An automated emergency response system

Abstract

The present invention relates to an automated emergency response system (100) with direct police connectivity. The automated emergency response system (100) is a comprehensive solution for real-time transmission and storage of critical information during emergencies. Upon activation, the system (100) captures images, records audio, and video, and enables users to compose text messages via a graphical interface. Additionally, the system (100) tracks the user's location in real-time. The central processing unit (124) manages the activation of modules and transmission of data to emergency contacts, while a communication module (126) ensures seamless connectivity for transmitting data. The system (100) also includes an alert generating unit (128) for signaling emergencies and an interface for notifying designated contacts based on the user's geo-location and socket technology. The system (100) provides a comprehensive solution for enhancing user safety during emergencies.

Description

DESCRIPTIONAN AUTOMATED EMERGENCY RESPONSE SYSTEMTechnical Field

[0001] The present invention relates to the field of security alert generating systems and methods, and more particularly to an automated emergency response system.Background Art

[0002] Emergency response systems have long been integral components of contemporary society, offering essential aid in times of emergency. Traditional approaches and systems of emergency response often encounter various limitations. The conventional systems and techniques necessitate the user to physically initiate the emergency call by dialing a specific number or sending a text message. This manual activation procedure can be burdensome and time-consuming, particularly in scenarios where the user is distressed or unable to readily access their phone. Traditional emergency response systems suffer from a lack of direct integration with local emergency services, thereby necessitating users to manually dial emergency numbers or go through various steps to seek assistance. This supplementary step in the emergency communication procedure could result in delays and complexities, particularly in scenarios involving individuals under stress or facing time- critical crises. The traditional systems also face a limitation in delivering timely and accurate information regarding the user's status. These systems might solely send out a distress signal without providing further information on the user's condition. This absence of context could impede the ability of emergency responders to accurately evaluate the seriousness and immediacy of the situation. The activation process of some traditional emergency response systems can be complex and burdensome, requiring users to navigate through multiple screens or menus. This complexity poses challenges, especially in high- stress situations where users may struggle to initiate assistance promptly. Simplifying the activation process is crucial for improving usability and accessibility, ensuring that users can quickly access help when needed without unnecessary obstacles. A streamlined activation process promotes greater adoption and utilization of emergency response systems, enhancing their effectiveness in real-world emergencies Additionally the conventional systems and methods take time for emergency messages to be prepared, authorized, and broadcasted. This delay can be critical during rapidly evolving situations where prompt action is necessary. Traditional systems typically offer limited interactivityand real-time updates. Further, emergency situations require rapid response and there is a need to communicate as much information as possible in the least amount of time. The information could be name of the person, his / her identity, audio, video, image, sound, GPS location, date, time, and ability to establish a two way communication (which can be initiated by the person informing or receiving the call) along with the details of the person who is communicating the information, further this information needs to be communicated to all the stakeholders, be it pre-designated people (relative s / friends) or emergency services like ambulance, police, fire, women helpline, hospitals, NGOs. But the conventional systems and methods fail to provide facility of rapid response includes name of the person, his / her identity, audio, video, image, sound, GPS location, date, time in real time to help the person who stuck in emergency situation. Also, the conventional systems for providing emergency help often rely on manual processes for reporting incidents, which can introduce delays in response times and require significant human effort. These systems typically involve individuals needing to dial emergency hotlines or physically locate emergency response personnel to report incidents. Additionally, conventional systems may lack real-time monitoring capabilities, making it challenging for authorities to promptly identify and respond to incidents as they This delay can be critical in situations where immediate intervention is necessary to prevent further harm or loss of life.Summary of Invention

