energy, drug development, smart agriculture, and materials science. The article is useful for tracking technologies that may soon become practical tools for health, food security, and cleaner industry.
=====High-Efficiency Atmospheric Water Harvesting Enabled by Piezoelectric Actuation===== | I. I. Shuvo et al. | Nature Communications | November 2025
This research describes a method for using piezoelectric actuation to quickly extract water from atmospheric water-harvesting hydrogels. Faster water release could make air-to-water systems more useful in dry regions and emergency settings.
=====What the 2025 State of AI Report Means for Global Health and Humanitarian Action===== | Reda Sadki | Learning to Make a Difference | October 23, 2025
This article examines what current AI trends mean for humanitarian and global health work. It highlights both the opportunity of AI tools and the risk that closed, expensive systems could widen inequalities between well-resourced and under-resourced organizations.
=====AI in Humanitarian Healthcare: A Game Changer for Crisis Response===== | D. Haykal | Frontiers in Artificial Intelligence | 2025
This article discusses how AI could support health care in humanitarian crises through triage, diagnosis, resource planning, and mobile health systems. It also notes that crisis settings require careful attention to ethics, local needs, data limits, and safety.
=====Developing a Responsible AI Framework for Healthcare in Low Resource Countries===== | Hari Krishna Neupane and Bhupesh Kumar Mishra | arXiv | August 17, 2025
This paper studies responsible AI in healthcare through case studies in Nepal and Ghana. It stresses that medical AI must be locally governed, ethically reviewed, and validated in real health systems before it can safely improve care.
=====Five Open-Source Tools to Harness Geographic Knowledge for Disaster Management===== | Staff | HeiGIT | August 26, 2025
HeiGIT presents free mapping tools that help humanitarian workers use volunteered geographic information in disaster response. Open-source mapping can improve situational awareness, identify affected communities, and support faster coordination.
=====Space Connect: Space Technologies Boost Humanitarian Impact===== | Staff | International Telecommunication Union | August 18, 2025
This article explains how satellites support disaster management through early warning, hazard mapping, communications, and recovery planning. Space-based tools can help responders reach communities when roads, power, and communications fail.
=====These Smart Glasses Use AI to Help Low-Vision Users===== | Jess Weatherbed | The Verge | August 14, 2025
Envision and Solos introduced AI-powered smart glasses designed for blind and low-vision users. The glasses can read text, describe surroundings, recognize objects, and provide spoken assistance, showing how wearable AI can become a practical accessibility tool.
=====WhatsAI: Transforming Meta Ray-Bans into an Extensible Generative AI Platform for Accessibility===== | Nasif Zaman et al. | arXiv | May 14, 2025
WhatsAI is a prototype framework that lets blind and visually impaired users build personalized AI accessibility tools on smart glasses. The project is important because it supports disability-led innovation rather than leaving accessibility entirely to closed commercial platforms.
=====The Accessibility Paradox in the Technology Industry===== | Aparajita Marathe and Anne Marie Piper | arXiv | August 25, 2025
This study looks at how blind and low-vision employees experience accessibility inside technology companies. It shows that even companies building advanced tools can fail disabled workers if workplace systems, culture, and product decisions are not inclusive.
=====Meta’s Smart Glasses Can Now Describe What You’re Seeing in More Detail===== | Jess Weatherbed | The Verge | May 2025
Meta added more detailed scene descriptions and expanded Be My Eyes volunteer support for Ray-Ban Meta smart glasses. These features show how mainstream consumer devices can become assistive tools when they include real accessibility functions.
=====Meta’s AI-Powered Ray-Bans Are Life-Enhancing for the Blind===== | Joanna Stern | The Wall Street Journal | February 17, 2025
The article describes blind and low-vision users adopting AI-powered smart glasses for everyday tasks such as reading, identifying objects, and navigating surroundings. It shows how relatively affordable consumer technology can unexpectedly become a major assistive aid.
=====AI-Driven Smart Goggles to Assist Visually Impaired Persons===== | Staff | The Times of India | 2025
A biomedical engineer in Nagpur developed smart goggles using computer vision, object detection, face recognition, and voice assistance. The device aims to help visually impaired users move more independently and understand their surroundings in real time.
=====Apple Announces New Accessibility Features Powered by AI===== | Staff | Tom’s Guide | 2026
Apple announced AI-powered accessibility features for iPhone, iPad, Mac, Apple TV, and Vision Pro, including improved VoiceOver, Magnifier, captions, and reading tools. The updates show how accessibility improvements can reach millions of users through mainstream platforms.
