Sheyene Technology

06/23/2024

Sheyene Technology and Town of Palm Beach Year 2 of Contract – 1st Renewal

06/23/2024

03/22/2024

ANTs Self-Driving Cart | Solito S4

This safe, eco-friendly, and intelligent passenger-carrying electric cart provides short-to-medium distance mobility solutions for smart transportation.

Key features:
Ackerman steering
Aerospace-grade wireless sensor technology.
Advanced High-Strength Steel.
Cost-effective and high-performance!

Solito S4 adheres to three major design concepts of full backup safety design, unmanned operation, and centralized management enabled by the intelligent command and control center. Solito S4 is made of advanced lightweight materials and sensors technology used in aerospace, consumer technology and military industries. The AHSS offers excellent ductility, toughness, and outstanding fatigue rating.

Contact us @ +1(929) 240-0003 or contact@sheyene.tech

03/12/2024

Our ANT technology (a patent-pending innovation) has matured beyond the prototype stage, with multiple machines successfully developed and commercially available. Our work also includes a teleoperation kit compatible with most late-model tractors. This kit enables seamless electronic control of steering, braking, throttle, facilitating real-world testing and development. Alternatively, the Sheyene Institute always focuses on the aspect of space qualification of hardware and software developments when designing new robot. During this project, we implemented these key modules with the aim of qualifying them further to reach the space readiness level. This work has reached an overall level of Technology Readiness Level 3, i. e., the state of a proof of concept. Our aim is to lift the modules to the stable state of TRL 6, which requires the modules to be tested in a relevant environment. We face the goal of implementing the latest developments to achieve a high performance for In-Situ testing in future space mission. ***Disclaimer: No part of this invention was a result of any federally sponsored research.

10/31/2023

ANTs | Quarry Transporter
The Six-wheel AI-Powered quarry transporter is specifically engineered for use in mining and heavy-duty construction environments, including transporting construction equipment or mined ores and minerals.

The Multi-Mission Unmanned robot navigates pre-programmed routes and avoids obstacles. It's also able to track and follow for military applications, or be remotely controlled in real time. It can additionally be equipped with an onboard generator, to power or charge other electric devices in the field. It can deliver emergency supplies, and act as a mobile generator in case of electricity disruptions for natural disaster relief, without putting humans in harm’s way.

10/31/2023

Six-wheel AI-Powered quarry transporter

10/29/2023

ANTs | Solito Self-Driving Cart

Solito is a cost-effective and high-performance self-driving cart to give you a head start on developing autonomous navigation applications that will change the world!

Solito navigates pre-programmed routes and avoids obstacles. It comes with user manual and phone app.

Key Features: Front Ackerman steering, rear hub motor drive, payload 170kg, cost-effective, high-performance, full-openness.

Solito empowers academic professors, educational experts, developers and general engineers to quickly develop and deploy autonomous vehicles, to build/test algorithms and to launch autonomous vehicles demonstrations.

10/29/2023

ANTs | Solito Self-Driving Cart. Key Features: front Ackerman steering, rear hub motor drive, payload 170kg, cost-effective, high-performance, full-openness.

08/16/2023

Questions about our brand? We can help. Start here for the answers to our most frequently asked questions

ABOUT US

07/31/2023

Our investments in space exploration are not only making the space domain more accessible and affordable than ever. By integrating commercial and open-source tech into earthly applications we are also able to transform that research into solutions and products with both environmental and economic benefits in addressing global-scale challenges on Earth, today.

I would like to highlight that one of the most important trends in the mining sector on earth is automation, this trend is not primarily environmental, but instead productivity, health and safety.

Some metals, such as copper, have always been important economically. Considering that a single EV can require upwards 180 kilograms of copper, the mineral will only become more important. This same demand pattern then extends to renewable energy installations. Wind turbines, in particular, require significant amounts of copper. Broadly, anything electronic will continue to require substantial amounts of copper. As the world shifts from a fossil fuel-based economy, this will become ever more important.

In the last 60 years uranium has become one of the world’s most important energy minerals. While uranium is used almost entirely for making electricity, a small proportion is used for the important task of producing medical isotopes. Some is also used in marine propulsion, especially naval. Nuclear capacity is expected to rise for the foreseeable future as global energy demand is projected to increase and due to the growing need for a clean energy transition. Searching for uranium is in some ways easier than for other mineral resources because the radiation signature of uranium's decay products allows deposits to be identified and mapped from the air.

Radiation represents a hazard to those working close to high-grade ores. It comes principally from uranium decay products in the ore, in particular, dust represents the main potential exposure to alpha radiation as well as a gamma radiation hazard, so exposure to this is regulated. In Canada this means that mining in very high-grade ore is undertaken solely by remote control techniques.

These are just a few examples of the ways we ensure innovations developed for space exploration are benefitting the planet, and improving lives globally.

https://www.sheyene.tech/