[0003] An embodiment of the present invention is to provide an automated emergency response system. The automated emergency response system for information transmission and storage, comprises an emergency response unit, a image capturing module, an audio processing unit, a video processing unit, a text information generating module, a position tracker module, a data storage unit, a server, a central processing unit, a communication module, an alert generating unit and an emergency contacts person interface unit. The automated emergency response system is designed for seamless transmission and storage of critical information during emergencies. Integrated with user computing devices like smartphones and tablets, the system encompasses modules for capturing images, recording audio, processing video, and generating text messages. Activated by a dedicated SOS button, it swiftly captures images, records audio, and video, allowing users to compose text messages via a graphical interface. Simultaneously, the system continuously tracks the user's real-time location and maintains a history of storedinformation for reference. The central processing unit orchestrates the activation of modules and ensures timely transmission of data to designated emergency contacts through a communication module, which adapts connectivity based on real-time conditions. Furthermore, the alert generating unit promptly signals emergencies, while an interface notifies designated contacts, such as police departments or family members, based on the user's geo-location. Additionally, the system employs socket technology to ascertain the online status of users' mobile devices, enabling the system to adapt communication method based on internet connectivity. The system significantly enhances user safety by facilitating swift and effective communication during crises.Technical Problem

[0004] Existing emergency response systems face several limitations that hinder their effectiveness in critical situations. A major challenge is the reliance on manual activation, which can be difficult when the user is incapacitated or in distress. Traditional systems lack real-time data transmission capabilities, preventing emergency responders from accessing crucial situational information such as live location, multimedia evidence (audio, video, images), and contextual details. Additionally, these systems often operate in isolation, lacking direct integration with emergency services like police, ambulances, and fire departments, leading to delayed response times. Moreover, the complexity of user interaction in current systems makes them impractical for urgent scenarios, requiring multiple steps to send an alert. Communication failures due to weak internet connectivity further compromise the system’s reliability, as distress messages may not be delivered. The absence of continuous location tracking and real-time updates for both users and responders result in uncertainty and inefficiencies in emergency handling. Another critical limitation is the manual incident reporting mechanism, which introduces potential delays and inaccuracies. Additionally, the inability to automatically identify and alert the nearest emergency response unit, such as a police patrol van, leads to inefficient resource allocation and longer response times.Solution to Problem

[0005] To address these limitations, the proposed automated emergency response system integrates multiple advanced features for real-time and reliable emergency management, ft eliminates the need for manual activation by incorporating an SOS button that instantly triggers distress messages to emergency contacts and law enforcement agencies. The system ensures seamless real-time transmission of multi-modal data, including GPSlocation, audio, video, and text messages, providing responders with a comprehensive situational overview. Direct integration with emergency services such as police, hospitals, and fire stations enables immediate coordination, reducing response time without requiring user intervention. A user-friendly one-touch interface enhances accessibility, ensuring quick activation during emergencies. The system also dynamically adapts communication methods, switching between Wi-Fi, mobile data, and SMS based on network availability to ensure message delivery even in low-connectivity areas.Additionally, live location tracking continuously updates emergency responders, allowing them to monitor the user’s movement and optimize rescue efforts. Al-based triggers for automated incident detection, such as fall detection and sudden impact recognition, further enhance the system by automatically sending distress signals when the user is unable to activate the alert manually. An intelligent geo-tagging mechanism identifies and notifies the nearest available emergency response unit, such as a police patrol van, ensuring a swift response. If local responders are unavailable, the alert is escalated to higher authorities. These advancements collectively eliminate manual intervention, minimize delays, and improve the overall efficiency of emergency response systems, ensuring timely assistance and enhanced user safety.Advantageous Effects of Invention

[0006] An of the present disclosure is to provide an automated emergency response system.

[0007] An object of the present disclosure is to provide a an automated emergency response system that can allow immediate and automatic sending of the recorded audio / video message, text message and captured image to all predefine emergency responder.

[0008] An object of the present disclosure is to provide a system that can equipped with a GPS module that enables real-time tracking of the user's location.

[0009] An object of the present disclosure is to provide a system which is designed to automatically transmit the user's photo, name, mobile number, location with date and time along with the captured audio data, video data, or text message in real- time.

[0010] An object of the present disclosure is to provide a system that can improve the speed and effectiveness of emergency assistance by automating incident detection, streamlining communication between responders and individuals in distress, and enabling rapid deployment of resources to the scene.

[0011] Another object of the present disclosure is to provide a system that can eliminates the need for the user to manually input this information, thereby reducing the chances of errors and delays.