=====Integrating AI and Assistive Technologies in Healthcare===== | D. Giansanti | National Library of Medicine | 2025
This review examines how AI is being integrated into assistive technologies, including tools for autism care, communication, mobility, and rehabilitation. It highlights the promise of AI while emphasizing that safety, usability, and human oversight remain essential.
=====The Role of Assistive Technologies in Enhancing Quality of Life===== | D. Giansanti | Technologies | 2025
This article reviews how assistive technologies support rehabilitation, independence, communication, and daily living. It treats assistive technology as a broad public-good field that includes both physical devices and digital systems.
=====Assistive Technology Innovations: Perceptions, Adoption, and Future Directions===== | M. C. McDonnall et al. | National Library of Medicine | 2025
This study explores how users perceive emerging assistive technologies such as tactile graphics, AI tools, machine learning, and refreshable Braille displays. It shows that adoption depends not only on invention, but also on trust, training, affordability, and fit with daily life.
=====Mobile Accessibility for Persons with Hearing and Visual Impairments===== | Staff | AT2030 | March 21, 2025
AT2030 studied how smartphones and digital-skills training can improve accessibility for people with hearing and visual impairments in India, Kenya, and Brazil. The article shows that everyday phones can become powerful assistive tools when users receive the right support.
=====A Vision-Enabled Prosthetic Hand for Children with Upper Limb Disabilities===== | Md Abdul Baset Sarker et al. | arXiv | April 22, 2025
Researchers designed a low-cost pediatric prosthetic hand using 3D printing, machine vision, and embedded computing. The system helps children grasp objects more effectively while keeping the design lightweight and potentially affordable.
=====Bronx Physicist Becomes First to Receive Life-Altering 3D-Printed Robo-Arm===== | Staff | New York Post | June 1, 2026
A Bronx physicist became the first recipient of Open Bionics’ Hero FLEX, a 3D-printed robotic arm for above-elbow amputees. The article highlights how lighter, more personalized prosthetics can help users perform daily and professional tasks that were previously difficult.
=====The Role and Future Directions of 3D Printing in Custom Prosthetic Limb Production===== | P. P. Borthakur et al. | Engineering Proceedings | 2025
This review explains how 3D printing can reduce cost, shorten production time, and improve the customization of prosthetic limbs. Digital design and fabrication could expand access to prosthetics in communities where conventional devices are too expensive or slow to obtain.
=====3D Printing for Artificial Limbs===== | Staff | Humanity & Inclusion | 2020
Humanity & Inclusion describes using 3D printing and telemedicine to produce prosthetics and braces in low-income and crisis-affected settings. The project shows how digital fabrication can bring rehabilitation services closer to people who would otherwise be left out.
=====Cyborg Beast: A Low-Cost 3D-Printed Prosthetic Hand for Children===== | J. M. Zuniga et al. | ResearchGate | 2015
This study describes a low-cost 3D-printed prosthetic hand and a distance-fitting process for children with upper-limb differences. It helped demonstrate that community-based fabrication and open designs could improve access to prosthetics.
=====Low-Cost Assistive Technologies for Disabled People Using Open-Source Hardware and Software===== | Staff | ResearchGate | 2022
This systematic review examines open-source hardware and software used to build low-cost assistive technologies. It highlights how open tools can support mobility, communication, vision, hearing, prosthetics, and daily living in lower-income settings.
=====BRL/Pisa/IIT SoftHand: A Low-Cost, 3D-Printed, Tendon-Driven Hand===== | Haoran Li et al. | arXiv | June 2022
This paper introduces a low-cost, 3D-printed robotic hand designed to be adaptive, durable, and easy to fabricate. The open-source design could support affordable prosthetics, robotics education, and assistive manipulation research.
=====Emergency Infrastructure and Rapid Deployment===== | Staff | WIPO | 2025
WIPO describes technologies such as 3D-printed shelters, mobile solar grids, rescue drones, and decentralized logistics for disaster response. These tools can help communities respond faster after climate-driven emergencies while reducing cost and environmental impact.
=====Leveraging Technology in the Face of Disaster===== | Staff | International Centre for Humanitarian Affairs | 2024
This report discusses how drones, satellite imagery, mapping, and data systems supported humanitarian response during disasters. It shows how technology can improve search and rescue, damage assessment, and coordination when disaster conditions change quickly.
