#swarmrobotics

[researchatory]

Ant-Inspired Robots: Lifting Heavy Objects & Navigating Tight Spaces | Aakash Khurana | Researchatory.AI | BioWonders.Odyssey

Tiny robots, big potential! These ant-inspired microrobots could revolutionize industries from medicine to manufacturing. Imagine targeted drug delivery, precise assembly, and even environmental cleanup, all thanks to the power of collective robotics. #robotics #microrobots #medicine #manufacturing #environmentalcleanup #technology #innovation #engineering #futureoftechnology #science #swarmrobotics #artificialintelligence #ai #research #korea

Scientists in South Korea have developed tiny, magnetic robots that can work together like ants to achieve impressive feats. These microrobots, inspired by the collaborative behavior of ants, can lift heavy objects, traverse challenging terrains, and even clear blocked tubes.

The robots are controlled by a rotating magnetic field, which allows them to coordinate their movements and perform complex tasks that would be impossible for a single robot. For example, a swarm of these robots can form a raft to float on water and carry objects much larger than themselves. They can also climb obstacles and navigate through tight spaces.

The potential applications for these microrobots are vast. They could be used in medicine to deliver drugs or perform minimally invasive surgery. They could also be used in manufacturing to assemble small parts or in environmental cleanup to remove pollutants.

While the technology is still in its early stages, the development of these microrobots is a significant step forward in the field of robotics. Their ability to work together and perform complex tasks has the potential to revolutionize many industries.

For more info:

https://www.cell.com/device/fulltext/S2666-9986(24)00583-0

[gis2080]

🤯 Robots Fixing Roads? The Future of Autonomous Repair is Here!

Autonomous Road Repair Robots Market : The rapid development of autonomous road repair robots is transforming infrastructure maintenance, making road repairs faster, cost-effective, and safer. These AI-powered robotic systems use machine vision, 3D mapping, and automated material application to detect, assess, and repair road damages such as potholes, cracks, and surface wear with minimal human intervention.

To Request Sample Report : https://www.globalinsightservices.com/request-sample/?id=GIS32714 &utm_source=SnehaPatil&utm_medium=Linkedin

How Autonomous Road Repair Robots Work

Modern road repair robots integrate advanced sensing, AI-based analysis, and precision repair mechanisms to operate autonomously. These systems consist of:

✔ AI-Driven Damage Detection — Machine vision and deep learning algorithms analyze road surfaces in real time. ✔ 3D LiDAR & Thermal Imaging — Creates high-resolution road surface maps to identify defects and structural weaknesses. ✔ Automated Material Application — Robotic arms precisely apply asphalt, sealants, or self-healing materials for seamless repairs. ✔ IoT & Cloud Integration — Real-time monitoring and predictive maintenance capabilities enhance efficiency.

Key Benefits of Autonomous Road Repair Robots

📌 24/7 Operation — Robots work continuously, reducing road downtime and improving traffic flow. 📌 Precision & Efficiency — AI-powered analysis ensures accurate repairs, reducing material waste. 📌 Cost Reduction — Automation minimizes labor costs and extends road lifespan with proactive maintenance. 📌 Improved Safety — Reduces risks for road workers by automating hazardous repair tasks.

Applications of Autonomous Road Repair Robots

🔹 Pothole Detection & Repair — Real-time AI-driven detection and asphalt filling reduce long-term road damage. 🔹 Highway & Urban Road Maintenance — Smart robots improve infrastructure durability in cities and highways. 🔹 Smart Traffic & Road Monitoring — IoT-enabled robots enhance traffic management with live data analytics. 🔹 Disaster Recovery & Emergency Repairs — Rapid deployment after earthquakes, floods, or extreme weather events.

Future Trends in Road Repair Robotics

🔸 Self-Healing Materials — Integration of nanotechnology and bio-engineered materials for long-lasting repairs. 🔸 Swarm Robotics — Coordinated fleets of repair bots for large-scale road maintenance. 🔸 5G & Edge AI Integration — Enhancing real-time decision-making and remote diagnostics. 🔸 Solar-Powered & Eco-Friendly Robotics — Sustainable road repair solutions reducing energy consumption.

With cities and nations moving toward smart infrastructure and autonomous maintenance, AI-powered road repair robots are paving the way for a safer, more efficient, and sustainable future. The next era of self-repairing roads is here!

#robotics #roadrepair #smartcities #automation #ai #machinelearning #iot #infrastructure #civilengineering #transportationtech #deeplearning #lidar #predictivemaintenance #selfhealingmaterials #autonomousrobots #urbanmobility #5g #trafficmanagement #highwaymaintenance #smartinfrastructure #futuretransport #constructiontech #nanotechnology #swarmrobotics #roadtech #sustainablecities #autonomoussystems #cloudcomputing #aiinfrastructure #roboticengineering #greenengineering #transportationinnovation #citytech #automatedrepairs #nextgenmobility #climateadaptiveinfrastructure

[filipevb]

Sensors used in #la_ligne_rouge - Infrareds - Ultrasonics - Mini lidars - Video Projet #artscience produit avec @sianaessonne en partenariat avec @univevry et le soutien de la @scenederechercheensparissaclay #ladiagonaleparissaclay #univevry #ibisclab #artandtechnology #electronicarts #mediaart #newmediaart #digitalart #artnumerique #artandscience #sianaessonne #ibgbi #scenederechercheensparissaclay #computerart #robotiquemobile #bioinformatics #multiagentsystems #swarmrobotics #upsaclay #filipevilasboas (à IBGBI) https://www.instagram.com/p/CdbGq2jLXO-/?igshid=NGJjMDIxMWI=

[swarm-art-architecture]

“The Flock”, 1992

Credit: Ken Rinaldo and Mark Grossman

Source: https://www.kenrinaldo.com/portfolio/the-flock-2000-finland/

[tadashi-builds-stuff]

I need to figure out how to build some of these.  

[swarm-art-architecture]

“Sparked - Cirque du Soleil”, 2016

Credit: Verity

Source: https://veritystudios.com/work/paramour

https://www.youtube.com/watch?time_continue=3&v=ZPZQ_BOA63U&feature=emb_logo

[swarm-art-architecture]

“2047 Apologue”, 2017

Credit: Verity

Source: https://www.falsig.org/simon/blog/2017/07/08/apologue-2047/

[filipevb]

Facing the limits - #la_ligne_rouge #filipevilasboas . Premiere announced at the Experimenta Biennale in Grenoble #XPA22 @hexagone_meylan @atelierartssciences Projet #artscience produit avec @sianaessonne en partenariat avec @univevry et le soutien de la @scenederechercheensparissaclay #ladiagonaleparissaclay #univevry #ibisclab #artandtechnology #electronicarts #mediaart #newmediaart #digitalart #artnumerique #artandscience #sianaessonne #ibgbi #scenederechercheensparissaclay #computerart #robotiquemobile #bioinformatics #multiagentsystems #swarmrobotics #upsaclay (à IBGBI) https://www.instagram.com/p/Cda_r-grV3o/?igshid=NGJjMDIxMWI=

[swarm-art-architecture]

“2047 Apologue 3″, 2019

Credit: Verity

Source: https://veritystudios.com/work/2047-apologue-3

[swarm-art-architecture]

“Sparked - Cirque du Soleil”, 2014

Credit: Verity

Source: https://veritystudios.com/work/sparked

[swarm-art-architecture]

“Starlight Express”, 2018

Credit: Verity

Source: https://veritystudios.com/work/starlight-express