As founder and CEO of [Company], Pavlo brings over two decades of expertise in artificial intelligence and six years of experience in robotics to his role.

It all began with my father, an ardent enthusiast of technology from the very start. Long before I took my first breath, my grandfather gifted me a personal computer – a rare commodity in our small town in 1989.

As a precocious five-year-old, I penned my inaugural computer program on a laptop at that tender age. As I pondered the prospect of entrusting tasks to a machine, I found myself captivated by its potential to carry out instructions with precision.

I acquired my initial online presence at age seven for a modest sum of twenty dollars. Soon after, I started building and marketing computer systems. By the time I was 13, I had crafted a program capable of circumventing a PC game’s CAPTCHA, which eventually evolved into an advanced automated license plate recognition system.

By my mid-teens, I had become convinced that the future belonged to robotics.

This epiphany redirected my trajectory towards robotics and artificial intelligence. Although I was eager to launch my own robotics company, financial constraints forced me to take a divergent path at that stage in my life. By the age of nineteen, I had founded a sports studio that rapidly expanded into a global enterprise, boasting an impressive 60 million clients across the world. By 2021, our team had grown to comprise approximately 700 staff members, with several of our video games achieving remarkable success, including ranking as the top downloaded titles in their respective genres within the United States.

Robotics had always been a constant presence in my thoughts and feelings. I’ve always believed that by tasking robots to handle all tedious, monotonous, and hazardous tasks, we can elevate the human experience. By the end of 2017, I had amassed enough resources to finally take the leap and establish my own robotics company, bringing my long-held vision to life.

After investing a year into comprehensive analysis in robotics, I’m finally ready to begin. Following the initial success, I assembled a team of highly accomplished engineers and programmers – a mix of seasoned colleagues and fresh talent – to co-found Deus Robotics in January 2019. This previous summer season, Deus Robotics was shortlisted for Logistics UK’s Logistics Awards, Robotics & Automation Awards, and Provide Chain Excellence Awards USA.

Through my involvement with video games, I’ve acquired valuable expertise in numerous critical domains, which has been particularly fulfilling as I’ve observed the relevance of these skills in robotics.

Digital worlds revolutionize robotics by offering a swifter and more environmentally sustainable approach to exploring ideas, eliminating the need for lengthy waits of several months for a hardware prototype to be prepared. By substituting physical prototyping with virtual experimentation, you can streamline the development process. Crafting immersive digital realms requires a unique blend of strategy and synergy, where AI-powered agents collaborate seamlessly with their surroundings – an area where my sports performance optimization skills surprisingly find fertile ground.

With experience developing algorithms for robotic path planning, our team drew upon its collective knowledge of similar techniques used to create autonomous character navigation in video games. In our simulation-based video games, numerous characters required navigation through cities with complex road networks and structures – akin to the robotic entities in our systems. The transition of our path-planning expertise to robotics proved remarkably smooth and unencumbered.

Robots, much like video games, rely on sophisticated software programming for their creation. Developing a premier sports franchise requires designing innovative, cost-effective strategies; fostering engaging social features, such as real-time chat and team management; incorporating intense competition mechanics; and crafting an immersive digital environment replete with diverse gameplay elements. One of our video games boasted an impressive array of over 300 intentionally designed windows, significantly exceeding the typical number found in many popular banking applications. The video game industry accommodates vast audiences, boasting tens of millions and even billions of players engaging in a multitude of activities, thereby providing invaluable insights that can be leveraged to optimize warehouse robotics operations.

A comprehensive data analysis strategy is crucial for measuring success and making informed decisions. To thrive in the competitive world of video games, we had to quickly distill insights from consumer behavior, processing vast amounts of data with precision. Robots process vast amounts of data, requiring robust analytics and evaluation techniques to ensure accuracy. Moreover, developing AI-powered brokers in video games that engage with players is akin to designing robots, as both require crafting sophisticated, adaptive behavior.

If you possess the skills to assemble and manage a sports enhancement team, you’ve also got the capacity to lead a robotics team successfully.

The Committee aims to provide expert guidance to authorities on the development and implementation of artificial intelligence (AI), as well as robotics. I joined to leverage my expertise in robotics, while also seeking guidance from esteemed authorities on specific requests. We’re also focused on training, legislation, and pioneering AI projects in Ukraine. 

