Public safety is one of the most important concerns in modern society, and science and technology play a critical role in making communities safer. From advanced surveillance systems and artificial intelligence to disaster response technologies and cybersecurity solutions, innovations continue to reshape how governments, law enforcement, and emergency services protect citizens. By using scientific methods and technological tools, authorities can predict risks, prevent accidents, detect threats early, and respond to emergencies more effectively. This integration of science and technology ensures that public safety evolves alongside new challenges, addressing both physical and digital threats in today’s interconnected world.
What Is Science?
Science is the systematic study of the natural and social world through observation, experimentation, and evidence-based reasoning. It provides a foundation for understanding how different elements of the world function, which is essential for solving complex public safety challenges. Scientific research helps identify risk factors, understand human behavior, and develop preventive measures to reduce accidents and crimes. For example, fields such as criminology, epidemiology, and environmental science give insights into patterns that threaten public health and security. By applying scientific principles, governments and institutions can establish safety standards, regulations, and protocols. Science not only explains why threats occur but also provides predictive tools to minimize risks before they escalate into major public safety concerns.
What Is Technology?
Technology is the practical application of scientific knowledge to develop tools, systems, and processes that solve real-world problems. It is the driving force behind many advancements in public safety, ranging from emergency communication systems to cybersecurity frameworks. Technology enables rapid responses to natural disasters, real-time monitoring of criminal activity, and efficient coordination among safety agencies. Modern technologies such as artificial intelligence, drones, biometrics, robotics, and data analytics are revolutionizing the way communities are protected. For example, predictive policing uses big data to anticipate crimes, while smart city technologies enhance disaster preparedness. Technology transforms scientific discoveries into functional solutions that safeguard lives, prevent risks, and create secure environments for societies to thrive.
The Role Of Artificial Intelligence In Public Safety
Artificial intelligence (AI) enhances public safety by analyzing vast amounts of data in real time. AI can detect suspicious behavior, monitor traffic, predict natural disasters, and identify cyber threats with high accuracy. In law enforcement, AI-powered systems assist with crime mapping and predictive policing, helping agencies allocate resources effectively. AI also improves emergency response by analyzing social media feeds, surveillance footage, and sensor data to detect emergencies quickly. Furthermore, AI supports healthcare safety by monitoring disease outbreaks and enhancing hospital security. The ability of AI to process data faster than humans reduces response times and minimizes risks. Its predictive capabilities provide proactive safety measures that save lives and resources.
The Impact Of Cybersecurity On Public Safety
Cybersecurity plays a vital role in public safety as more systems, including critical infrastructure, operate digitally. Cyberattacks on hospitals, power grids, transportation, and government systems can paralyze communities and put lives at risk. Science and technology provide tools to safeguard digital assets through encryption, firewalls, and intrusion detection systems. Artificial intelligence and machine learning enhance cybersecurity by detecting unusual patterns and neutralizing threats before they escalate. Public safety agencies rely on secure networks to communicate during emergencies, making cybersecurity indispensable. Furthermore, public awareness campaigns driven by technology help educate citizens on safe online behavior. Effective cybersecurity strategies protect not only data but also the physical safety of individuals, communities, and nations.
How Technology Improves Emergency Response Systems
Emergency response systems benefit greatly from science and technology. Advanced communication platforms, GPS tracking, and real-time data sharing allow emergency services to respond faster to disasters, accidents, and crimes. Drones provide aerial views of disaster zones, helping responders identify survivors and navigate dangerous terrain. Artificial intelligence analyzes emergency calls and dispatches services with greater efficiency. Technology also supports disaster prediction systems, such as earthquake and flood warning networks, which give citizens critical time to act. Hospitals use telemedicine and digital health records to provide faster treatment during emergencies. Together, these technologies enhance coordination, reduce response times, and improve survival rates, ensuring that communities remain resilient against both natural and man-made disasters.
Enhancing Public Safety Through Surveillance Technology
Surveillance technologies, including closed-circuit television (CCTV), drones, and smart cameras, significantly enhance public safety. They provide real-time monitoring of public spaces, helping authorities detect suspicious activities before they escalate into major incidents. Modern surveillance systems are integrated with artificial intelligence to recognize faces, identify abandoned objects, and detect unusual behavior patterns. These tools support law enforcement in crime prevention, crowd control, and counterterrorism. In transportation, surveillance ensures passenger safety by monitoring traffic and public transit systems. However, balancing safety with privacy rights remains a challenge. When used responsibly, surveillance technology strengthens public security, deters criminal activity, and provides valuable evidence in investigations, ultimately making communities safer.
