DEVELOPING SYSTEMS INTERACTIVE UNO CERO BITS BETA We use cookies to improve your experience Slide or press the attached menu to navigate ® TEAM UNOCEROBITS ®

unocerobits was born in response to the growing market demand of the market in customized technological solutions, adapted to specific needs where engineering and product design skills are required.

The concept of unocerobits consists of a technological engineering of great core, with more than 10 years, and a expertise in multipurpose and transversal disciplines. From technologies based on artificial vision to advising on CE/FCC Marking for new products commercializations, through a wide range of performance in electronic systems development.

This flexibility makes unocerobits an unbeatable partner for different product solutions, from innovative ideas to adaptations of commercial equipment, including infrastructure developments based on the Internet of Things, Big Data, Industry 4.0, as well as other technologies such as AI, custom-logics through FPGAs, pentesting and ethical reverse engineering.

The kernel de unocerobits is the projection of innovation, since its beginning is demonstrating solutions of high technological level in multiple sectors, establishing this results in the satisfaction of our clients, driving force of success.

Deslice el texto para desplazar
EMBEDDED SYSTEMS ARTIFICIAL VISION ELECTRONIC EMC, CE/FCC MARKS UNOCEROBITS ® INTERNET OF THINGS SOFTWARE SERVICES MAQUETA INTERACTIVA INFOGUIA GUIA INTERACTIVA LASER CONTROL UNOCEROBITS ® Maquetas Interactivas Revolucionando la forma de interactuar con maquetas The development of the Interactive Model responds to an innovative project conceived by unocerobits para #ImagenM. A. S. for the cultural sector. This system allows the interaction of users with a traditional model allowing that, before a signaling gesture of the nearest user, the model reproduces an audiovisual element, such as an audio, a projection or the area of interest is illuminated.

To achieve this purpose, a processing system has been designed, the essential element of which is the three-dimensional acquisition obtained and by means of which it is possible to obtain a depth map of the environment. Based on this information, the data is postprocessed by means of an embedded system and the activation of the output elements, such as audio, video or LED spotlights, is commanded.

The system infrastructure has the ability to connect remotely for calibration or updating of audiovisual components. In addition, this capability makes it possible to apply Big Data techniques to extract data of interest as well as for the customer. An example of this factor is the more than 16k activations in less than a year in the Cathedral of Salamanca.

A unique experience, feeling the live models
Guia Interactiva New ways to interact in virtual environments Prototype with artificial vision technology to provide the virtual infoguides of #ImagenM. A. S. with a new form of interaction oriented to the immersion experience in virtual environments.

The technology allows the detection of movement, recognition of hands or objects, as well as the prediction of trajectories, transforming gestural movements into navigation actions within the virtual environment within a field of action close to the cubic meter. In the same way, this technology can be used in any environment, regardless of lighting conditions, especially dark environments, projections or even virtual glasses.

The information processing system is based on the latest generation x86 architecture, achieving optimum performance with the lowest consumption.

Hand trajectories in space allow the camera to move, while grip gestures interpret the mouse click. Correct calibration smoothes movements for user-friendly interaction.
Ancho de Vias Giving new features to commercial devices This study has made it possible to verify the feasibility of providing a commercial distance meter with new functions.

The objective of this project is to obtain precise, precise (±2mm) non-contact measurements, without forgetting the product cost in terms of incorporation to commercial machines.

The biggest challenge for unocerobits was to find the viable way to extract and control the device with the least possible modification. In this study, alternatives such as reading the LCD display using artificial vision were proposed, thanks to the OpenCV library, but an analysis of the hardware interior allowed access to the device's internal serial protocol.

Once the communication instructions have been identified, control of the measurement triggering events, measurement deviation and laser gain control are achieved for optimum measurement.
Info Guia Catedral The ideal partner for our cultural visits The development of the Palencia Cathedral InfoGuide aims to provide the best possible physical support for the excellent virtual recreation designed by IMAGENMAS. The virtual guide allows to give a new graphical and historical point of view, with a higher level of detail, allowing the user to see works that are several meters away as if it were only 20 centimeters away. Accompanied with a unique image quality.

