Society of Robots - Robot Forum

Introducing our revolutionary invention, the Nosh robotic waiter, destined to become an indispensable assistant in the near future.



In today?s fast-paced world, entrepreneurs across industries are constantly looking for innovative solutions to improve efficiency and customer service. The robot waiter is a remarkable innovation that will change the hospitality industry. Imagine gliding gracefully through bustling cafes, flawlessly serving customers with unparalleled precision and speed. Equipped with advanced programming and sensors, this robot effortlessly navigates crowded spaces, avoids obstacles and delivers food to the right table.

The benefits for caf? owners are enormous: increased productivity, lower labor costs, and round-the-clock availability of service because the robot never gets tired and does not require time off. Robotic waiters also eliminate the risk of human error by minimizing instances of forgotten orders or mix-ups. Moreover, the use of robotic waiters solves labor shortages and problems associated with hiring and retaining qualified personnel, providing reliable and consistent service.

The introduction of robotic waiters into the hospitality industry opens up vast opportunities to experiment with the customer experience. The easier a customer?s interaction with a service or product, the more likely they are to accumulate a positive experience and brand impression. By applying this technology, restaurants can position themselves as pioneers in their field, attracting customers with a growing demand for quality service and a unique dining experience. For example, robotic waiters can provide consistent and personalized service. They can be programmed to remember customer preferences, such as dietary restrictions or favorite foods, ensuring that each customer is treated individually. By maintaining an extensive database of customer preferences, robotic waiters can anticipate needs and make appropriate recommendations, creating unique and personalized service.

Aesthetically, robotic waiters can also help create an atmosphere of novelty and excitement. Their elegant design and fluid movements can attract the attention and curiosity of customers, contributing to an unforgettable and enjoyable atmosphere. Children and technology enthusiasts, in particular, will find the presence of robotic waiters exciting, adding an element of entertainment to their dining experience.

Overall, the introduction of robotic waiters into the food service industry can greatly enhance the user experience, bringing an element of novelty and fantasy to ordinary everyday life. While human companionship and warmth will always be valued, the introduction of robotic waiters can complement traditional service methods and usher in a new era of unburdening and enjoyable dining experiences. To truly understand the value and potential of robotic waiters, you need to see their capabilities firsthand by visiting establishments that have already implemented this cutting-edge technology.In the following articles, we will take a closer look at the incredible capabilities of robotic waiters and explain their development process at every stage.

Discover a world where technology merges with convenience and see how these robots are changing the industry, increasing efficiency and revolutionizing customer service. The future of automation is here, and GEC Engineering is leading the way.

? Official website of the project: https://www.dinebot.ai/

? Engineering Team CTO: https://www.linkedin.com/in/oleg-gridin-74563a226/

? Engineering team: https://gec-engineering.tech/about-us/

In recent years, advancements in robotics technology have paved the way for innovative solutions in law enforcement. One such breakthrough is RO.V.E.R, the police robot, which offers an array of cutting-edge features designed to enhance situational awareness and support officers in their duties. In this article, we will delve into the main features of RO.V.E.R and explore how they contribute to the effectiveness of police operations.


BLE Tracking:
RO.V.E.R utilizes Bluetooth Low Energy (BLE) technology to enable seamless tracking of officers inside buildings. This feature eliminates concerns about losing track of the robot, ensuring that it remains within close proximity to the officers it accompanies. By integrating BLE tracking, operators in a command center can access live video footage of officer movements, providing real-time situational awareness. This functionality proves invaluable in enhancing coordination and decision-making during critical operations.

Live Camera View:
One of the key features of RO.V.E.R is its ability to provide operators outside a building with a real-time camera view of the environment. This live camera feed allows operators to remotely assess the situation, gather crucial information, and formulate effective strategies. By leveraging the robot's camera capabilities, law enforcement personnel can better evaluate potential threats, plan entry points, and navigate challenging or hazardous environments safely.

RF Grid Mapping:
RO.V.E.R's RF Grid Mapping capability combines RF signal strength logging with LiDAR data within a grid system. This unique feature aids in identifying areas with poor RF coverage, such as dead zones or weak signal spots. Additionally, the robot can map the locations of radio-emitting devices, enabling officers to pinpoint potential sources of interference or suspicious activities. RF grid mapping enhances communication reliability and facilitates efficient allocation of resources during critical missions.

RO.V.E.R, the police robot, encompasses a range of powerful features that significantly easies law enforcement operations. With BLE tracking, it ensures officer to track real-time situation. The live camera allows making correct decisions by providing a real-time perspective of the environment. Lastly, RF grid mapping improves communication reliability and helps identify radio-emitting devices. As technology continues to advance. In close future RO.V.E.R will become irreplaceable device in ensuring public safety and enhancing the effectiveness of law enforcement.


Follow our updates:
Official website of the project https://www.roverrobot.org/
The official website of the project on Linkedin https://www.linkedin.com/company/project-rover-inc/about/
Engineering Team CTO https://www.linkedin.com/in/oleg-gridin-74563a226/
Engineering team https://gec-engineering.tech/about-us/


Brian Martin CEO - https://www.linkedin.com/in/brian-martin--/
Dhruv A. - director - https://www.linkedin.com/in/dhruv-a-72662166/
Mike Matranga - President - https://www.linkedin.com/in/mike-matranga-23b59427/
Anthony Ferguson - Secretary - https://www.linkedin.com/in/anthony-j-ferguson/

Anyone else intersted in helping. I got the manual bits out of the way. Please see attached picture.


Picture Full Size: https://ibb.co/HCz0bcH



Next step is to program an alarm clock.

Alarm clock features:

- Set time
- Set alarm
- Set number of chimes.



Im not sure where to begin on this. Any help much appreciated. Thank you

I am a total beginner and I need to pair a remote with a little circuit board thingy, but I don't even know what kind of remote or circuit board I have! (I have attached a picture)

If someone is able to help me identify these two items that would be a good place to start.

Also, any advice on pairing a remote would also be helpful.

(Note: the circuit board already works and does what I want it to do and one of the remotes works with it, I am simply trying to pair a second remote that is identical)