=====The Application of Drone Technology in Rapid Disaster Response Management===== | Staff | NEPAD | February 11, 2021
NEPAD explains how drones can provide rapid aerial imagery, mapping, and situational awareness during disasters. The article shows why portable and increasingly affordable drones are becoming important tools for emergency response.
=====An Open-Source Tool for Mapping War Destruction at Scale in Ukraine===== | Olivier Dietrich et al. | arXiv | June 4, 2024
Researchers developed an open-source tool that uses satellite radar data and building footprints to estimate war damage. The method helps humanitarian organizations screen large regions more quickly and plan aid around real damage patterns.
=====Digital Mapping and Inclusion in Humanitarian Response===== | J. Bryant | ODI | 2021
This report examines open-source and digital mapping in humanitarian response, with attention to inclusion and bias. It warns that mapping tools are useful only when local communities are represented and not treated as passive data points.
=====Technology for Disaster Risk Reduction===== | Staff | United Nations Office for Disaster Risk Reduction | 2025
This report describes how digital alerts, open-source platforms, mobile tools, and data systems can reduce disaster risk. It frames technology as most useful when paired with local knowledge, preparedness, and inclusive governance.
=====fAIr, Humanitarian OpenStreetMap Team Case Study 2025===== | Staff | ReliefWeb | March 7, 2025
This case study looks at how the Humanitarian OpenStreetMap Team is using AI to improve mapping for disaster response. The project shows how open mapping communities can combine human judgment and machine assistance to create faster humanitarian data.
=====Top 10 Emerging Technologies of 2025===== | Staff | World Economic Forum | 2025
The World Economic Forum highlights emerging technologies including structural battery composites, osmotic power, engineered living therapeutics, and other innovations. Several of the technologies could support cleaner energy, health care, and more sustainable infrastructure.
=====Supercharging the Transition with Energy Storage Solutions===== | Staff | European Commission | September 16, 2025
The European Commission explains how energy storage supports the clean-energy transition by balancing renewable generation and demand. The article also discusses battery costs, production capacity, and the need for resilient supply chains.
=====Batteries Included: How Storage Systems Enable the Global Energy Transition===== | Staff | Schroders Capital | May 21, 2025
This article explains why battery storage is becoming essential for renewable energy systems. Storage helps shift solar and wind power to the hours when people need it most, supporting cleaner and more reliable electricity grids.
=====Long-Duration Energy-Storage Technologies: A Stabilizer for New Energy Systems===== | M. Han et al. | The Innovation Energy | 2025
This paper reviews long-duration energy storage technologies and their role in supporting large-scale renewable power. It explains how different storage methods can stabilize grids when variable wind and solar generation expand.
=====What Is Dunkelflaute? And How Will a New Long-Duration Battery Change Australia’s Energy Grid?===== | Royce Kurmelovs | The Guardian | September 29, 2025
This article explains the challenge of long periods with low wind and solar output and describes Australia’s longer-duration battery projects. It shows why eight-hour and longer battery systems are becoming important as coal plants retire.
=====Emerging Trends in Battery Energy Storage Systems===== | Staff | Institution of Electronics | January 28, 2026
This article surveys trends in battery energy storage, including hybrid systems, new battery chemistries, and AI-based optimization. These improvements can make storage safer, more flexible, and better suited for renewable-heavy grids.
=====Cleaning Up Critical Minerals and Materials Production, One Microwave Plasma Reactor at a Time===== | Zach Winn | MIT News | February 7, 2025
MIT profiles a company using microwave plasma technology to make battery and advanced-material powders with less waste. Cleaner material processing matters because clean-energy technologies still depend on mining and industrial supply chains.
=====Renewable Energy Solution for Better Healthcare in Africa===== | Staff | CORDIS | May 16, 2025
The SophiA project developed solar-powered systems for refrigeration, water purification, and steam generation in remote African health facilities. The project shows how clean energy can directly improve vaccine storage, sterilization, and basic medical services.
=====New Technology Provides Clean Water in Africa===== | Staff | CORDIS | April 14, 2020
A European-African partnership developed technology for removing chemical contaminants and pathogens from water. The project demonstrates how research cooperation can create practical purification tools for communities facing unsafe water.
=====Emerging Nanomaterials for Drinking Water Purification===== | S. Elhenawy et al. | National Library of Medicine | 2024
This review examines nanomaterials that can remove heavy metals, organic pollutants, pathogens, and emerging contaminants from water. It provides a science-based overview of how advanced materials could improve water purification.