This quality deserves reproduction conditions according to the virtual guide, with this variable as a starting point unocerobits carries out an exhaustive study of the state of the art in mobile devices, according to the graphic capacity, autonomy, size, weight and, in particular, price, to achieve the porting of the virtual guide to mobile devices.

Once the device was identified, it was necessary to restructure the operating system in order to limit all its functionalities by forcing the execution of those required by the virtual guide, maintaining priority in the stability of the device and avoiding any unforeseen event that could damage its usability.

The result is a mobile device transformed into a Virtual Guide that enhances the experience of traditional visits.
MODELO-GAME 3D CATEDRAL LEON OPERIAX SYSTEMS RETABLO ASTORGA TOCA-PLAY UNOCEROBITS ® Leon Cathedral The Cathedral of León as never seen before Demonstration of the video game potential created from the three-dimensional model of the Cathedral of León for the cultural sector.

This multiplatform videogame allows you to take a complete tour around the Cathedral and its interior where unocerobits has tried to recreate the most innovative lighting effects to appreciate the atmosphere as well as the incredible effect of the stained-glass windows.

A spectacular experience that opens new forms of interaction and entertainment based on a real environment.
Interactive Altarpiece In detail... where the eye doesn't reach Innovative system for the tourism sector that allows to operate with large screens as if they were tactile panels.

The equipment is designed with high-performance technology capable of moving virtual visits of #ImageM. A. S. and Gigacopias in high resolution.

Keeping in mind functionality and minimizing cost of the whole. In addition, it has high processing capacity through accelerated hardware optimizing consumption. The system allows the visualization of virtual visits with great detail of the Altarpiece of Astorga Cathedral (León).
Toca Play Systems Interactive Tables and Walls unocerobits presents the interactive system that can be integrated into tables and murals for the leisure and tourism sector.

This system allows to enjoy a touch panel of wide and varied dimensions as an interactive system open to entertainment, informative murals and a new form of interactivity thanks to the dynamic content that the user can modify.

Now within everyone's reach with an economical and fully functional approach.
Operiax Systems IoT monitoring system for the food sector Development of the functional prototype of the temperature and humidity monitoring system for the restoration sector.

The experiment was carried out for #Operiax with an idea of application in the industrial and catering sector.

The platform has an optimized approach to economic, functional and operational aspects thanks to the integration of IoT and Big Data technologies.

With these variables as the starting point unocerobits implemented the Blynk framework with dedicated server for centralizing multiple devices.

Each device has autonomy for 30 days without power and with the ability to access the network via WiFi or 4G. The modules have a high-performance chip with OTA upgradeability, i. e. minimizing physical maintenance thanks to remote access.
  +34 646 608 517

Internet of Things

4th Industrial Revolution, communication between machines

The connection of devices to the Internet in a safe and economic way is allowing to reach a new technological breakthrough, this involves communication between machines, having the ability to vary its operation depending on the states of other machines even those that are not close to it, generating a network of autonomous devices.

unocerobits offers solutions for the implementation of IoT infrastructures of any device or machine, even those that are not prepared for these functions. Thanks to sensorization and/or reading of protocols, it is possible to extract parameters from the device or process of the machine.

The information generated is also centralized, allowing the historical visualization of the device's operation and adapting its behavior according to the supervised variables. Its use has multiple purposes, from process optimization to predictive maintenance and statistical analysis, integrating, consequently, machine learning technology.

Static and independent systems become new interconnected and dynamic processes, providing new resources and variables for their optimization.

Industry 4.0 Protocols (WebSockets, MQTT, etc.) Monitoring & Visualization M2m Automation Security Infrastructure IoT

Software Development

Custom applications for multiple environments

unocerobits develops custom software in multiple languages and platforms, from cloud management applications Azure, AWS, Google Firebase, to other multiplatform based on Java and .NET

C/C++ Python JavaScript C# y .NET VHDL GO Simulation and prototyping (MATLAB) Engineering (SCADA, PLC) Embedded and ad-hoc systems (ARM/x86) Microcontrollers (Microchip, STM, Atmel) Native Apps (Windows, Android, iOS) Web (HTML, CSS, JS, NodeJS, AngularJS) Artificial Vision (OpenCV, iNspect, MATLAB) Cross-Plataform (QT, Cordova, Ionic, Xamarin)

CE Mark and EMC

Advice on the product marketing process

CE Marking is the symbol of quality and trust in products manufactured or marketed within the free market of the European Union. The process obliges manufacturers/marketers to inform consumers that their products comply with European legislation.