[0012] Another object of the present disclosure is to provide a system that can employs socket technology to ascertain the online status of users' mobile devices, enabling the system to adapt communication method based on internet connectivity.

[0013] Still another object of the present disclosure is to provide a system that can allow the user to send the same emergency message and information to the police helpline. This feature enhances the accessibility of emergency services and increases the chances of quick and effective response in case of emergency.

[0014] Still another object of the present disclosure is to provide a system that allows the user to switch between the two cameras front or back as per their requirement, thereby enhancing the usability and functionality of the system.

[0015] Yet another object of the present disclosure is to provide a system that is designed to play a pre-recorded alert sound / siren on the emergency responder number even if the screen of the mobile phone is locked and to send a text message as well.

[0016] Yet another object of the present disclosure is to provide a system that enables the transmission of text / audio / video messages in emergency situations, thereby enhancing communication and potentially saving lives.

[0017] Yet another object of the present disclosure is to provide a system that is easy to use SOS service.

[0018] Yet another object of the present disclosure is to provide a police accurate information of person reporting.

[0019] Yet another object of the present disclosure is to provide an immediate response user in an emergency.

[0020] Yet another object of the present disclosure is to provide a system to locate the nearest police mobile unit (PRV van) based on geo-location transmit FCM and excelerate the same to district and state level

[0021] Yet another object of the present disclosure is to provide a system that provide live location of the user in real time.Brief Description of Drawings

[0022] Fig 1: illustrates an automated emergency response system, in accordance with an embodiment of the present invention.

[0023] Fig 2: illustrates an exemplary embodiment of the automated emergency response system, in accordance with an embodiment of the present invention.

[0024] Figure 3: illustrates a method for implementation of automated emergency response system, in accordance with an embodiment of the present invention.Description of Embodiments

[0025] Figure 1: illustrates an automated emergency response system, in accordance with an embodiment of the present invention. The automated emergency response system (100) for information transmission and storage comprises an emergency response unit (102), an image capturing module (110), an audio processing unit (112), a video processing unit (114), a text information generating module (116), a position tracker module (118), a data storage unit (120), a server supporting unit (122), a central processing unit (124), a communication module (126), an alert generating unit (128) and an emergency contacts person interface unit (130). The emergency response unit (102) is operationally integrating with user computing unit. The emergency response unit (102) is configured to transmit the user's photo, name, mobile number, location with date and time along with the captured audio data, video data, or text message on emergency condition in real-time. The emergency response unit (102) using an open API or FCM(Firebase Cloud Messaging) protocol. The emergency response unit (102) comprises a registration unit (104), a SOS button (106), and an activation module (108). The registration unit (104) is configured to register the primary information of the user. The primary' information of the user includes the identity -card number of the registered user, contact number closer-ones / family / friends / authorized person / an emergency7contacts person. The SOS button (106) is configured to trigger emergency actions. The activation module (108) is operatively coupled to the SOS button (106). The activation module (108) is configured to actuate emergency response unit (102) upon clicking of the SOS button. The image capturing module (110) is operationally connected with the emergency response unit. The image capturing module (110) is configured to automatically capture image by pressing the SOS button (106) and send the captured image. The audio processing unit (112) is operationally connected with the emergency response. The audio processing unit (112) is configured to automatically start recording audio of theemergency condition and send the recorded voice. The video processing unit (114) is operationally connected with the emergency response. The video processing unit (114) is configured to record videos of the emergency condition and send the recorded videos. The text information generating module is (116) operationally connected with the emergency response. The text information generating module (116) is configured to enable the user to compose a text message in the GUI response to the selection capable of being store and transmitted. The position tracker module (118) is operationally connected with the emergency response unit. The position tracker module (118) is configured to determine the current location of the user when the SOS button (106) is activated and will continuously monitor the location. The position tracker module (118) provides live tracking of the user and geo location of the user to the emergency contacts person also. The data storage unit (120) is operationally connected with the emergency response unit. The data storage unit (120) is configured to store the primary information of the registered user, received information by the image capturing module (110), audio processing unit (112), video processing unit (114), text information generating module (116), a position tracker module (118) and maintain a history of store the received information for reference. The server supporting unit (122) is operationally connected with the data storage unit (120). The server supporting unit (122) is configured to gather the information and corresponding time stamp the same. The server supporting unit (122) using a socket technology configured to switch static location of the user to live location of the user. The central processing unit (124) is operationally connected with the emergency response unit, image capturing module (110), audio processing unit (112), and text information generating module (116), position tracker module (118) and data storage unit (120). The central processing unit (124) includes ARM CPUs, Qualcomm Snapdragon, Kirin or Exynos. The central processing unit (124) is configured to actuate emergency response unit; activate image capturing module (110) to capture the image of the user using the user computing unit on pressing the SOS button (106); send capture image to the emergency contacts person; activate audio processing unit (112), video processing unit (114) and text information generating module (116) based on user requirement on actuating emergency response unit; stimulate position tracker module (118); generate the recorded and captured information by video processing unit (114), audio processing unit (112), and text information generating module (116) based on selected option of text / audio / video message by the user; send the recorded text / audio / video message, and location along with the date and time to tire emergencycontacts person in real-time. The communication module (126) is configured to send recorded video, images, and location along with the date and time to the emergency contacts person in real-time using the server supporting unit (122. The communication module (126) comprises a socket unit configured to change static location to live location of the user computing unit. The communication module (126) utilizes wireless communication protocols to send and receive emergency data to designated emergency contacts, including text messages, or multimedia messages. The alert generating unit (128) is operationally connected with the central processing unit (124) configured to generate alert signal in emergency. The emergency contacts person interface unit (130) is operationally connected the with emergency response unit. The emergency contacts person interface unit (130) is configured to received send information by the central processing unit (124) and provide the alert signal of emergency to the emergency contacts person based on geo-location in real-time. The emergency contacts person can be police department, closer-ones / family / friends / authorized person.

