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Our virtual tutor aims to support each student in a hyper-personalized way by recommending educational content adapted to their learning profile.
Faced with the challenges of education, AI offers an innovative solution with the virtual tutor to personalize learning paths and strengthen student engagement. This technology makes it possible to adapt educational recommendations, activities and materials in real time according to the individual needs of students.
Thanks to AI, educational institutions can offer a hyper-personalized learning experience. This virtual tutor anticipates gaps, adjusts course content, and guides students through their training to maximize their success and engagement.
Digital transformation is changing the world of education, and the introduction of virtual tutors is a major example. A virtual tutor, based on AI as via Craft GPT, is used to guide students through their academic paths. It is an intelligent assistant that can analyze student data and offer them tailored learning resources, personalized advice, and relevant educational activities.
This system makes it possible to simulate the interaction with a teacher while automating part of the follow-up of students, thus relieving the load on professors.
It allows customization on a large scale. Indeed, each student receives recommendations adapted to their profile, their level of studies and their professional goals.
It increases student engagement. By offering them interactive and personalized courses, the virtual tutor promotes better participation and greater interest in content.
It optimizes teachers' time. Thanks to Craft AI, teachers can focus on high value-added tasks, while the virtual tutor takes care of the management of basic teaching activities.
In an educational environment where student needs and educational goals vary, adaptive AI-based learning is critical to personalize and enrich learning journeys. Each student follows a unique path, with specific needs, distinct goals and a specific pace of progress. The AI-powered virtual tutor therefore adjusts teaching recommendations in real time, based on data collected on student performance and preferences.
AI algorithms allow for in-depth personalization of content, ensuring that each student benefits from an education adapted to their academic goals. This approach also automates the management of administrative tasks, reducing the workload on teachers. Freed from these repetitive tasks, teachers can focus more on more strategic and high-value-added educational interventions.
Thanks to this technology, educational institutions offer a more effective learning environment, promoting both better academic success and increased student satisfaction.
Virtual tutors play a key role in optimizing learning paths and managing educational resources. Thanks to AI, they analyze student behaviors and interactions in real time to adjust educational paths and prevent disengagement. By quickly detecting signs of dropout, these virtual tutors adapt content and recommend tailored activities to maintain engagement.
AI also makes it possible to personalize learning according to the gaps identified, by offering targeted and adapted resources to fill these deficits. This constant monitoring ensures dynamic program management and improves the overall effectiveness of teaching, allowing each student to progress at their own pace while strengthening their skills where necessary.
For institutions, the integration of virtual tutors represents a significant gain in terms of efficiency and responsiveness. These solutions make it possible to adjust courses in real time, to diversify the types of activities offered, and to reduce the administrative burden on teachers. By automating the management of educational resources, teachers can thus focus on personalized educational interventions, thus maximizing added value for each student.
Virtual tutors powered by artificial intelligence are not limited to personalizing learning paths: they actively contribute to the continuous improvement of educational content. By analyzing student performance in real time, AI identifies poorly understood concepts, recurring difficulties, and ineffective modules.
This information allows institutions to adjust educational materials dynamically. For example, if an exercise or module generates frequent errors or confusion among a large number of students, the virtual tutor can suggest adjustments — such as better explanation of concepts or the addition of complementary teaching resources — in order to make learning more accessible and relevant.
Thanks to this capacity for continuous adaptation, virtual tutors ensure that educational content remains constantly aligned with student needs, thus improving the quality of teaching while maintaining a high level of student engagement and motivation.
The platform is complete, simple, completely secure and allows our data scientists to deploy their code in production independently thanks to its model management tool
The platform allowed us to industrialize a major project for Omnes Education in record time: the creation of a virtual tutor to supervise students. We were particularly impressed by the scalability and robustness of the product.
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We particularly liked the flexibility of the platform, the ability to go into production without having to refactor the code, and the quality of the user experience.
Craft AI offers the clearest AI solution for education adapted to our needs and is already a real technological success.
Trusted AI at the service of students, explainable and equitable, in complementarity with teachers is the great promise of Craft AI.
The application developed with the Craft AI platform allowed us to improve the productivity of our biologists by 30% by automatically detecting failed manipulations. The platform is perfectly suited for computer vision applications.
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The platform allowed us to deploy a consumer assistant in 250k homes. The models have been re-trained every day and the application has been perfectly stable and effective. This allowed us to reduce household consumption by 5%.
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Generate data similar to the original while ensuring confidentiality through synthetic data.
Monitor performance and protect against potential hallucinations or drift in your AI models in production.
Choose the cloud provider you prefer, switch between providers with just a few clicks, and avoid vendor lock-in.
Minimize the amount of energy required to train and use your models while controlling your costs.
Educational institutions are faced with the need to follow each student in a personalized manner, while optimizing academic success. Craft AI is responding to this challenge by developing intelligent virtual tutors who support students throughout their educational journey.
Using advanced machine learning algorithms, Craft AI analyzes each student's academic data to generate tailored educational recommendations. These virtual tutors offer support in real time, identifying points of difficulty and suggesting appropriate resources to help each student strengthen their skills.
In addition to personalizing learning, this technology optimizes the management of educational resources, reducing the administrative burden on teachers and allowing them to focus on human support. Thanks to Craft AI, educational institutions benefit from an innovative solution that improves academic success, while ensuring individualized follow-up and a more fluid and engaging learning experience for students.
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