Services
Sectors benefiting from our technological expertise
A growing number of solutions and projects are being implemented in the automotive industry, some of them very ambitious. The aim is to improve not only driving comfort but, more importantly, the safety of both passengers and pedestrians, and all this hand in hand with sustainability. What a challenge!
We can name a few ways in which IoT technology, along with others such as AI, Machine Learning and Big Data, to name just a few, are affecting an entire industry:
Recognition and communication with traffic signs, markings and other outdoor objects.
Detection and action in the event of potential accidents, collisions and/or poor driving.
Communication with emergency services and/or traffic control.
Intelligent traffic management, coordinating routes and avoiding traffic congestion.
Implementation of emergency routes for public assistance services (ambulances, firefighters, police).
Reduction of pollution and promotion of efficient and sustainable energy consumption.
And a long etcetera in the integration of sensor and artificial intelligence technologies that will completely change not only driving habits, but also autonomy.
We can name a few ways in which IoT technology, along with others such as AI, Machine Learning and Big Data, to name just a few, are affecting an entire industry:
Recognition and communication with traffic signs, markings and other outdoor objects.
Detection and action in the event of potential accidents, collisions and/or poor driving.
Communication with emergency services and/or traffic control.
Intelligent traffic management, coordinating routes and avoiding traffic congestion.
Implementation of emergency routes for public assistance services (ambulances, firefighters, police).
Reduction of pollution and promotion of efficient and sustainable energy consumption.
And a long etcetera in the integration of sensor and artificial intelligence technologies that will completely change not only driving habits, but also autonomy.
From the acquisition and transmission of data in Workover, Pulling and other equipment operating in different wells, it is possible to obtain simultaneously a type of sensitive information that can be used for:
Geological control
Detection and/or prevention of equipment failures to minimize non-productive time.
Control of fuel consumption for equipment operation.
Evaluation of the performance of the on-site work team.
Control and monitoring of remote equipment usage hours to schedule preventive maintenance.
Remote communication and remote management, together with the ability to process large volumes of data, allow critical reports to be generated for rapid decision making.
Geological control
Detection and/or prevention of equipment failures to minimize non-productive time.
Control of fuel consumption for equipment operation.
Evaluation of the performance of the on-site work team.
Control and monitoring of remote equipment usage hours to schedule preventive maintenance.
Remote communication and remote management, together with the ability to process large volumes of data, allow critical reports to be generated for rapid decision making.
Our interest is to bring technological means for primary care in places of difficult access, where both productive and recreational activities take place. Through telemetry, we bring vital parameters of a person to a remote site where a doctor can make a preliminary assessment of the severity of what happened before the paramedics are present.
To improve patient care, raise provider productivity and enable startups to bring connected medical devices and wearables to market.
IoT adds a myriad of solutions that enable a personalized and superior customer service experience, based on:
Remote patient monitoring.
The development of connected medical devices and wearables.
Smarter attention coordination.
Hospital asset management.
To improve patient care, raise provider productivity and enable startups to bring connected medical devices and wearables to market.
IoT adds a myriad of solutions that enable a personalized and superior customer service experience, based on:
Remote patient monitoring.
The development of connected medical devices and wearables.
Smarter attention coordination.
Hospital asset management.
When we think of a smart city, for many of us it is a city where traffic flows smoothly, the air is clean, and buildings make efficient use of resources such as energy and water.
We can group by sectorized solutions for:
Traffic control.
Smart Parking.
Efficient management.
Electronic administration.
Transparency and citizen cooperation.
We can group by sectorized solutions for:
Traffic control.
Smart Parking.
Efficient management.
Electronic administration.
Transparency and citizen cooperation.
By using telemetry and telemanagement in the operations area, distributors can extend the advantages available to the rest of their management areas, balancing the asymmetry between the adoption of telemetry and telemanagement in the operations area. thecnology available and its actual implementation in the field.
The energy sector faces many challenges that IoT technology can help to overcome, such as energy management or load assessment and integration of the new energy carriers (such as wind energy, wind power, wind energysolar energy and hydrogen). These key points will make it possible to maintain and improve the well-being of the population.
We could groupr solutions oriented to: Network monitoring.
Control of energy production.
Integration and measurement of new energy vectors.
The evolution of demand.
Asset management.
The energy sector faces many challenges that IoT technology can help to overcome, such as energy management or load assessment and integration of the new energy carriers (such as wind energy, wind power, wind energysolar energy and hydrogen). These key points will make it possible to maintain and improve the well-being of the population.
We could groupr solutions oriented to: Network monitoring.
Control of energy production.
Integration and measurement of new energy vectors.
The evolution of demand.
Asset management.
Keeping cargo safe and in optimum condition throughout the journey, no matter how far or complex the terrain to be covered, is one of the main factors occupying the industry today.
Integrating the physical and digital operation is a great first step to optimize the entire supply chain, access key information to understand the flow of activity and meet agreed deadlines.
Knowing the status and location of vehicles and loads in real time allows a condensed view of the entire operation, even in areas where there is no conventional coverage.
Integrated solutions of:
Video surveillance.
Location.
Positioning.
State of charge.
Fuel control.
Crew welfare.
These are just some of the latent needs required by operators in the maritime and inland waterway segment.
Video surveillance.
Location.
Positioning.
State of charge.
Fuel control.
Crew welfare.
These are just some of the latent needs required by operators in the maritime and inland waterway segment.
Because the agro-industrial sector generates almost a quarter of all greenhouse gas emissions and, therefore, a quarter of the world's greenhouse gas emissions.As a result, we emphasize the optimal use of resources to reduce greenhouse gas emissions and facilitate the task of offsetting.
Agribusiness is a market where telemetry and the correct management of information is a fundamental input to maximize production.
Meeting future demands requires management at the next level to:
Promote crop intensification.
To achieve the expansion of biodiversity.
Increasing care for the environment.
The data collected by smart farming sensors, in this approach to farm management, has several key components viz:
Sensors.
Control systems.
Autonomous vehicles.
Automated hardware.
This data can be used to track the state of the company in general, as well as staff performance and equipment efficiency.
Agribusiness is a market where telemetry and the correct management of information is a fundamental input to maximize production.
Meeting future demands requires management at the next level to:
Promote crop intensification.
To achieve the expansion of biodiversity.
Increasing care for the environment.
The data collected by smart farming sensors, in this approach to farm management, has several key components viz:
Sensors.
Control systems.
Autonomous vehicles.
Automated hardware.
This data can be used to track the state of the company in general, as well as staff performance and equipment efficiency.
We emphasize safety control and traceability of tools, equipment and machinery as well as control of the use of fuels and chemicals. Early detection of the correct equipment carried by the miner (especially in subway mines), aims to prevent accidents caused by negligence or lack of skill.
This permanent monitoring and analysis also allows:
Generate alerts that anticipate failures and avoid critical situations.
Intensify maximum security measures.
Maximize extraction operations.
Having this extremely accurate view allows companies to digitally transform their operations and obtain machine information from multiple mine sites simultaneously.
This permanent monitoring and analysis also allows:
Generate alerts that anticipate failures and avoid critical situations.
Intensify maximum security measures.
Maximize extraction operations.
Having this extremely accurate view allows companies to digitally transform their operations and obtain machine information from multiple mine sites simultaneously.