Through collaborative efforts with the Committee, Deus Robotics developed a pioneering approach to revitalize passion for advancing robotics in Ukraine, extending beyond mere warehouse automation and unlocking new opportunities. This allows us to create a more comprehensive and lasting impact.

Our cutting-edge AI-powered management software, branded as AI Mind, leverages a suite of pivotal technological advancements:

• A sophisticated system that consolidates and interprets vast amounts of data from various robotic sensors, enabling it to form a comprehensive understanding of its surroundings, determine its precise location, and make informed decisions.
• A sophisticated control system orchestrates the operation of various robotic components, including manipulators, motors, lidar sensors, and cameras, to seamlessly execute pre-programmed tasks and commands.
• A cutting-edge 3D recognition system seamlessly integrates advanced technologies to detect obstacles with unparalleled precision, combining the efficacy of 3D cameras with the accuracy of lidar sensors to interpret and understand real-world environments.

• Our cutting-edge AI platform seamlessly integrates with all robots via robust Wi-Fi connectivity, streamlining coordinated actions and facilitating effortless centralized communication.

Our centralized system plays a vital role in ensuring seamless operations within our warehouses. By continuously tracking the exact location of each robot in real-time, it enables swift and safe navigation.

This centralised system integrates seamlessly with the warehouse management system, thereby streamlining robotic administration and presenting a key advantage.

As their connectivity evolves, our robots are also becoming increasingly intelligent. Thanks to its adaptable interfaces for diverse robotics systems, our platform seamlessly integrates robots from multiple manufacturers, allowing them to exchange data and collaborate on tasks.

Prior to this advancement, robots from the same manufacturer were only capable of communicating with other robots from the same origin. Now, they will adapt their knowledge and collaborate across diverse industries.

Unlike many different warehouse robotics companies, our team has focused on developing the fundamental intelligence that drives robot efficiency. Our AI-powered mind seamlessly integrates with robots from any manufacturer, fusing our expertise with their capabilities to elevate even the most advanced robots into highly effective and intelligent machines. Interoperability of this kind is a unique aspect within the industry.

Since many robot manufacturers produce devices that are not compatible with each other, interoperability becomes a crucial issue. As robotics suppliers primarily cater to niche segments of automation needs, warehouses are often left grappling with an overwhelming array of options. Every supplier demands costly and time-intensive integration, rendering it arduous to pivot or explore alternative options. When disparate robot systems from various suppliers struggle to integrate or operate independently, it creates operational complexities that hinder the ability to scale capabilities effectively?

That is where we are available. With our streamlined system, effortlessly manage an unlimited number of robots under one virtual roof via a seamless, intuitive interface.

With our answer, you get:

• Can all automation systems be unified under a single framework?

• By implementing a unified integration solution for current and prospective suppliers, we streamline processes, eliminate redundant costs associated with repeated integrations, and provide the flexibility to seamlessly switch between vendors as needed.

• A comprehensive and user-friendly administration system designed to seamlessly manage current and emerging robotic technologies.

• Artificial intelligence-empowered robots, engineered to operate in harmony, capable of seamless integration with humanoids as well.

• Providing ongoing coaching and support to warehouse operators ensures seamless operational efficiency.

And the most effective half? Our answer is actually all-in-one. Our company offers robots capable of handling approximately 90% of logistical tasks, complemented by a cutting-edge AI platform that seamlessly integrates all aspects. By integrating robots from a wide range of suppliers, you can streamline your operations and scale your automation capabilities to unprecedented levels. Despite its significance, automation technology remains woefully underutilized in warehousing, with a paltry 20% of facilities embracing the benefits of mechanization.

With its advanced navigation system, our robot is able to pinpoint the location of a flooring tag with unparalleled precision, achieving an impressive accuracy within just 1 millimetre. Although the tag isn’t always visible, our system still achieves impressive results, with accuracy remaining at a high level of around 80% even when out of sight. In areas where LIDAR technology is accessible, its primary function is to ensure precise navigation, particularly between recognized reference points.

