Emergency Services Smart Orientation Map

Intelligent mapping tool that optimizes routes and coordination for first responders.

Price: from €3000

What is it?
An advanced real-time visualization tool that displays health and environmental risk zones using satellite data and predictive analytics. Designed to facilitate rapid planning and response by emergency teams in urban and rural settings.

What's it for?
This smart map allows you to:

  • Detects critical risks in real time (air quality, extreme heat, radiation, etc.).
  • Optimizes intervention routes and response times with the support of artificial intelligence.
  • Prevents health emergencies before they occur, thanks to predictive algorithms.
  • Guides citizens through intuitive mobile apps with personalized recommendations.

Connects to hospital systems using interoperability standards such as HL7 and FHIR.

At SunshineOxygen, we propose incorporating an environmental health perspective into multifunctional forest management, carbon farming, and ecosystem restoration, prioritizing the mitigation of health risks associated with climate change.

We provide:

  • Real-time mapping of environmental health risks.
  • Prospective analysis of their evolution.
  • Dates oriented to support the impact of the “Resilient Landscapes” project in the field of public health.
  • Recommendations on critical areas that should be prioritized from a health perspective.

Benefits:
Key differentiator:
 Unlike other fragmented solutions, this map offers an integrated and validated platform to proactively address health and environmental risks.

Featured use cases:

  • AI applied to public health
     Machine learning algorithms anticipate critical events and personalize responses based on the geographical and population context.
  • Geolocation and environmental health
     Real-time identification of environmental risks such as poor air quality, extreme heat or radiation, adapting to the reality of the environment.
  • Full interoperability
     Seamless integration with existing clinical and hospital platforms, improving coordination and health response.
  • Citizen self-management
     Mobile applications available on App Store and Play Store to inform, prevent and empower the population in risk situations.

Ideal for:

  • Emergency services
  • Civil protection
  • Municipalities
  • Hospitals
  • Mobile clinics
  • Public health organizations looking for a reliable, technological and action-oriented solution.

 

Real case: Assessment of environmental risks to health in the Catalan territory

At SunshineOxygen, we can contribute innovative solutions that allow us to identify, map, and anticipate environmental risks that directly affect public health in Catalonia. Through the One Library project and weRpatients, we offer real-time, geolocated information on these risks to support decision-making in forest management, ecosystem restoration, and resilient territorial planning.

Level 1: Health risk management in soils in the Catalan territory

Exposure to certain air pollutants poses serious health risks. These include:

  • Tropospheric ozone: can cause asthma attacks and impaired lung function.
  • Polycyclic aromatic hydrocarbons (PAHs) and dioxins: associated with combustion processes, they are carcinogenic and affect organs such as the kidneys, liver, and eyes.
  • Carbon monoxide (CO): interferes with oxygen transport, causing neurological and cardiovascular damage.
  • Methane (CH₄): in confined spaces, it can displace oxygen, creating a risk of asphyxiation.
  • Ammonia, sulfur dioxide (SO₂), and nitrogen dioxide (NO₂): affect the respiratory system and can trigger asthma, bronchitis, and other lung diseases.
  • Ultrafine particles (Nano-PM): due to their size, they penetrate deeply into the body, affecting the cardiovascular, respiratory, and nervous systems.

Level 2: Health risk management in rivers, lakes and marine ecosystems of Catalonia

Water can also be a vector of health risks when contaminated by:

  • Polycyclic Aromatic Hydrocarbons (PAHs): present in industrial waste, they are linked to cancer and respiratory problems.
  • Ammonia: derived from agricultural runoff or wastewater, prolonged consumption can affect internal organs.
  • Harmful Algal Blooms (HABs): generate toxins that affect the liver and nervous system, causing acute illness.
  • Lead and Mercury: even at low levels, pose a severe risk to neurological development, especially in children and pregnant women.

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