=====A Review of Low-Cost Point-of-Use Water Treatment Technologies===== | D. C. Sombei et al. | Water | 2025
This review evaluates low-cost household and community-level water treatment methods for rural and remote areas. Point-of-use purification can protect public health where centralized water infrastructure is missing or unreliable.
=====Overview of Low-Cost Technologies for Household Water Treatment===== | O. John Mdee | Water Practice and Technology | 2024
This article reviews affordable household water-treatment methods for reducing pathogens and contaminants. It is useful for communities that need simple, maintainable systems rather than expensive centralized infrastructure.
=====Recent Advances in Nanomaterial-Based Wastewater Treatment===== | H. S. Alshehri et al. | Polish Journal of Environmental Studies | 2026
This review discusses nanomaterial-based approaches to wastewater treatment, including improved membrane filtration and contaminant removal. The article connects materials science to cleaner water systems and pollution reduction.
=====Nanotechnology-Driven Advances in Solar Desalination for Water Sustainability===== | Staff | Frontiers | 2025
This research topic focuses on nanomaterials that can improve solar desalination through photothermal coatings, plasmonic structures, and advanced membranes. Better solar desalination could help water-stressed regions produce freshwater with less energy.
=====The Role of Modern Agricultural Technologies in Improving Food Security===== | X. Chen et al. | National Library of Medicine | 2025
This review covers smart irrigation, drones, automation, sensors, GPS, and precision agriculture tools. These technologies can improve yields, reduce waste, and help farmers adapt to water stress and climate change.
=====Overview of Agricultural Machinery Automation Technology for Sustainable Farming===== | Staff | Agronomy | 2025
This article reviews automation in agricultural machinery, including positioning systems, perception tools, robotic systems, and AI-driven analytics. These technologies can reduce labor pressure and help farmers use water, fertilizer, and fuel more efficiently.
=====A Review of Smart Farming Technologies for a Sustainable Future===== | M. Raj et al. | Discover Applied Sciences | 2025
This review describes smart sensors, drones, smart irrigation, AI, and disease-detection tools for agriculture. It connects farm technology to sustainability by showing how digital systems can reduce resource use while improving productivity.
=====Top 5 Sustainable Agricultural Innovations in 2025===== | Staff | AZoCleantech | 2025
This article highlights agricultural technologies aimed at improving food production while reducing environmental harm. It covers innovations that can help farmers balance productivity, cost, water use, and sustainability.
=====31 Tech Solutions for Sustainable Agriculture===== | Staff | UNDP | 2020
UNDP’s Cultiv@te finalists include technologies for greenhouse farming, crop monitoring, supply chains, and smallholder resilience. The collection shows how practical, targeted tools can help farmers produce food more sustainably in difficult conditions.
=====Cypress Creek Secures $3.5 Billion for One of Largest U.S. Solar, Storage Projects===== | Staff | Reuters | June 11, 2026
Cypress Creek Energy secured major financing for the Arkansas Steel River Energy Center, a large solar and battery storage project designed to add clean power and grid storage capacity. The project shows how renewable generation and battery systems are increasingly being built together to help meet rising electricity demand while reducing dependence on fossil fuels.
=====Ironing Out Gaps in Grid-Scale Energy Storage Ecosystem===== | Staff | The Times of India | June 2026
This article looks at the promise of iron-air battery technology for long-duration energy storage. Because iron is abundant and relatively inexpensive, iron-air systems could help store renewable power for longer periods and make clean electricity more reliable during cloudy, calm, or high-demand periods.
=====GM Is Becoming an Energy Company—and Betting on Sodium-Ion Batteries===== | Staff | Autoweek | June 2026
General Motors is expanding into grid-scale energy storage with sodium-ion battery technology. Sodium-ion systems could provide a lower-cost storage option that avoids some of the supply-chain pressures connected to lithium, helping utilities and communities store renewable energy more affordably.
=====Forbes Accessibility List 2026: Innovation in Accessibility===== | Staff | Forbes | May 19, 2026
Forbes highlights companies and innovators working to make technology more accessible for people with disabilities. The list shows accessibility moving from a specialized field into the center of product design, with tools for mobility, communication, vision, hearing, and independent living.
=====Accessibility at CES 2026: From Specialized Solutions to Core Innovation===== | Staff | Consumer Technology Association | May 7, 2026
CES 2026 presented accessibility as a mainstream measure of good technology rather than a niche category. The article describes how inclusive design, assistive devices, and disability-centered innovation are becoming more visible across consumer electronics.
