Razer and ClearBot are using AI and robotics to clean the oceans

Razer Partners with ClearBot to Deploy AI and Robotics for Ocean Pollution Reduction

In celebration of World Oceans Day, Razer, the global lifestyle brand for gamers, has joined forces with ClearBot, a marine waste cleaning startup, to advance the use of artificial intelligence (AI) and robotics in combating ocean pollution. This collaboration is part of Razer’s 10-year #GoGreenWithRazer campaign, which focuses on making green investments to support environment- and sustainability-focused startups.

The partnership aims to address the critical issue of plastic pollution, with approximately eight million metric tons of plastic being dumped into the oceans each year. ClearBot’s innovative AI and advanced machine learning technology, coupled with Razer’s commitment to environmental sustainability, will enable governments and organizations worldwide to enhance their efforts in promoting a cleaner and safer environment.

Patricia Liu, Chief of Staff at Razer, expressed her enthusiasm for working with a startup dedicated to environmental conservation. She emphasized that ClearBot’s unique AI capabilities will empower global entities to expand their sustainability initiatives. Liu also encouraged other innovative startups to explore collaboration opportunities with Razer, emphasizing their joint commitment to creating a safer world for future generations.

The consequences of ocean pollution are far-reaching, with microplastics entering the food chain and releasing harmful chemicals into the sea as they break down due to wave action and sun exposure. Furthermore, the rise of hypoxic ‘dead’ zones—areas with severely low oxygen levels where marine life suffocates and dies—poses a significant threat. The number of these zones has increased drastically, with scientists identifying 146 zones in 2004, 405 in 2008, and, in 2017, discovering a dead zone in the Gulf of Mexico equivalent to the size of New Jersey.

ClearBot specializes in designing robots that utilize AI-powered computer vision to identify and retrieve marine waste for responsible disposal. These robots will play a crucial role in addressing the issue of ocean pollution effectively. ClearBot’s Chief Executive Officer, Sidhant Gupta, expressed gratitude for Razer’s action-oriented approach to solving marine waste problems. Gupta also stated that the newly formed partnership will extend ClearBot’s reach globally, starting with collaborations with marine harbor operators in Asia and NGOs that have already shown interest in their technology.

To further improve the waste-detection capabilities of ClearBot’s AI algorithm, the company is encouraging the community to contribute by uploading photos of marine plastic waste commonly found in open waters through their website. This crowdsourcing initiative will enhance the robot’s ability to identify and retrieve marine debris accurately.

The collaboration between Razer and ClearBot represents a significant step forward in the fight against ocean pollution. By combining Razer’s support and resources with ClearBot’s innovative technology, the partners are poised to make a positive and lasting impact on the preservation of marine ecosystems worldwide.

Posted in

Aihub Team

Leave a Comment





News firms seek transparency, collective negotiation over content use by AI makers - letter

News firms seek transparency, collective negotiation over content use by AI makers – letter

White House launches AI-based contest to secure government systems from hacks

White House launches AI-based contest to secure government systems from hacks

Britain appoints tech expert and diplomat to spearhead AI summit

Britain appoints tech expert and diplomat to spearhead AI summit

AI Drafted in War on Online Crimes Against Kids

AI Drafted in War on Online Crimes Against Kids

AI for Disaster Recovery: AI-powered systems for post-disaster recovery and reconstruction.

AI for Disaster Recovery: AI-powered systems for post-disaster recovery and reconstruction.

AI in Drug Repurposing: AI-driven drug discovery for repurposing existing medications.

AI in Drug Repurposing: AI-driven drug discovery for repurposing existing medications.

AI in Augmented Reality: Enhancing AR experiences with AI-generated content and interactions.

AI in Augmented Reality: Enhancing AR experiences with AI-generated content and interactions.

AI in Oil and Gas Exploration: AI applications in seismic data analysis for oil exploration.

AI in Oil and Gas Exploration: AI applications in seismic data analysis for oil exploration.

AI in Podcasting: AI-driven podcast transcription and content recommendation.

AI in Podcasting: AI-driven podcast transcription and content recommendation.

AI in Speech Recognition: Improving speech recognition and transcription with AI algorithms.

AI in Speech Recognition: Improving speech recognition and transcription with AI algorithms.

AI and Blockchain Integration: The potential of combining AI and blockchain technologies.

AI and Blockchain Integration: The potential of combining AI and blockchain technologies.

AI for Wildlife Tracking: AI-enabled tracking systems for studying animal migration and behavior.

AI for Wildlife Tracking: AI-enabled tracking systems for studying animal migration and behavior.

Combating Global Health Crises: The Power of AI in Epidemic Prediction and Prevention

Combating Global Health Crises: The Power of AI in Epidemic Prediction and Prevention

Global cloud market soars again, but AI could pose a risk

Global cloud market soars again, but AI could pose a risk

Interview Mrs.Anita Schjøll Brede

Interview Mrs.Anita Schjøll Brede

Interview with Mr.Jürgen Schmidhuber

Interview with Mr.Jürgen Schmidhuber

Interview with Mr.Fei-Fei Li

Interview with Dr.Fei-Fei Li

AI and Music Composition: The intersection of AI and creativity in composing music.

AI and Music Composition: The intersection of AI and creativity in composing music.

AI in Art Authentication: AI techniques for art forgery detection and provenance verification.

AI in Art Authentication: AI techniques for art forgery detection and provenance verification.

AI for Accessibility: How AI is making technology more accessible for individuals with disabilities.

AI for Accessibility: How AI is making technology more accessible for individuals with disabilities.

AI in Retail Personalization: Customizing shopping experiences with AI-driven recommendations.

AI in Retail Personalization: Customizing shopping experiences with AI-driven recommendations.

AI in Supply Chain Management: AI-driven optimization of supply chain logistics and inventory management.

AI in Supply Chain Management: AI-driven optimization of supply chain logistics and inventory management.

AI in Veterinary Medicine: AI applications for animal health diagnosis and treatment.

AI in Veterinary Medicine: AI applications for animal health diagnosis and treatment.

AI and Genome Sequencing: AI's contribution to accelerating genomic research and precision medicine.

AI and Genome Sequencing: AI’s contribution to accelerating genomic research and precision medicine.

AI and Drone Technology: AI's role in enhancing drone capabilities for various industries.

AI and Drone Technology: AI’s role in enhancing drone capabilities for various industries.

AI in Transportation: Innovations in autonomous vehicles and AI for traffic management.

AI in Transportation: Innovations in autonomous vehicles and AI for traffic management.

AI in Environmental Monitoring: AI applications for monitoring air and water quality.

AI in Environmental Monitoring: AI applications for monitoring air and water quality.

AI in Criminal Justice: AI's impact on crime prevention, offender profiling, and legal analytics.

AI in Criminal Justice: AI’s impact on crime prevention, offender profiling, and legal analytics.

AI for Elderly Care: Enhancing senior care with AI-powered health monitoring and companionship.

AI for Elderly Care: Enhancing senior care with AI-powered health monitoring and companionship.

AI and Disaster Prediction: Predicting natural disasters using AI-based models and algorithms.

AI and Disaster Prediction: Predicting natural disasters using AI-based models and algorithms.