Zerua Tech

WE KNOW AI+SPACE
HAVE SOMETHING TO BUILD?

We develop cutting-edge algorithms, software and applications, involving artificial intelligence tools such as machine learning and optimization for engineering problems in variety of science and engineering sectors such as space engineering and maritime industry.

Software Development

Data Analysis

Research and Development

Evolutionary Computations

Optimization

Machine Learning

Solutions

Space
Engineering

Our objective is to design, develop and deploy across the tech stack in different clusters, including space engineering and maritime industry, maximizing your software development project team with expert technical talent. Our major activities include but not limited to satellite-based systems and information. Whether you are looking for standalone application development or web development, we provide support for all of your custom software development projects, ensuring practical interface and design across the software development cycle.

Maritime
Engineering

Space Engineering

The study of astrodynamics is becoming a common prerequisite for any engineer or scientist who expects to be involved in the aerospace sciences and their many applications. While manned travel in space missions is becoming more common, we are also concentrating on sophisticated applications of Earth and interplanetary satellites in the fields of communications, navigation, and basic research. On this matter, we merge Astrodynamics and Artificial Intelligence to provide cutting-edge engineering solutions, products and services of the uttermost quality for our clients in the space sector. Our group consists of professional experts with specialties in orbital dynamics, space system engineering, computer science, software development, data science, space simulation, control, optimization, and applied mathematics.

Space Mission Design

Space Orbit Simulation

Satellite Dynamics and Control

Spacecraft Trajectory Optimization

Space Situational Awareness

We help both the space scientific community and industrial community make use of, and benefit from, latest advances in aerospace science and technology, and bring together multi-disciplinary teams to generate ideas and solutions in an open innovation environment.

Space Orbit Simulation

Simulation platforms in space engineering are essential tools for space mission analysis and design. As the advances in design process and optimization rapidly grow in aerospace industries, the development of simulation tools and packages becomes more important every year.

In this regard, we develop online interactive tools with main concentration on analysis, design, computation and simulation of the motion for satellites and space systems. This ongoing project focuses on the development of methods, software and novel mathematical models for web-based satellite simulation and visualization interfaces.

Our main goal in space sector is towards the developments of the simulation methods and tools, used for real-world mission support, space engineering studies, education, and public engagement. Since the vast majority of the key elements in simulating a space vehicle are associated with design, optimization and 3D visualization, the fundamental aim is to develop a practical software in this regard with significant features. Having a user-friendly environment and modularity in software development are the main goals in this project.

Maritime Engineering

We believe that the rapid increase in the affordability of satellite data acquisition, storage and processing infrastructure and advances in intelligent techniques to learn from data offer means to significantly improve maritime safety and security while reducing costs. In this regard, we develop intelligent algorithms and applications to take advantage of the Automatic Identification System (AIS) data for improving the bunkering operations at the ports.

Bunkering Operations Analysis

Vessel Trajectory Analysis

Estimation of Arrival Time

Bunkering Process Optimization

Vessel Route Prediction

Satellite AIS enables its data to be used in developing efficient tools to help fulfil customer expectations and reduce delay costs in maritime operations. Our concentration is toward variety of techniques to optimize the workflow of the ports, minimizing delays and the waiting times, estimating the time of arrival of the vessels, and suggesting optimal time of arrival for the vessels.

Bunkering Optimization

The efficiency of the port operations in providing fuel to the vessels is a significant matter in the maritime industry, and it has a direct connection with the scheduling program of the bunkers. Increasing the efficiency of the bunkering operations requires a recommendation system for the optimal time of arrival of the vessels.

Taking advantage of the satellite AIS data, we are dedicated to the development of optimization frameworks for bunkering operations at the ports. We develop adaptive and high-performance machine learning algorithms to predict, optimize, and estimate key parameters in the bunkering optimization problem.

Following the developed bunkering optimization framework based on satellite AIS data, many important parameters can be identified and\or optimized. These parameters include earliest possible time of arrival of the vessels, weather prediction, estimated bunkering duration, availability of the anchorage areas for the bunkering operation, and estimated time of departure of the vessels after the bunkering operation.

Mission and Values

Quality

Innovation

Flexibility

Focus

Teamwork

Ethics

Our mission is to represent the state of the art in the space industry, designing, developing, and maintaining applications for space systems, and satellites for operators, academic sector and space corporations.

The quality system in designing and developing software is one our critical assets, assuring reliable solutions in the technology landscape.

We are dedicated to being an innovative team, where everyone is able to make a difference to the existing concepts, a meaningful contribution to society and a positive impact on our planet.

Our relatively small size gives us the ability of being flexible and responsive, always keeping our customers satisfied by offering them tailor-made quality products that fully cover their needs.

Our activity revolves around the requirements of customers. Their trust relies on our expertise and experience. So, the focus of our efforts is to boost customer satisfaction by providing competitive, high-quality solutions.

The foundation of our company is teamwork and mutual respect. we have a very flat hierarchical structure. Our researchers and consultants are peers working together on every process in teams to ensure the satisfaction of our clients.

To us ethics equals the utmost respect for our clients and their reputation. They can expect complete confidentiality when working with us. All information obtained in the relationship with our clients are treated with the outmost respect and discretion.