The Importance Of Data Analytics In Public Safety
Data analytics transforms public safety by uncovering patterns, predicting risks, and informing decision-making. Law enforcement agencies use big data to analyze crime trends, allocate patrols efficiently, and identify high-risk areas. In disaster management, predictive analytics models weather data to anticipate floods, wildfires, and hurricanes. Healthcare institutions rely on data to monitor disease outbreaks, track emergency room trends, and allocate resources during crises. Transportation departments analyze traffic flow data to prevent accidents and improve road safety. Data-driven decision-making ensures resources are used efficiently and risks are addressed proactively. With the right data governance, analytics empowers public safety organizations to act with precision, accuracy, and speed, leading to safer communities worldwide.
How Biotechnology Improves Public Health Safety
Biotechnology plays a critical role in improving public safety by advancing healthcare and disease prevention. Innovations such as vaccines, diagnostic tools, and genetic testing protect communities from infectious diseases and biological threats. Biotechnology also enhances food safety by detecting contaminants and developing genetically modified crops that resist pests and diseases. In forensic science, DNA analysis supports criminal investigations, ensuring accurate identification of suspects and exoneration of the innocent. Additionally, biotechnology helps monitor environmental hazards, such as water and air quality, to prevent health risks. These applications safeguard public health, reduce disease outbreaks, and improve community resilience. Biotechnology bridges science and technology, offering life-saving solutions that reinforce public safety.
How Science And Technology Support Disaster Preparedness
Disaster preparedness relies heavily on scientific research and technological innovations. Meteorology, geology, and environmental sciences provide models for predicting natural disasters like hurricanes, tsunamis, and earthquakes. Early warning systems use satellites, sensors, and communication networks to alert communities in advance. Geographic Information Systems (GIS) map vulnerable areas, guiding evacuation routes and resource distribution. Technology also supports emergency simulations and training, ensuring responders are well-prepared. Science-based policies enhance infrastructure resilience, while mobile apps keep citizens informed during crises. These integrated solutions minimize casualties and economic losses. Science and technology together create proactive strategies that strengthen community preparedness, making societies more capable of withstanding natural and man-made disasters.
The Contribution Of Robotics To Public Safety
Robotics enhances public safety by performing tasks that are too dangerous or complex for humans. In hazardous environments, robots are deployed for search and rescue operations, bomb disposal, and firefighting. Drones equipped with cameras and sensors assist in disaster assessments and crime investigations. In healthcare, robotic systems improve surgical precision and reduce medical errors, ensuring patient safety. Law enforcement uses robotic devices for surveillance and remote inspection of suspicious packages. Robotics also plays a role in infrastructure safety, with automated systems inspecting bridges, pipelines, and power plants. By reducing human risk exposure, robotics provides efficient, accurate, and safe solutions that contribute significantly to public safety.
Science And Technology In Transportation Safety
Transportation safety is significantly enhanced by science and technology. Intelligent traffic management systems reduce congestion and prevent accidents through real-time monitoring and automated controls. Vehicle safety technologies, such as collision avoidance systems, lane departure warnings, and autonomous driving, lower accident rates. Science contributes by studying human factors, such as driver behavior and fatigue, to develop effective safety policies. Air traffic control systems rely on advanced technology to ensure flight safety. Rail and maritime transport use sensors and monitoring devices to prevent accidents. These innovations create safer travel experiences, reduce fatalities, and improve public confidence in transportation systems, highlighting the importance of science and technology in mobility safety.
How Environmental Science Protects Public Safety
Environmental science contributes to public safety by identifying and mitigating risks from pollution, climate change, and natural disasters. Research on air quality, water contamination, and soil degradation guides policies that protect human health. Technology supports these efforts through monitoring systems, sensors, and data analytics that provide real-time information about environmental hazards. For example, satellite imagery tracks wildfires, while sensors detect hazardous gas leaks. Public safety is further protected through renewable energy technologies that reduce pollution-related health risks. By applying environmental science and technology, societies can anticipate ecological threats, develop sustainable practices, and protect citizens from environmental hazards that endanger health and safety.
