Our Areas Of expertise

Cybersecurity ensures that data is managed under optimal and secure conditions. Acquisition, transport, processing, storage, and provision—each of these steps introduces vulnerabilities to what we call cybercriminals. Protecting data has become one of the major challenges of our time, as it involves political, economic, military, and criminal stakes at various levels. How can we protect our data while ensuring access for authorized individuals? How can we create a trustworthy digital society while safeguarding individual freedoms?

Artificial intelligence, image processing, cybersecurity, connected devices, exploration robotics… Engineers trained at EPITA are equipped to tackle current challenges and anticipate future ones. They drive change and encourage all sectors to rethink themselves, even bringing concepts that were once confined to science fiction into reality.

Connected devices, or the Internet of Things (IoT), are everywhere. Whether they are simple “fun gadgets,” medical devices, or complex industrial systems, they all share the common trait of being connected to open networks like the Cloud or the Internet. This connectivity presents complex challenges related to development, communication, and security..

Knowledge-based systems dominated research and applications in the field of Artificial Intelligence for years. They represent a completely different approach to AI compared to statistical AI, using explicit knowledge rather than neural networks and machine learning. The former aims to reason, while the latter seeks to reproduce from known data. While statistical AI currently produces remarkable results, how can we develop knowledge-based systems today?

Big Data Ubiquitous in businesses, artificial intelligences now accompany us in our daily lives. The scope of their actions will make them tomorrow’s tool of economic power and geopolitical influence. Machine Learning is the set of algorithms that enables a system to “learn” from examples and data. The system will make predictions based on the data it was provided during its learning phase.

By freeing experience from spatial, temporal, and security constraints, Virtual Reality and Augmented Reality offer new ways to represent objects in either real or unreal spaces.

Quantum computing revolutionizes computation, promising exponential speedup for complex problems like cryptography, drug discovery, and optimization.

A revolution comparable to the advent of the Internet is set to transform the economy as we know it. However, it requires engineers who can implement it. The engineers from EPITA, trained in architecture, technical infrastructures, and the software of large information systems, are ready to meet this challenge.