Within the process there are several lines that, depending on the scope of product and market to which it is addressed, may require the intervention of a Notified Body, although the ultimate responsibility is the manufacturer/trader.

In order to guarantee the quality and safety of the product, it is subjected to a series of tests indicated by the specific product standards or, if they do not exist, by the general product standards, in any case in accordance with the directives that it applies to the product in question.

unocerobits with more than 10 years of experience in the sector and with the participation in an international electrotechnical committee, facilitates its expertise in each phase of the CE Marking process. Expert in the evaluation of the product in the field of Electromagnetic Compatibility, according to directive 2014/30/EU, and Low Voltage, according to 2014/35/EU.

Conducting the tests is a complex task with a high economic impact as the risk of non-conformity involves, in most cases, redesign or reconditioning of the product. Collaboration with unocerobits offers you the integral management of the marketing process, minimizing the risk of non-conformity and freeing up the personal load implicit in the process, generating the pertinent documentation, evaluating the product and managing the tests in the laboratory, always with the maximum confidentiality rigor.

CE/FCC Marks Standards and Testing Electromagnetic Compatibility Low Voltage and Electric Security Comformity, corrections and re-desing


Design, simulation, PCB and electronic integration

unocerobits works in the field of electronic development and communications at all levels, from software to hardware, including firmware development.

When we come up with the idea of a new product or an improvement in functionality, we evaluate the multiple approaches that may require the integration of a hardware system. Depending on the task to be performed, such as systems that may require a high rate of repeatability, or accuracy, or that have a minimum start-up time, or that have to work with high power or even complex automation processes involving both electrical and mechanical variables, there are solutions at an optimal cost and appropriate to the performance to be performed.

unocerobitsdesigns systems with modular philosophy that always allow a dedicated and scalable solution, maintaining functional performance as cost in the main development objectives.

PCB Design Mixed Electronic Design (digital/analog) Power Electronics Developments based on Arduino, Microchip, etc. Digital Signal Processing (DSP) PSoC y FPGA PSpice

Artificial Vision

..."A picture is worth a thousand words"

One of the fields of application with the greatest expansion in recent years is related to artificial vision. Tasks related to the recognition of objects, people or characters are integrated into complex measurement systems that allow from real-time gesture detection to the dimensional analysis of three-dimensional reconstructed objects from multiple photos.

unocerobits has a core technology of more than 10 years in the study of systems related to artificial vision, specializing in ad-hoc dimensional systems, both in industrial and medical processes, as well as for any other sector.

Our experience covers two major fields: three-dimensional acquisition systems based on laser triangulation, LIDAR, RGBD, structured light, etc.; as well as two-dimensional systems based on 2D camera systems and backlighting, photogrammetry, etc. are applicable in multiple sectors.

Image and video analysis Learning systems Detection and tracking of objects, people and faces Vision custom algorithms for industry 2D and 3D dimensional techniques 3D Reconstruction and Mapping Integration of vision systems for Robotics

Embedded Systems

Systems optimized for specific high precision tasks

Certain applications require complex tasks involving a high data processing load as well as minimal or synchronized response times. The evolution of high-performance processors is allowing these tasks to be carried out very efficiently in technical and economic terms.

The implementation of Operating Systems in mobile devices allows to combine dedicated tasks in multiprocessor environments, providing multiple threads for the treatment of information. In the same way, Real Time Structures (RTOS) are maintained, achieving the prioritization and hierarchy of certain system processes.

In these lines of work unocerobits presents a expertise for the performance of tasks as flexible as those focused on redundant variable monitoring tasks or wireless communications infrastructures for multisensors, up to artificial vision systems for measurement in the automotive sector.

ARM/x86_x64 processors GPIO, sensorization, protocols and communications Dedicated Business Systems (Samsung, Qualcomm, nVidia) Hardware Acceleration, 2D/3D graphics and UIs Dimensional evaluation systems for the automotive industry High-precision verification systems Interaction systems