Big Data and Artificial Intelligence
With the developing technology and communication methods, the data produced by humanity is increasing swiftly. Today, when more than 3.7 billion people use the internet, approximately 2,500 petabytes of data are generated in one day. It is predicted that the data production speed of humanity will increase exponentially with the "Internet of Things" (IoT) devices that are slowly starting to come into our lives and with 5G communication technologies that will multiply communication speeds.
Big Data, from which valuable information can be obtained by processing with data mining techniques and artificial intelligence technologies, is called "the gold of the new age" in terms of the advantages and potential opportunities it offers. The interpretation of large-scale data processed with artificial intelligence technologies can lead to significant advantages in the military field, enable substantial steps towards energy efficiency, provide intelligence capabilities unparalleled in history, facilitate human life with smart city applications, and offer major benefits in numerous areas ranging from finance to cyber security, and from business intelligence to information management.
As HAVELSAN, we aim to keep pace with this new information age with our capabilities in the fields of Big Data Analysis and Artificial Intelligence, which have become a necessity of the information age and whose importance has increased undeniably.
By making Big Data Analysis and Artificial Intelligence technologies available to people without technical competence, we enable them to benefit from this potential. Through the solutions we offer in the fields of intelligence, we make big data meaningful to people and provide organizations with the ability to make "data-driven decisions" by integrating them into decision support systems. With our big data analysis capabilities, we reveal hidden and open connections within the data coming from many different data sources, regular or irregular (Tactical Field, Autonomous Vehicles, Social Media, etc.).
Our state-of-the-art machine learning methods and big language models make it possible to quickly and scalably make sense of data that is impossible for mankind to make sense of in the context of the source.
Within the scope of High-Performance Artificial Intelligence Systems and Big Data studies, it is aimed to develop outputs/systems that can
- Train the latest generation artificial intelligence models with hardware accelerated and high performance, design and implement innovative artificial intelligence models;
- Run multiple artificial intelligence algorithms on our own FPGA/SoC (Field Programmable Gate Array/Security Operations Center) based complex electronic cards;
- Design their own ASIC-based artificial intelligence chip;
- Perform complex predictions using Graph/Hypergraph based approaches in general artificial intelligence;
- Cost-effectively produce high-performance computing systems for big data.