The Role Of Communication Technology In Public Safety
Communication technology is vital for public safety as it enables fast, reliable information sharing during emergencies. Mobile phones, radio systems, and satellite networks connect first responders, ensuring coordinated efforts. Public alert systems deliver warnings about natural disasters, terrorist threats, or health emergencies directly to citizens. Social media platforms are also used to spread safety information and monitor community reports. Encrypted communication tools secure sensitive information shared between agencies. Advanced 5G networks enhance response times by supporting real-time data transfer, video surveillance, and drone operations. Communication technology bridges the gap between authorities and the public, ensuring swift action that minimizes harm and saves lives.
The Relationship Between Science, Technology, And Public Policy
Public policy shapes how science and technology are applied to public safety. Governments rely on scientific research to create evidence-based regulations, while technology provides tools for implementation. Policies on cybersecurity, transportation safety, disaster management, and healthcare are directly influenced by scientific findings and technological capabilities. For example, climate science informs environmental laws, while digital forensics shapes cybercrime policies. Investment in research and development ensures continuous innovation for safety solutions. Collaboration between policymakers, scientists, and technologists ensures resources are used effectively. The relationship between these fields builds a safer society by ensuring decisions are informed, strategic, and beneficial to the public’s overall security.
Ethical Considerations Of Science And Technology In Public Safety
The use of science and technology in public safety raises important ethical considerations. Issues such as surveillance, privacy rights, and data security require careful regulation. While technology can prevent crimes and disasters, it must not compromise individual freedoms or civil rights. Scientists and technologists must ensure innovations are used responsibly, with transparency and accountability. Public trust is essential for the acceptance of safety technologies, particularly in areas like biometric data collection or predictive policing. Ethical frameworks help balance security needs with human rights. By addressing ethical concerns, societies can embrace scientific and technological solutions while preserving trust, fairness, and justice in public safety practices.
The Future Of Science And Technology In Public Safety
The future of public safety will be shaped by continuous advancements in science and technology. Emerging innovations such as quantum computing, biotechnology, advanced robotics, and next-generation artificial intelligence will offer unprecedented protection. Smart cities equipped with interconnected safety systems will monitor risks in real time. Personalized healthcare technologies will detect illnesses earlier, preventing large-scale outbreaks. Autonomous vehicles will reduce transportation accidents, while new energy systems will minimize environmental hazards. However, these advancements will also introduce new challenges, such as cybersecurity threats and ethical concerns. By fostering innovation responsibly, societies can ensure that future developments strengthen safety while adapting to evolving risks and global security demands.
Conclusion
Science and technology are essential in improving public safety, offering solutions that address traditional and emerging threats. From artificial intelligence and robotics to environmental science and biotechnology, innovations protect communities, reduce risks, and enhance emergency responses. These advancements create safer environments by predicting, preventing, and mitigating dangers. Ethical considerations and effective policies ensure that technological applications respect individual rights while maximizing safety benefits. As risks evolve, the partnership between science, technology, and public institutions remains crucial in safeguarding citizens. Ultimately, public safety will continue to depend on how effectively societies harness science and technology to build a secure future for all.
Frequently Asked Questions
1. How Can Science And Technology Improve Public Safety?
Science and technology improve public safety by providing innovative tools that prevent, predict, and respond to risks more effectively. Scientific research helps identify threats, from crime to disease outbreaks, while technology turns those insights into practical solutions. For example, artificial intelligence supports surveillance, predictive policing, and disaster response systems. Biotechnology advances healthcare safety through vaccines and diagnostics, while robotics reduces risks by handling dangerous tasks. Data analytics improves decision-making in law enforcement and disaster management. Cybersecurity ensures critical digital systems remain safe from attacks. Together, science and technology enhance emergency response, protect communities from natural and man-made threats, and create safer living environments in both physical and digital spaces.
2. What Role Does Artificial Intelligence Play In Public Safety?
Artificial intelligence (AI) plays a major role in public safety by analyzing large datasets to detect risks, predict threats, and support quick decision-making. AI-driven surveillance systems monitor crowds, identify unusual behavior, and recognize faces for crime prevention. In law enforcement, predictive algorithms highlight high-risk areas, helping agencies allocate resources efficiently. During emergencies, AI analyzes data from sensors, social media, and cameras to identify incidents faster. In healthcare, AI supports early disease detection and enhances hospital safety systems. Cybersecurity applications use AI to detect and neutralize digital threats in real time. By processing complex information quickly, AI provides proactive solutions that enhance community safety and reduce response times.