[0026] In accordance with an embodiment of the present invention, the alert generating unit (128) operationally connected the emergency contacts person interface unit (130), configured to receive and play a pre-recorded alert sound or siren (emits a sequence of distinctive tones or sounds to differentiate emergency alerts from regular notifications) upon activation of the SOS button, even if the screen of the emergency contacts person is locked using FCM notification. The communication module (126) utilizes wireless communication protocols to send and receive emergency data to designated emergency contacts, including text messages, or multimedia messages.

[0027] In accordance with an embodiment of the present invention, the emergency response unit (102) allows the user to switch between front and rear-facing cameras during recording, which enables user flexibility.

[0028] In accordance with an embodiment of the present invention, the emergency contacts person interface unit (130) may be, but not limited to a smart laptops, smartphones, and tablet.

[0029] In accordance with an embodiment of the present invention, the server supporting unit (122) comprises a server validation unit configured to check the user computing unit connectivity status using the socket unit, updating the database accordingly. The socket unit configured to enhance responsiveness and adaptability,demonstrating a commitment to delivering a reliable and user-friendly communication platform. Additionally, the server validation unit configured to checks the owner's device connectivity status using the socket unit, updating the database accordingly. The socket unit configured to enhance responsiveness and adaptability, demonstrating a commitment to delivering a reliable and user-friendly communication platform.

[0030] In accordance with an embodiment of the present invention, the communication module (126) configured to transmit emergency data, including the user's photo, name, mobile number, location with date and time, text message, audio messages, images, videos, and live location information, to designated emergency contacts. The police department interface unit is used for transmitting emergency data to emergency services. The activation module (108) is further configured to play a pre-recorded alert sound or siren (emits a sequence of distinctive tones or sounds to differentiate emergency alerts from regular notifications) upon activation of the SOS button (106), even if the screen of the emergency contacts person interface unit (130) is locked.