=====Deploying Medical AI in Low-Resource Settings: A Scoping Review===== | A. Al-Ganad et al. | Frontiers in Digital Health | April 2026
This review examines how artificial intelligence can support diagnosis, clinical decisions, and health-system efficiency in low-resource settings. It also stresses that medical AI must be designed around local infrastructure, governance, language, and equity needs if it is going to help underserved communities.
=====Prosthetics Aren’t Made for People Like Us: The Brothers Creating Innovative Artificial Limbs for Africans===== | Staff | The Guardian | March 30, 2026
Nigerian brothers Ubokobong and John Amanam are creating custom prosthetics designed for African users, including realistic limbs that match local skin tones. Their work shows how community-based innovation can solve problems that imported medical devices often overlook.
=====Soaring AI Demand Spurs Roll-Out of Long Duration Energy Storage===== | Staff | Reuters | March 24, 2026
Rising electricity demand from data centers is helping accelerate investment in long-duration energy storage. The article describes how technologies such as iron-air, flow, zinc-based, and thermal storage could help supply clean power when short-duration lithium batteries are not enough.
=====The Race to Store Clean Energy===== | Staff | The Guardian | March 20, 2026
This article surveys the fast-growing field of clean energy storage, including batteries, pumped hydro, mechanical systems, and thermal technologies. It explains why storage is essential for making renewable power dependable at all hours.
=====Over 17GWh of BESS Deployed Globally in February 2026===== | Staff | Energy Storage News | March 18, 2026
Global grid-scale battery deployment continued to rise sharply in early 2026. The article reports that battery energy storage systems are becoming a major piece of the clean-energy transition by helping stabilize power systems and absorb more renewable generation.
=====Exploring Advances in Prosthetics in 2026===== | Staff | Orthotics Limited | February 25, 2026
This article explains recent progress in prosthetics, including microprocessor-controlled limbs, AI-assisted movement, and lighter materials. The technologies can improve mobility, comfort, and independence for amputees when paired with proper fitting and rehabilitation.
=====Clinical AI Has Boomed. A New Stanford-Harvard State of Clinical AI Report Asks What Actually Works===== | Staff | Stanford Medicine | January 15, 2026
Stanford Medicine summarizes a major review of clinical AI research and asks where the technology actually improves care in real-world settings. The article is useful because it separates genuine medical progress from hype and highlights the need for safety, testing, and accountability.
=====Low-Cost Water Filtration Technologies for the Purification of Water===== | Staff | ResearchGate | January 11, 2026
This review discusses low-cost filtration methods, including adsorption and nanomembrane systems, that could help communities treat contaminated water. The article is relevant to humanitarian technology because affordable water purification can reduce disease and improve daily life in underserved regions.
=====The Future of Medical AI: What’s Coming in 2026 and Beyond===== | Staff | Offcall | 2025
This article describes how medical AI may support personalized treatment, diagnosis, administrative relief, and faster clinical decision-making. It frames AI as a tool that could help doctors handle complexity and improve patient care when used responsibly.
=====Battery Storage for Grid Stability: BESS, LCOS, Safety===== | Staff | Energy Solutions | December 16, 2025
This engineering guide explains how battery energy storage systems support grid reliability through frequency response, peak shaving, congestion relief, and backup capacity. It is useful for understanding why batteries are now considered core infrastructure for clean power systems.
=====Assistive Technology for Visual Impairment: Innovations, Impact, and Inclusion===== | Staff | ResearchGate | November 28, 2025
This article reviews tools for blind and low-vision users, from tactile aids to AI-powered devices. It emphasizes that accessibility should be understood through inclusion and barrier removal, not simply as a medical or individual problem.
=====The Impact of Disasters on Agriculture and Food Security 2025: Digital Solutions for Reducing Risks and Impacts===== | Staff | ReliefWeb / FAO | November 14, 2025
FAO’s report shows how digital tools can help farmers and fishers reduce disaster losses and strengthen food security. Technologies such as early-warning systems, mapping, mobile information, and data platforms can help communities prepare before droughts, floods, or storms destroy livelihoods.
=====Ultrasonic Device Dramatically Speeds Harvesting of Water from the Air===== | Jennifer Chu | MIT News | November 18, 2025
MIT engineers developed an ultrasonic system that can shake water out of atmospheric water-harvesting materials in minutes instead of hours. The work could improve devices that collect drinking water from air, especially in dry regions where conventional water sources are limited.
