Ariadne

Let's discuss your project

Development of decision-support systems for
mining, oil, gas
industry enterprises.

- Data Acquisition and Storage Systems

- Dashboarding

- Advanced Planners

Let's discuss your project

Development of decision-support systems for mining, oil, gas
industry enterprises

- Data Acquisition and Storage Systems

- Dashboarding

- Advanced Planners

Let's discuss your project

About us

Customer experience
We have completed projects in various fields, from oil and gas to mining, which helps us profoundly understand client's problems and speak the same language.
Unique development
Ariadne develops and implements modules for decision-support systems, from data acquisition and storage software to advanced assistants.

Our technologies

Data Acquisition and
Storage Systems
1. Flexible Asynchronous Data Collection Framework
2. Database Management Systems for Big Data Requirements
Dashboarding
&nbsp
1. Visualization Engines - Maps, 3D and Large-scale Graphs
2. Analytics Modules - Statistical Methods, Computer Vision
Advanced Planners
&nbsp
1. Trajectory Optimization Core and Obstacle Avoidance
2. Advanced Data Analysis Modules and Software

Our cases

We have developed over 10 unique solutions tailored for industrial companies. Each project is implemented with a focus on business needs and stands unparalleled in its field.

Biological Signal Monitoring

Objective:

To engineer a software solution for real-time acquisition, processing, and visualization of biological signals (PPG, ECG, EMG) and motion data (accelerometer, gyroscope) from wearable sensors.

Approach:

Development of a data exchange protocol between the data acquisition board and the acquisition and visualization program.
Adaptation of the SCADA framework to the specifics of the task.
Selection and adaptation of automatic data processing algorithms.
Interface development and testing of the complex on patients.

Outcome:

Within a month, a prototype solution was created that collects, processes and visualizes human biological signals.

Event Metadata System for Big Data Storage

Objective:
To create a scalable system capable of managing billions of events (terabytes of data) annually, optimized for rapid data search and analysis.

Approach:

Comparison of various data management strategies to identify the most effective approach.
Development of an event metadata system optimized for rapid data retrieval and enhanced quality control.

Outcome:

Web application that enables users to retrieve records based on search criteria, incorporating role-based access control.
Database monitoring system equipped with alert functions to ensure data integrity and system performance.

Detection of Intra-well Events in DTS and DAS

Objective:
To develop and integrate of new modules for automated processing of well data based on Computer Vision into an existing distributed IT system developed by another contractor.

Approach:

Implementation of filter-based data analysis techniques to detect and extract regions of interest for detailed analysis.
Enhancement of existing system to improve the user experience and seamlessly integrate the newly developed algorithm

Outcome:

Enhanced web application equipped with advanced data analysis tools, providing significant improvements in data processing and user interaction.

2D Marine Seismic Survey Optimization

Objective:
To develop software to optimize vessel trajectory, minimizing survey duration while accounting for obstacles.

Approach:

Implementation of a probabilistic adaptive optimization algorithm that incorporates realistic vessel movements.
Development of a novel obstacle avoidance algorithm that considers several complex-shaped obstacles.

Outcome:

Improvement in expected survey duration, i.e., survey costs, by up to 5% relative to an industrial solution.
Desktop application featuring an interactive map.

Truck Loading Optimization

Objective:
To develop an advanced optimization algorithm that accounts for axle load, stackability, unloading order, and cargo rotations.

Approach:

Adaptation of a 3D visualization framework to evaluate various loading configurations effectively.
Development of a sophisticated algorithm utilizing OptaPlanner, a leading open-source optimization solution.

Outcome:
Improvement in container space utilization, i.e., transportation. costs, by up to 10% compared to a basic optimization solution.

3D Seismic Survey Area Coverage Optimization

Objective:
To enhance our optimization core for improved efficiency under 3D survey conditions

Approach:

Implementation of an algorithm that optimizes an azimuth of lines, maximizing area coverage.
Adaptation of the optimization core to balance survey duration with infill probability, ensuring comprehensive area coverage without compromising on efficiency.

Outcome:

Novel algorithm that optimizes the number of survey slices for maximal efficiency and coverage.
The algorithm's versatility allows for application in UAV surveys and combine harvester operations, demonstrating broad utility beyond seismic surveys.

4D Marine Seismic Survey Planning

Objective:
To elevate 4D survey operations with cutting-edge software solutions.

Approach:

Regression analysis to identify the relationship between sea currents and streamers’ positions.
Adaptation of the optimization kernel to incorporate survey quality requirements, aiming to reduce vessel downtime and enhance quality metrics.
Development of a convergence map to streamline the planning process, making complex survey plans more comprehensible.

Outcome:
Desktop application that streamlines survey planning by automating traditional manual calculations and enabling comprehensive report generation for efficient verification and decision-making.

Our clients and partners

Meet Our Team

Meet Our Expert Team: 65+ Years of Combined Experience.
Our team consists of senior Kotlin developers who allow us to use all the advantages of the JVM eco-system and transfer mobile app technology to desktop applications. Our team also has analytics and Python programming experts who can invent and implement state-of-art algorithms.

Andrey Razin
Operated marine seismic surveys for 30+ years.
Demonstrated expertise in maritime operations.
Led multiple survey projects with successful outcomes.
Vladimir Palmin
Have 4 years in Data Analysis.
Developed 5+ analytics tools.
Led a team of analysts.
Sergey Kurkov
Navigated 10+ years in Business Development.
Established key partnerships and collaborations.
Played pivotal roles in product launches.
Alexander Nozik
Engineered software solutions for 15+ years.
Designed and rolled out 5+ software libraries.
Recognized as a Google Expert in Kotlin.

Meet Our Team

Meet Our Expert Team: 65+ Years of Combined Experience.
Our team consists of senior Kotlin developers who allow us to use all the advantages of the JVM eco-system and transfer mobile app technology to desktop applications. Our team also has analytics and Python programming experts who can invent and implement state-of-art algorithms.

Andrey Razin
Operated marine seismic surveys for 30+ years.
Demonstrated expertise in maritime operations.
Led multiple survey projects with successful outcomes.
Vladimir Palmin
Have 4 years in Data Analysis.
Developed 5+ analytics tools.
Led a team of analysts.
Sergey Kurkov
Navigated 10+ years in Business Development.
Established key partnerships and collaborations.
Played pivotal roles in product launches.
Alexander Nozik
Engineered software solutions for 15+ years.
Designed and rolled out 5+ software libraries.
Recognized as a Google Expert in Kotlin.

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The development of our projects progresses through several phases. Initially, we start with a proof of concept, which can take up to several months. Following this, we move on to developing a Minimum Viable Product (MVP), typically requiring about six months. After the MVP's successful launch, we focus on scaling the solution, which may extend beyond six months. Our expertise and pre-developed solutions significantly facilitate and predict the scaling process