3. How Does Cybersecurity Protect Public Safety?
Cybersecurity protects public safety by defending critical digital systems from cyberattacks that can disrupt essential services. Hospitals, power grids, airports, and emergency services rely on secure networks to operate efficiently. A cyberattack on these systems could jeopardize lives and cause widespread chaos. Cybersecurity tools, such as firewalls, encryption, and intrusion detection systems, prevent unauthorized access and safeguard sensitive data. Artificial intelligence enhances defenses by identifying unusual digital patterns before they escalate. Public awareness campaigns also educate citizens on safe online practices, reducing risks of cybercrime. By protecting digital infrastructure, cybersecurity ensures that essential services remain reliable, communication networks stay secure, and public safety is preserved in a digital world.
4. How Does Biotechnology Contribute To Public Safety?
Biotechnology contributes to public safety by enhancing healthcare, food safety, and forensic science. Vaccines and diagnostic tools prevent and manage infectious diseases, protecting communities from outbreaks. In agriculture, biotechnology develops genetically modified crops that resist pests and disease, ensuring safer food supplies. Forensic DNA analysis provides accurate evidence in criminal investigations, helping convict offenders and exonerate the innocent. Biotechnology also monitors environmental hazards, such as water contamination and air quality, to prevent health risks. Advances in genetic testing allow for early disease detection, improving preventive care. By integrating biotechnology into healthcare, law enforcement, and environmental monitoring, societies reduce risks and strengthen safety in multiple aspects of life.
5. How Do Surveillance Technologies Improve Public Safety?
Surveillance technologies improve public safety by monitoring public areas, detecting suspicious activities, and supporting law enforcement. Modern surveillance systems use artificial intelligence to analyze video feeds in real time, identify unusual behavior, and recognize faces. Drones provide aerial surveillance during large events, natural disasters, or crime investigations. These technologies deter criminal activity by increasing the likelihood of detection. In transportation, surveillance cameras monitor road traffic and public transit systems, enhancing passenger safety. Recorded footage also provides crucial evidence during investigations. While privacy concerns exist, responsible use of surveillance technologies improves situational awareness, speeds up responses to incidents, and strengthens overall community security.
6. How Does Data Analytics Improve Public Safety?
Data analytics improves public safety by turning raw data into actionable insights that predict risks and guide responses. Law enforcement uses big data to analyze crime patterns, allocate resources efficiently, and prevent crimes before they occur. Disaster management agencies apply predictive analytics to weather and environmental data, anticipating floods, earthquakes, and wildfires. Healthcare systems track disease outbreaks and emergency room activity to ensure resources are available when needed. Transportation safety agencies use analytics to identify accident-prone areas and optimize traffic flow. By enabling evidence-based decision-making, data analytics reduces risks, enhances response times, and ensures that public safety agencies act effectively to protect communities.
7. How Do Robotics Enhance Public Safety?
Robotics enhance public safety by performing dangerous tasks that reduce risks to human responders. In disaster zones, search and rescue robots locate survivors in hazardous environments where it is unsafe for people to enter. Bomb disposal robots neutralize explosives, protecting law enforcement officers. Drones equipped with sensors and cameras provide aerial surveillance and assess damage during emergencies. In healthcare, robotic systems improve surgical precision, reduce human error, and enhance patient safety. Infrastructure safety also benefits from robotic inspections of pipelines, bridges, and power plants. By combining efficiency and accuracy, robotics increase safety levels across multiple sectors, minimizing danger and saving lives in high-risk situations.
8. How Does Environmental Science Protect Public Safety?
Environmental science protects public safety by studying and addressing risks from pollution, climate change, and natural disasters. It identifies hazards such as air and water contamination, which directly affect human health. Scientific research guides regulations that limit emissions, monitor pollutants, and reduce ecological damage. Technology supports these efforts with sensors, satellite imagery, and real-time monitoring systems. For example, wildfire tracking systems help authorities respond quickly, while air quality sensors warn communities of dangerous pollution levels. By integrating scientific findings with technological tools, environmental science helps societies anticipate risks, develop preventive measures, and ensure safe living environments that protect public health and safety.