=====Technology Turns Farming into a Career Young Workers Like===== | Staff | The Washington Post | November 25, 2025
This article describes how AI, drones, robotics, and precision tools are changing modern agriculture. These technologies can reduce hard manual labor, improve water and fertilizer use, and attract younger workers into farming.
=====New Perspective Explores Potential Uses and Ethical Considerations of AI in Humanitarian Conflicts===== | Staff | Stanford Health Policy | October 16, 2025
Stanford researchers examine how AI could support humanitarian work in conflict zones while warning that transparency, accountability, and ethical safeguards are essential. The article is valuable because it treats AI as a possible humanitarian tool, not a magic solution.
=====Eghatha: A Blockchain-Based System to Enhance Disaster Humanitarian Aid Delivery===== | A. Ghani et al. | Computers | 2025
This paper presents a decentralized system designed to improve humanitarian aid delivery during crises. It explores how blockchain-style recordkeeping could help coordinate assistance, reduce fraud, and make relief distribution more transparent.
=====Beyond Accessibility: How Intelligent Assistive Technologies Improve Activities of Daily Life for Visually Impaired People in South Africa===== | Ronaldo Nombakuse et al. | arXiv | October 7, 2025
This study examines how intelligent assistive technologies can improve social participation and daily life for visually impaired people in South Africa. The research highlights autonomy, affordability, and accessibility as key factors in whether technology actually improves inclusion.
=====A Roadmap for Safer and More Effective AI in Health Care===== | Staff | Stanford News | October 2025
Stanford researchers argue that hospitals need stronger systems to evaluate whether AI tools truly improve health outcomes. The article focuses on responsible medical AI, including oversight, safety checks, and evidence that tools work in real clinical settings.
=====TARA: A Low-Cost 3D-Printed Robotic Arm for Accessible Robotics Education===== | Thays Leach Mitre | arXiv | September 1, 2025
TARA is an open-source, low-cost robotic arm that can be built with 3D printing and shared design files. Although created for education, projects like this help make robotics knowledge more accessible to schools and communities that cannot afford expensive equipment.
=====The Accessibility Paradox: How Blind and Low Vision Employees Experience Accessibility in the Technology Industry===== | Aparajita Marathe and Anne Marie Piper | arXiv | August 25, 2025
This paper examines the experiences of blind and low-vision workers inside technology companies. It shows that accessibility requires more than good product intentions; workplaces also need inclusive systems, accommodations, and disabled workers’ input.
=====Five Open-Source Tools to Harness Geographic Knowledge for Disaster Management===== | Staff | HeiGIT | August 26, 2025
HeiGIT presents open-source mapping and geographic tools that can support disaster management. These tools help humanitarian workers use volunteered geographic information to plan response, identify risks, and coordinate help during emergencies.
=====Accessibility and Social Inclusivity: A Literature Review of Music Technology for Blind and Low Vision People===== | Shumeng Zhang et al. | arXiv | July 30, 2025
This review looks at music technologies designed for blind and low-vision users. It argues that inclusive design should move beyond simple access and toward social participation, collaboration, creativity, and real-world usability.
=====7 Ways AI Is Transforming Healthcare===== | Staff | World Economic Forum | August 13, 2025
The article surveys practical uses of AI in healthcare, including diagnosis, workflow support, drug discovery, and patient care. It frames AI as a tool that could improve health outcomes and reduce costs if deployed carefully and equitably.
=====IIT-K Develops 3 Assistive Technologies for Special People===== | Staff | The Times of India | August 2025
IIT Kanpur introduced assistive technologies including a haptic smartwatch, a dyslexia and dysgraphia learning app, and a refreshable Braille learning device. These low-cost tools show how local engineering can support blind users and children with learning disabilities.
=====New Tools for the Blind: Tech Trends to Watch in 2025===== | Staff | Be Sensable | July 11, 2025
This article surveys emerging tools for blind and visually impaired users, including AI-powered assistance, wearable devices, and navigation aids. It shows how accessibility technology is expanding beyond specialized hardware into everyday devices and services.
=====The Virtual You: How Medical Digital Twins Are Changing Healthcare===== | Staff | Stanford Medicine | June 16, 2025
Stanford Medicine explains how medical digital twins could help doctors analyze patient data, predict disease progression, and personalize treatment. The technology may be especially useful where clinicians are overloaded and patients have limited access to specialists.