[0031] Figure 2: illustrates an exemplary embodiment of the automated emergency response system, in accordance with an embodiment of the present invention. The emergency response unit (102) is operationally connected with the user computing unit (202). The emergency response unit (102) makes the user computing unit (202) to display the live location of the emergency contacts person. The system provides real-time tracking of the Police Response Vehicle (PRV), Police Control Room (PCR), closer- one s / family / friends / authorized person or ambulance to the user who has requested assistance. This means that the user who requested for help can see the exact location of the Police Response Vehicle (PRV), Police Control Room (PCR), closer- one s / family / friends / authorized person or ambulance on a map or through the user computing unit (202) in real-time. The user computing unit (202) is configured to display the live location of the emergency contacts person., when the emergency contacts person (Police Response Vehicle (PRV), Police Control Room (PCR), closer- one s / family / friends / authorized person or ambulance) accept the message or request send by the user computing unit (202) using automated emergency response system. By providing the live location information to the user, the system allows user to have a clear idea of how far away the assistance the user requested is. This enables the user to estimate the arrival time of the emergency services more accurately. So that the user can see if thevehicle is geting closer or if there are any delays, helping them plan accordingly and potentially providing reassurance during a stressful situation.

[0032] In accordance with an embodiment of the present invention, the system includes:

[0033] Initial action taken by the user to signal an emergency situation by clicking SOS buton (106). The SOS buton (106) is prominently displayed on the interface for quick access during emergencies.

[0034] Pop-up Generated: Upon clicking the SOS buton, a pop-up appears on the user computing unit (device) screen. This pop-up presents the user with options to choose how they want to communicate their emergency. The options typically include audio, video, or text message formats.

[0035] Image Capture: While the pop-up is displayed, the system captures an image of the user. This image capture serves as additional information for emergency responders, providing visual context to the situation.

[0036] Option Selection: The user selects one of the available options from the pop-up menu based on their preference and the nature of the emergency. For instance:

[0037] If the user feels it's safer to communicate verbally, they might choose the audio option.

[0038] If they believe visual evidence is necessary, they may opt for the video option.

[0039] If they prefer to convey the situation through writen text, they can select the text message option.

[0040] Action on Selection:

[0041] Audio Processing Unit (112): If the user selects the audio option, the system activates the audio processing unit. This unit records the user's voice message or any ambient sounds.

[0042] Video Processing Unit (114): If the user chooses the video option, the video processing unit is activated. It records a video clip, potentially capturing the surroundings and any events occurring.

[0043] Text Information Generating Module (116): When the user selects the text message option, the system engages the text information generating module. This module allows the user to input a text message describing the emergency.

[0044] Sending Information: After recording the message (audio / video / text), the system sends it, along with additional critical data such as the user's location, date, and time, to the designated emergency contacts. This communication happens in real-time using Firebase Cloud Messaging (FCM) technology, ensuring prompt delivery of the distress signal and associated information.

[0045] Response Timeout: In case the user is unable to select an option immediately, the system waits for a predetermined period, typically 5-seconds, for the user's response. This timeout period allows the user a brief window to make their selection. If the user fails to respond within the specified timeframe, the system takes proactive action to ensure help is dispatched promptly. It automatically sends an FCM notification to notify the appropriate authorities, such as the police or other emergency contacts, about the situation. This ensures that emergency assistance is mobilized swiftly, even if the user is incapacitated or unable to respond.

[0046] Figure 3: illustrates the method for implementation of automated emergency response system (100), in accordance with an embodiment of the present invention. The method includes steps:

[0047] Step 1: User press SOS button (106) in emergency condition by using emergency response unit;

[0048] Step 2: pressing SOS actuate the function of the emergency response unit;

[0049] Step 3: Actuating emergency response unit (102) provide variety of communication modes, encompassing options for transmitting audio messages, video messages, or text messages which generate the turn ON signal to the image capturing module (110), audio processing unit (112), video processing unit (114), text information generating module (116) and position tracker module (118).

[0050] Step 4: generated variety of communication modes to the user are mentioned as:

[0051] Step 4 (a): if user select any option in the audio, video message or text message, a photo of the person selecting is immediately clicked send to the emergency contacts person interface unit (130).

[0052] Step 4 (b): if the user does not record the audio or video message, the user's snap / photo, along with a siren alert is delivered to the emergency contacts person interface unitafter 5 seconds, along with the user’s name, location of the message, date and time, mobile number and the user's location goes live.