9. How Does Technology Improve Emergency Response Systems?
Technology improves emergency response systems by enabling faster communication, better coordination, and accurate situational awareness. Advanced communication platforms connect first responders, hospitals, and law enforcement, ensuring seamless collaboration. GPS tracking guides ambulances and rescue teams to victims’ locations quickly. Drones provide real-time visuals of disaster zones, helping responders plan effectively. Artificial intelligence analyzes emergency calls and prioritizes dispatching services. Mobile apps alert citizens about natural disasters or public health emergencies, giving them time to act. Hospitals also use telemedicine and electronic health records to streamline care during crises. By integrating these technologies, emergency response becomes more efficient, reducing casualties and improving community resilience.
10. What Role Do Smart Cities Play In Public Safety?
Smart cities play a crucial role in public safety by integrating advanced technologies into urban management systems. Sensors, cameras, and Internet of Things (IoT) devices monitor traffic, energy use, and environmental conditions in real time. These systems detect risks such as traffic congestion, fires, and gas leaks, alerting authorities immediately. Smart city platforms also enhance law enforcement with predictive analytics and AI-driven surveillance. Public safety applications provide citizens with alerts about emergencies and safe evacuation routes. Additionally, smart infrastructure, such as automated street lighting and connected transportation, reduces accidents and crime rates. By creating interconnected safety networks, smart cities improve overall urban security and enhance citizens’ quality of life.
11. How Does Communication Technology Support Public Safety?
Communication technology supports public safety by ensuring fast, reliable information sharing during emergencies. Mobile networks, radios, and satellite communication systems connect first responders, enabling coordinated action. Public alert systems deliver critical warnings about natural disasters, terrorist threats, or health risks directly to citizens’ phones and broadcast systems. Social media platforms are increasingly used to share real-time safety updates and monitor community reports. Encrypted communication tools safeguard sensitive information shared among agencies. With the advent of 5G networks, emergency responses benefit from faster data transfer, high-definition video sharing, and real-time drone operations. Communication technology bridges the gap between authorities and citizens, saving lives through efficient information flow.
12. How Does Biotechnology Enhance Healthcare Safety?
Biotechnology enhances healthcare safety by providing advanced medical solutions that prevent, diagnose, and treat diseases effectively. Vaccines developed through biotechnology protect populations from infectious diseases, while rapid diagnostic tools allow for early detection of illnesses. Genetic testing identifies predispositions to certain conditions, supporting preventive healthcare. In hospitals, biotechnological innovations improve infection control and patient safety. Biotechnology also contributes to personalized medicine, tailoring treatments to individual patients for better outcomes. In forensic medicine, DNA analysis ensures accurate identification in criminal and legal cases. By advancing medical research and practice, biotechnology strengthens public health systems, reduces risks, and ensures communities remain safe from biological threats.
13. How Do Smart Transportation Systems Improve Public Safety?
Smart transportation systems improve public safety by integrating technology to manage traffic, reduce accidents, and improve efficiency. Intelligent traffic signals adjust in real time to minimize congestion and prevent collisions. Advanced vehicle safety features, such as automatic braking and lane departure alerts, reduce human error. Public transit systems use sensors and GPS tracking to monitor routes, ensuring safe and reliable operations. Data analytics identifies accident-prone areas, allowing authorities to improve road design and implement safety measures. Autonomous vehicle technology also promises to lower accident rates significantly. By combining science and technology, smart transportation systems create safer roads, reduce fatalities, and improve the overall travel experience.
14. What Role Do Drones Play In Public Safety?
Drones play a growing role in public safety by providing aerial surveillance and rapid situational awareness. In disaster management, drones capture real-time images of affected areas, helping responders locate survivors and assess damage. Law enforcement uses drones to monitor large crowds, track suspects, and gather evidence during investigations. In firefighting, drones equipped with thermal cameras identify hotspots and guide firefighting strategies. Drones also deliver medical supplies to remote or inaccessible areas during emergencies. Their ability to cover large areas quickly reduces risks for responders and increases operational efficiency. Drones have become an indispensable tool in modern public safety strategies across multiple sectors.