=====Window-Sized Device Taps the Air for Safe Drinking Water===== | Jennifer Chu | MIT News | June 11, 2025
MIT researchers built a passive water harvester that collects drinking water from air using a hydrogel material. The device works without an external power source and was tested in extremely dry conditions, making it promising for water-scarce regions.
=====Accessible Innovations in Technology: 2025 Updates===== | Staff | Cerebral Palsy Resource | May 29, 2025
This article reviews accessibility improvements in mainstream and assistive technology, including AI tools and updates from major platforms. It shows how digital inclusion is increasingly tied to ordinary software, phones, computers, and connected devices.
=====Apple Introduces New Accessibility Features Including Braille Note Taker===== | Staff | Reuters | May 13, 2025
Apple announced accessibility features including Braille Access, expanded zoom for Vision Pro, and tools for users with dyslexia or low vision. The article shows how major consumer platforms can make assistive technology more widely available.
=====Farmers Are Using IoT to Take the Guesswork Out of Growing===== | Staff | Business Insider | May 2025
This article explains how sensors, drones, and connected devices are helping farmers monitor soil, water, nutrients, and crops. Internet-of-things tools can reduce waste, improve yields, and help farmers respond to changing conditions more quickly.
=====Technology-Based Communication Interventions for Students Who Are Deafblind===== | Staff | SAGE Journals | April 30, 2025
This article examines communication technologies for students who are deafblind, including supports that increase visual, auditory, and tactile access. It highlights how assistive communication devices can support learning, independence, and participation in school.
=====A Vision-Enabled Prosthetic Hand for Children with Upper Limb Disabilities===== | Md Abdul Baset Sarker et al. | arXiv | April 22, 2025
Researchers designed a low-cost pediatric prosthetic hand using 3D printing, machine vision, and embedded computing. The system uses a small camera and AI-based object detection to help children grasp objects more precisely.
=====Gen AI’s Potential to Transform Global Medical Care===== | Eleni Linos and Emily Moskal | Stanford News | March 25, 2025
Stanford’s Center for Digital Health discusses how generative AI could help provide reliable medical information and support in low- and middle-income countries. The article also warns that digital access, trust, safety, and local context matter.
=====Mobile Accessibility for Persons with Hearing and Visual Impairments===== | Staff | AT2030 | March 21, 2025
This study tested smartphones and digital-skills training for people with visual and hearing impairments in India, Kenya, and Brazil. It shows that mainstream mobile devices, when paired with training, can become powerful accessibility tools for communication, education, and work.
=====The Role and Future Directions of 3D Printing in Custom Prosthetic Limb Production===== | P. P. Borthakur et al. | MDPI Engineering Proceedings | 2025
This paper reviews how 3D printing can reduce the time and cost of producing custom prosthetic limbs. Digital scanning and computer-aided design can improve fit, comfort, and access for patients who might otherwise wait months or pay high prices.
=====Cleaning Up Critical Minerals and Materials Production, One Microwave Plasma Reactor at a Time===== | Zach Winn | MIT News | February 7, 2025
MIT News profiles 6K’s microwave plasma process for producing battery and advanced-material powders with less toxic waste. Cleaner materials production matters because batteries, electronics, and grid infrastructure depend on minerals that are often processed in polluting ways.
=====New START.nano Cohort Is Developing Solutions in Health, Data Storage, and Power===== | Staff | MIT News | January 23, 2025
MIT’s START.nano cohort includes startups working on technologies for health, power, data storage, and cleaner industrial systems. The article shows how early-stage science and engineering programs can support practical tools with social and environmental benefits.
=====Top 5 Agricultural Technologies 2025: Shaping the Future of Farming===== | Staff | Robovision | January 22, 2025
This article looks at agricultural technologies such as robotics, AI, automation, and computer vision. These tools can help farmers manage labor shortages, improve efficiency, and reduce waste in food production.
=====The Impact of Artificial Intelligence on Healthcare===== | M. Faiyazuddin et al. | National Library of Medicine | 2025
This review describes how AI is being used to improve diagnosis, personalize treatment, and support clinical decision-making. It is a useful overview of medical AI’s potential benefits as well as the need for responsible implementation.
=====A Review of Low-Cost Point-of-Use Water Treatment Technologies===== | D. C. Sombei et al. | Water | 2025
This review evaluates low-cost point-of-use water treatment methods for remote and rural areas. It is relevant to public health because household-level water purification can help communities that are not yet served by centralized water systems.