Combining LIDAR data with information gleaned from tags and gyroscopes adds a further dimension to our understanding. All supplies provide distinct perspectives with varying degrees of precision. Our advanced system seamlessly integrates multiple inputs to precisely locate the robot’s position with unparalleled accuracy. As the accuracy of the information increases, the robotic system’s navigation capabilities improve, and precise positioning proves essential for facilitating smooth and efficient robotic movements.

Acquiring robots necessitates substantial upfront investments, typically yielding a payoff period ranging from one to three years. Will this also tie up consumers’ working funds and lead to higher capital expenditures?

RaaS (Robots as a Service) revolutionizes the way companies operate. The proposed model eliminates the need for significant upfront capital investments, instead utilizing ongoing operational expenses as a viable alternative. Productivity enhancements yield a rapid return on investment within the initial 30 days. Robots augment productivity by streamlining operations and reducing labor costs, making them a cost-effective alternative to hiring additional staff in quantities of 2-5 or more.

Plus, RaaS reduces danger. Companies don’t have to freeze investments, and expenses shift from capital expenditures (CAPEX) to operating expenses (OPEX).

Automated Guided Vehicles (AGVs) adhere to predetermined routes, utilizing floor-based markers rather than LIDAR navigation, and are unable to stray from their programmed path? Unlike traditional systems, our autonomous mobile robots (AMRs) leverage high-resolution 3D LiDAR scanning technology to ensure precise and flexible navigation without relying on floor markings.

Currently, our solution offers a valuable service by transferring goods from Level A to Level B, a feature that has piqued the interest of numerous achievement-oriented facilities. Regardless of industry, a fundamental requirement in every warehouse is the need for item transfer. We intend to expand our product portfolio by integrating robots that can take on tasks such as automated packaging, efficient loading and unloading of vehicles, and intelligent inventory management, thereby optimizing logistics processes. We are actively collaborating with cutting-edge robotic manufacturers to seamlessly integrate their products into our product portfolio.

To further enhance warehouse sustainability, we’re tackling the challenge of implementing a centralized management framework for our robotics systems – a singular platform that streamlines integration, administration, and innovation. Our customers do not need to worry about managing multiple robotic platforms. They are required to integrate with us immediately, allowing them to utilize the robots of their choice thereafter. While our current robot offerings are limited to 15 distinct models, we remain committed to expanding this range through ongoing development efforts.

Determining the most straightforward approach to automating warehouses is one of the many significant obstacles we confront. While warehouses share similarities in their functions, distinct differences emerge in their specificities – including operational processes, personnel, types of goods handled, and goals. Goals that prioritize maximum effectiveness and those that focus on cost-effectiveness. Developing comprehensive automation strategies and optimizing key business operations requires significant investment of time, expertise, and resources by consulting professionals. I’m confident that AI will swiftly facilitate seamless warehouse automation, streamlining processes in mere seconds while promoting eco-friendliness.

Specialised robots are making a significant impact by revolutionizing specific tasks with their tailored abilities, transforming industries and daily lives in the process. As primary robotics has evolved for general-purpose applications, the future will likely witness a proliferation of bespoke robots designed to cater to specific requirements and needs. Stock robots are only just gaining traction as many warehouses have limited requirements for a single or dual robot solution.

Humanoid robots, a technological frontier poised to revolutionize our understanding of artificial intelligence and human-robot interaction. As technological advancements in artificial intelligence continue to evolve, these adaptable robots are poised to assume tasks that mirror those performed by humans.

Artificial intelligence is poised to excel in supporting individuals with their daily tasks, such as advanced voice assistants that offer guidance and direction. AI can optimise warehouse operations by leveraging its analytical capabilities to boost efficiency. As digital warehouses become integrated with AI technology, the ability to rapidly establish and repair connections enables seamless system operation, leading to improved efficiency and streamlined processes.

By leveraging a larger perspective, AI might also facilitate seamless collaboration between diverse warehouses, including suppliers and logistics partners, in a more harmonious and efficient manner. This enables more effective scheduling, seamlessly shifts items, and accurately predicts future demands.

Ultimately, AI and robotics transcend mere automation tools – they hold the promise of revolutionizing warehouse operations and forging a brighter, more interconnected future ahead.