[0053] Step 4 (c): if user select audio message, the recording screen turns on and the user can record his emergency message. The recorded message is sent to the emergency contacts person interface unit (130) as an alert signal to provide help to the user. The received recorded message starts playing automatically with a siren alert even if the screen of the emergency contacts person interface unit is locked. Additionally, the along with the user's photo, name, mobile number, location with date and time, and recorded message receive the user's photo, name, mobile number, location with date and time, and recorded message. With this the user's location becomes live so that he can be tracked.

[0054] Step 4 (d): If user select a video message, the recorded video send and starts playing with an alert siren along with the user's photo, name, mobile number, location with date and time on the emergency contacts person interface unit even if the emergency contacts person interface unit (130) is locked screen. Also the user can use the option to record video from both front and back cameras depending upon the user requirement to tackle the emergency situation.

[0055] Step 4 (e): if user select the text message option, the user is enabled to compose a text message. In specific emergency scenarios wherein vocal communication poses a threat to personal safety, such as instances of home invasion or abduction, the utilization of text messaging facilitates discreet communication, mitigating the risk of alerting perpetrators. Text messaging presents a viable alternative for individuals unable to capture audio or video recordings due to extenuating circumstances, providing a means to convey critical emergency situations.

[0056] Step 5: the recorded audio, video messages or text message is stored as emergency record table by the data storage unit (120) and saved by the server (122).

[0057] Step 6: track the exact location of the user by using position tracker module (118) and send the recorded emergency audio, video messages or text message to the nearest PRV on the basis of geo location of the user.

[0058] Step 7: the PRV receive the generated message along user's photo, name, snap, mobile number, location with date and time using FCM technology to provide help to the user.

[0059] Step 8: Additionally, user emergency contact receive the generated message along user's photo, name, snap, mobile number, location with date and time.

[0060] In accordance with an embodiment of the present invention, the SOS (audio, video messages or text message) made in emergency can be sent to the police assistance 112 at the same system (100) send the recorded emergency audio, video messages or text message to the nearest PRV on the basis of geo location of the user.

[0061] In accordance with an embodiment of the present invention, the SOS (audio, video messages, or text message) made in an emergency can be sent to the police assistance 112. Simultaneously, the system (100) sends the recorded emergency audio, video messages, or text message to the nearest Police Response Vehicle (PRV) based on the geo-location of the user. For example: A person is in distress and activates the emergency SOS feature on their smartphone or a dedicated device. The system (100) immediately begins recording audio, video, or text messages detailing the emergency situation. The SOS message is transmitted to the police assistance hotline number 112. This ensures that emergency services are notified promptly and can initiate a response. At the same time, the system (100) uses the GPS or location services on the device to determine the user's precise location. Based on this information, it identifies the nearest Police Response Vehicle (PRV) equipped to handle emergency situations. The recorded emergency audio, video messages, or text message are then transmitted to this nearest PRV in real-time. This enables the PRV to receive crucial information about the emergency situation and respond accordingly. By sending the emergency messages to both the police assistance hotline and the nearest PRV simultaneously, this embodiment of the invention ensures that multiple channels of assistance are activated promptly. This increases the chances of a swift and effective response to the emergency, potentially saving lives and minimizing harm.

[0062] In accordance with an embodiment of the present invention, the emergency response unit (102) includes SOS button (106) feature integrated within the phone's operating system (100) of the user. The primary purpose of the SOS button (106) is to be autonomously activated in the event of an emergency, thereby eliminating the necessity for the user to physically press the SOS button. When the SOS button (106) is pressed, a special screen pops up asking if the user wants to record an audio message, video message or text message. In case of an emergency, if the user presses the SOS button, the system (100) triggers the following actions:

[0063] In accordance with an embodiment of the present invention, the system (100) automatically captures a photo of the user using the image capturing module (110). Then, the system (100) records the current date and time. The system (100) uses position tracking module includes GPS module to determine the user's current location. The emergency response unit (102) automatically transmits the user's photo, name, and mobile number, location with date and time, and live location to the user's emergency contacts by playing the alert sound on emergency numbers even if emergency contacts person interface unit (130) screen is locked.

