Resources -
Artificial Intelligence

Resources -
Artificial Intelligence

Artificial Intelligence

Accelerate innovation in your industry with data-driven insights powered by Artificial Intelligence. AI models offer problem-solving inferences for diverse applications with rapid training on large datasets, enabled by cutting-edge server solutions. Explore how AI is creating disruptive breakthroughs across different industries

Cutting-Edge Applications of AI

Medical Diagnostics

AI, in conjunction with computer vision, can enable rapid diagnosis of various diseases with greater accuracy. The application of Machine Learning (ML) can create a seamless workflow that includes image analysis, detection and labelling of anomalies, and extraction of insights for clinical inference.

For example, Convolutional Neural Nets (CNN) can be applied to MRI image segmentation, for in-depth medical image analysis. Similarly, Deep Learning training algorithms provide features like tissue delineation and cancer tissue identification that can offer faster diagnosis or identification of hard-to-detect anomalies. 

These medical applications of AI require cutting-edge technology for efficient deployment. . For instance, GIGABYTE’s DNN (Deep Neural Network) Training Appliance built on their G-series server and Myelintek MLSteam suite empowers healthcare professionals to integrate AI in their medical diagnostic procedures.

Overall, AI not only adds powerful tools to the diagnostic workflow but also boosts productivity by allowing healthcare professionals to focus on higher cognitive tasks and decision-making.

Autonomous Driving

The use of AI realises driving solutions that extract data from their environment using a variety of sensors, use trained models to make real-time inferences from sensor inputs and navigate vehicles autonomously. Aside from personal vehicles, applications of autonomous driving extend to public transportation, agriculture, topographical surveys and mapping, and delivery of goods.

For instance, the GIGABYTE PILOT provides a platform to develop and deploy a control system capable of supporting the full range of ADAS (Advanced Driver-Assistance Systems) up to the fully autonomous level 5. The GIGABYTE PILOT takes charge of throttle-torque conversion, power limiting, closed-loop control, and monitoring systems while being compliant with automotive standards. Using different CPU+GPU combinations depending upon the application, the GIGABYTE PILOT enables you to create a high-performance and reliable autonomous vehicle.

NLP and Generative AI

Natural Language Processing (NLP) is a sub-field of AI that deals with the analysis, interpretation, and manipulation of human language. Advanced deep learning models have enabled the use of NLP techniques to understand the context, sentiment, and tonality of language to an extent comparable to human performance. NLP has laid the foundation for applications like Generative AI, which offers multi-modal human-machine interactions that can interpret, summarise, and create content.

Generative AI based on Large Language Models (LLMs) expedites query-related activities like browsing search results to consolidate useful information. In addition, LLM-based online assistants or chatbots like ChatGPT can simplify complex subject matters into easily understandable and digestible chunks of information, thus leading to productivity boosts across all industries. Besides text, generative AI technology can create images, videos, and even code, based on user inputs. 

Thus, generative AI supports rapid content creation, personalised user experiences, generation of design elements, and faster development and testing across industries. Pursuit provides integrated AI solutions to accelerate your AI development and deployment. Our portfolio includes NVIDIA’s HGX servers that incorporate optimised AI stacks to help launch your generative AI system.


Pursuit serves as a technology partner in your AI endeavours by providing an end-to-end turnkey solution for your artificial intelligence requirements. Our offerings integrate the latest AI-focused components to create deployable, high-performance, power-efficient, and reliable systems that can handle any AI workload.