15. How Does Forensic Science Improve Public Safety?
Forensic science improves public safety by applying scientific methods to criminal investigations, ensuring accurate evidence collection and analysis. DNA testing, fingerprint analysis, and ballistic examinations provide reliable information that links suspects to crimes or clears the innocent. Forensic toxicology identifies harmful substances in poisoning cases, while digital forensics investigates cybercrime. These scientific methods help law enforcement solve crimes efficiently and strengthen the justice system. Forensic evidence also serves as a deterrent to criminal activity, knowing that advanced science supports investigations. By combining science with law enforcement, forensic science enhances accountability, improves crime resolution rates, and builds safer communities.
16. How Does Climate Science Support Public Safety?
Climate science supports public safety by studying weather patterns and predicting natural disasters such as hurricanes, floods, and droughts. Advanced climate models help governments prepare for extreme events, minimizing loss of life and property. Satellite systems monitor storm developments and track environmental changes in real time. Climate science also guides infrastructure design, ensuring buildings and transportation networks withstand severe weather. Public awareness campaigns, based on climate research, inform citizens of risks and preparedness strategies. Additionally, climate science supports long-term safety by addressing the root causes of climate change, promoting sustainable practices, and protecting communities from escalating environmental threats.
17. How Do Public Policies Influence Science And Technology In Public Safety?
Public policies influence science and technology in public safety by guiding how innovations are developed, funded, and implemented. Governments use scientific research to create evidence-based regulations that address risks such as cybercrime, environmental hazards, and healthcare safety. Technology provides practical tools for carrying out these policies, from surveillance systems to disaster warning networks. Investment in research and development fosters continuous innovation in safety solutions. International collaborations and policy frameworks promote the sharing of technology and scientific knowledge for global safety. By aligning policies with scientific findings and technological advancements, governments ensure that resources are used effectively to create secure, resilient communities.
18. What Ethical Issues Arise From Using Technology In Public Safety?
Ethical issues arise from using technology in public safety due to concerns about privacy, surveillance, and fairness. For example, facial recognition systems may invade personal privacy or produce biased results. Predictive policing algorithms could disproportionately target specific communities if not carefully monitored. Data security is another concern, as mishandling sensitive information can lead to misuse. Ethical frameworks are necessary to balance safety with civil liberties, ensuring transparency and accountability in how technologies are deployed. Public trust is crucial, and addressing ethical concerns ensures widespread acceptance. By developing regulations and oversight systems, societies can benefit from technology while respecting fundamental human rights.
19. How Will Future Technologies Impact Public Safety?
Future technologies will impact public safety by providing advanced tools that address evolving risks while introducing new challenges. Quantum computing may strengthen cybersecurity but also enable more powerful cyberattacks. Advanced robotics will expand search and rescue operations, while autonomous vehicles will reduce traffic accidents. Biotechnology will deliver personalized healthcare, preventing disease outbreaks before they spread. Smart cities will use interconnected systems to monitor risks in real time. Artificial intelligence will grow more sophisticated, improving predictive capabilities in law enforcement and disaster management. However, these advancements will raise ethical, legal, and security concerns. Balancing innovation with responsibility will determine how future technologies safeguard public safety.
20. How Do Science And Technology Work Together To Enhance Public Safety?
Science and technology work together to enhance public safety by turning knowledge into practical solutions that protect communities. Scientific research identifies threats, explains causes, and predicts risks. Technology applies this knowledge to create tools such as surveillance systems, early warning networks, and medical innovations. For example, environmental science predicts natural disasters, while technology develops satellites and sensors to monitor them. Criminology studies crime trends, while technology provides data analytics for predictive policing. Healthcare science discovers treatments, and biotechnology turns them into vaccines and diagnostics. This synergy ensures effective prevention, preparedness, and response strategies. Together, science and technology create resilient systems that protect lives and ensure safer societies.
FURTHER READING
- What Are The Benefits Of Science And Technology In Industry?
- How Does Science And Technology Influence Education Methods?
- What Are The Contributions Of Science And Technology To Society?
- How Can Science And Technology Combat Pollution?
- How Does Science And Technology Affect Employment?
- What Are The Applications Of Science And Technology In Everyday Life?
- What Are The Ethical Dilemmas In Science And Technology Research?
- How Can Science And Technology Address Water Scarcity?
- What Are The Innovations In Science And Technology For Agriculture?
- How Does Science And Technology Influence Modern Medicine?