[0064] When user clicked on audio processing unit (112) after pressing SOS button (106), the user voice is recorded using the audio processing unit (112). The system (100) start recording audio message. The system (100) transmits the recorded audio to the user's emergency contacts by playing the alert sound on emergency numbers even if their phone screen is locked. The emergency contacts are stored in a separate encrypted database on the phone's memory.

[0065] When user clicked on video processing unit (114) after pressing SOS button (106), the user video is recorded using the video processing unit (114). The system (100) continues to capture photo of the user until the SOS button (106) is released. The system (100) transmits the combined video, and photo file to the emergency contacts person interface unit (130). The system (100) also includes a dual camera system (100), allowing the user to switch between the front and rear cameras. The system (100) also provides the option to display the user's message to the 112 police number. The system (100) is designed to operate under normal network conditions, but also includes a robust network connectivity module that ensures uninterrupted data transmission even in situations where the network connectivity is poor.

[0066] When user clicked on text information generating module (116) after pressing SOS button (106). The system emergency message is send to the emergency contacts person interface unit (130)

[0067] In accordance with an embodiment of the present invention, the system (100) uses a combination of GPS and cellular network data to track the user's location in real-time, even in areas with poor cellular coverage. The location data is updated automatically and included in the emergency message sent to the user's emergency contacts.

[0068] In accordance with an embodiment of the present invention, the system (100) also includes a direct link to the emergency contacts person interface unit (130) (local police department), which can be activated by the user at any time during the emergency call. This allows the user to bypass the traditional process of dialing a specific number and reach the police direct.

[0069] By allowing users to record a message that includes their location, condition, and other relevant details, this technology can significantly enhance the effectiveness of emergency communications. For emergency response agencies, this system (100) can greatly improve their ability to respond to emergencies. By providing real-time updates on the location and movement of the person in distress, emergency responders can arrive at the scene more quickly and provide more effective assistance. The system (100) can potentially save lives and reduce the severity of emergencies. In law enforcement, this technology can be used to facilitate direct communication between civilians and law enforcement officers. By allowing users to directly contact law enforcement without having to manually dial a specific number, the system (100) can simplify the process of reporting emergencies and make it easier for civilians to seek help in dangerous situations. In terms of market demand, there is a growing need for more advanced emergency communication technologies, especially in light of increasing incidents of crime and accidents. The system (100) has the potential to meet this demand and gain widespread adoption among smartphone users worldwide.

[0070] In accordance with an exemplary embodiment of the present invention, the method comprises:

[0071] Step 1: User press SOS button (106) in emergency condition by using emergency response unit. Firstly, the photo of user is clicked and send to the emergency contacts person interface unit (130). After that, the user will be presented with the option to record a video or take a picture (reel) utilizing both front and back cameras.

[0072] Step 2: Subsequently, the recorded video / photo reels will be forwarded to the user computing unit designated emergency contacts, accompanied by an audible alarm, realtime location data, and timestamp information.

[0073] Step 3: Along with the recorded evidence, notifications are sent to the state and district authorities. Additionally, notifications are dispatched to the nearest PoliceResponse Vehicle (PRV) and ambulance within a certain radius, along with live location tracking.

[0074] Step 4: The Police Response Vehicle (PRV) and Police Control Room (PCR) is provided with an option to accept attending to the emergency case. Upon acceptance by the Police Response Vehicle (PRV), immediate handling of the accident case is required. If, for any reason, the PCR is delayed in handling the accident case, information regarding the accident, along with its live location, can also be relayed to the state / district level.

[0075] Step 5: The live location of the Police Response Vehicle (PRV) / PCR / ambulance is visible to the requested user and both the PCR and ambulance, enabling the user to estimate the arrival time for assistance accurately.

[0076] In accordance with an exemplary embodiment of the present invention, the system (100) provides a comprehensive and efficient mechanism for users to initiate emergency alerts, communicate critical information, and summon assistance when faced with urgent situations. It leverages modem technologies like image capture, real-time messaging, and automated alerts to streamline emergency response processes and enhance user safety.