=====The Role of Modern Agricultural Technologies in Improving Food Security===== | X. Chen et al. | National Library of Medicine | 2025
This review discusses precision agriculture, GPS, drones, IoT sensors, and low-cost phenotyping tools. These technologies can help farmers increase yields, reduce inputs, and adapt to climate stress while protecting food security.
=====Assistive Technology Innovations: Perceptions, Adoption, and Future Directions===== | M. C. McDonnall et al. | National Library of Medicine | 2025
This study examines emerging assistive technologies including AI, machine learning, refreshable Braille displays, and tactile graphics. It focuses on how people perceive and adopt these tools, which is essential because technology only helps when users can actually access and trust it.
=====A Review of Smart Farming Technologies for a Sustainable Future===== | M. Raj et al. | Discover Applied Sciences | 2025
This review describes smart sensors, drones, AI, disease detection, and smart irrigation as tools for more sustainable agriculture. The article connects farm technology to water savings, improved yields, and reduced environmental impact.
=====Humanitarian Management of Drought Needs Better Water Information===== | W. A. Veness et al. | National Library of Medicine | 2025
This article uses the Horn of Africa drought experience to show why better water information is critical for humanitarian response. Improved monitoring, forecasting, and data sharing can help agencies act earlier and protect communities facing water scarcity.
=====Six Agrifood Innovations to Watch in 2025===== | Staff | growAG | December 11, 2024
This article highlights agricultural innovation areas such as robotics, automation, lower-emission farming, and energy-efficient machinery. These tools can help farmers produce food with fewer resources and adapt to climate and labor pressures.
=====Augmented Reality Assistive Technologies for Disabled Individuals===== | Riju Marwah, Jyotin Singh Thakur, and Pranav Tanwar | arXiv | September 3, 2024
This paper reviews how augmented reality can provide real-time support for people with disabilities by overlaying useful digital information onto the physical world. It discusses both the promise of AR assistance and the ethical and design challenges that must be solved.
=====Overview of Low-Cost Technologies for Household Water Treatment===== | O. John Mdee | Water Practice and Technology | 2024
This study reviews affordable household water-treatment technologies for reducing pathogens and contaminants. It is useful for communities where centralized water systems are unavailable or unreliable.
=====A Novel Low-Tech Water Treatment System to Provide Safe Drinking Water===== | Staff | Preprints.org | February 28, 2024
This article discusses low-tech point-of-use water treatment, including ceramic pot filters and related systems. Low-tech designs matter because they can be locally produced, repaired, and used in places where expensive treatment infrastructure is not realistic.
=====Inclusive AR/VR: Accessibility Barriers for Immersive Technologies===== | Chris Creed et al. | arXiv | April 26, 2023
Researchers worked with disabled users, charities, academics, and industry specialists to identify barriers in augmented and virtual reality. The paper argues that immersive technologies should be designed inclusively from the beginning rather than retrofitted later.
=====Revolutionizing Healthcare: The Role of Artificial Intelligence in Clinical Practice===== | S. A. Alowais et al. | BMC Medical Education | 2023
This article reviews how AI can support diagnosis, treatment selection, laboratory testing, and health professional training. It provides a broad foundation for understanding why medical AI is considered a major tool for improving health systems.
=====The Evolution of Assistive Technology: A Literature Review of Technology Developments and Applications===== | Matteo Zallio and Takumi Ohashi | arXiv | January 18, 2022
This review traces how assistive technology has evolved from specialized devices toward broader enabling technologies. It argues that accessibility tools increasingly benefit many users across age, ability, culture, and everyday situations.
=====3D Printing for Artificial Limbs===== | Staff | Humanity & Inclusion | 2020
Humanity & Inclusion describes using telemedicine and 3D printing to provide prosthetics and braces in low-income and crisis-affected settings. The project shows how digital fabrication can reduce barriers to rehabilitation and mobility.
=====New Technology Provides Clean Water in Africa===== | Staff | CORDIS | April 14, 2020
A European-African partnership developed water-cleaning technology to remove chemical contaminants and pathogens. The project shows how research collaboration can produce practical water purification tools for communities facing unsafe water.
=====Improving Lives in Three Dimensions: The Feasibility of 3D Printing for Prostheses, Braces, and Splints===== | M. van der Stelt et al. | National Library of Medicine | 2020
This study examines whether 3D printing can help produce prostheses, braces, and splints for patients after amputation or injury. It shows the potential of digital fabrication to expand rehabilitation services where conventional production is slow or expensive.