Claims

ClaimsWhat is claimed is:

1. An automated emergency response system (100) for information transmission and storage, comprising: a emergency response unit (102) operationally integrate with user computing unit, configured to transmit the user's photo, name, mobile number, location with date and time along with the captured audio data, video data, or text message on emergency condition in real-time, comprises: a registration unit (104) configured to register the primary information of the user; a SOS button (106) configured to trigger emergency actions; an activation module (108) operatively coupled to the SOS button (106) and configured to actuate emergency response unit (102) upon clicking of the SOS button; an image capturing module (110) operationally connected with the emergency response unit, configured to automatically capture image by pressing the SOS button (106) and send the captured image; an audio processing unit (112) operationally connected with the emergency response, configured to automatically start recording audio of the emergency condition and send the recorded voice; a video processing unit (114) operationally connected with the emergency response, configured to record videos of the emergency condition and send the recorded videos; a text information generating module (116) operationally connected with the emergency response, configured to enable the user to compose a text message in the GUI response to the selection capable of being store and transmitted; a position tracker module (118) operationally connected with the emergency response unit, configured to determine the current location of the user when the SOS button (106) is activated and will continuously monitor the location;a data storage unit (120) operationally connected with the emergency response unit, configured to store the primary information of the registered user, received information by the image capturing module (110), audio processing unit (112), video processing unit (114), text information generating module (116), a position tracker module (118) and maintain a history of store the received information for reference; a server supporting unit (122) operationally connected with the data storage unit (120) configured to gather the information and corresponding time stamp the same; a central processing unit (124) operationally connected with the emergency response unit, image capturing module (110), audio processing unit (112), text information generating module (116), position tracker module (118) and data storage unit (120), configured to: actuate emergency response unit; activate image capturing module (110) to capture the image of the user using the user computing unit on pressing the SOS button (106); send capture image to the emergency contacts person; activate audio processing unit (112), video processing unit (114) and text information generating module (116) based on user requirement on actuating emergency response unit; stimulate position tracker module (118); generate the recorded and captured information by video processing unit (114), audio processing unit (112), and text information generating module (116) based on selected option of text / audio / video message by the user; send the recorded text / audio / video message, and location along with the date and time to the emergency contacts person in real-time. a communication module (126) configured to send recorded video, images, and location along with the date and time to the emergency contacts person in real-time using a server (122);an alert generating unit (128) operationally connected with the central processing unit (124) configured to generate alert signal in emergency; an emergency contacts person interface unit (130) operationally connected the with emergency response unit, configured to received send information by the central processing unit (124) and provide the alert signal of emergency to the emergency contacts person based on geo-location in real-time; wherein the position tracker module (118) provides live tracking of the user and geo location of the user to the emergency contacts person also; wherein the server supporting unit (122) using a socket technology to switch static location of the user to live location of the user; wherein the emergency response unit (102) is configured provide facility to the users to track the live location of their chosen emergency contacts, once emergency contacts person acknowledges the emergency message.

2. The system (100) as claimed in claim 1, wherein the primary information of the user includes the identity-card number of the registered user, contact number closer- ones / family / friends / authorized person / an emergency contacts person.

3. The system (100) as claimed in claim 1, wherein the emergency response unit (102) using an open API or FCM (Firebase Cloud Messaging) protocol.

4. The system (100) as claimed in claim 1, wherein the alert generating unit (128) operationally connected the emergency contacts person interface unit (130), configured to receive and play a pre-recorded alert sound or siren (emits a sequence of distinctive tones or sounds to differentiate emergency alerts from regular notifications) upon activation of the SOS button, even if the screen of the emergency contacts person is locked using FCM notification5. The system (100) as claimed in claim 1, wherein the communication module (126) utilizes wireless communication protocols to send and receive emergency data to designated emergency contacts, including text messages, or multimedia messages.

6. The system (100) as claimed in claim 1, wherein the emergency response unit (102) allows the user to switch between front and rear-facing cameras during recording, which enables user flexibility.

7. The system (100) as claimed in claim 1, wherein the central processing unit (124) includes ARM CPUs, Qualcomm Snapdragon, Kirin or Exynos. i

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