Internet of Things (IoT) - OverView _ 081321

Internet of Things (IoT) - OverView _ 081321

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ways of is the third will be very much imminent all with mortality rates besides other natural calamities all over the world it is back with ultrasound from a 156 video on annual publication on youtube play 13 2021 friday i did 13. okay the topic for today is internet of things internet is a computer network consisting of a worldwide network of computer networks that use a transmission control protocol tcp internet protocol ip network protocols to facilitate data transmission and explain the internet of things describes a network of physical objects so known as things that are embedded with sensors software and other technologies that is used for the purpose of connecting and exchanging data with other devices and systems over the internet things have evolved due to the convergence of multiple technology analytics machine learning ubiquitous computing commodity sensors and embedded systems traditional fields of embedded systems wireless insights control systems automation including home and building automation and others all contribute to enabling the internet options in the consumer market iot technology is more synonymous with the products pertaining to the concept of smartphone including devices and appliances this is something i used to say all the time human beings need to be smart not the things that we use okay devices compliances home security systems and cameras and other home appliances that support one or more common ecosystems can become and be controlled by our devices associated with the ecosystem such as smartphones and smart speakers the iot can also be used in health care since there are a number of serious concerns the growth of iot especially the areas of privacy and security and consequently industry and government governmental most advanced these concerns are begin including the development of international main concept of network of smart devices was discussed as early as 1982 with a modified coca-cola animation at carnegie mellon university becoming the first open and connected appliance able to report inventory and whether newly loaded drinks are called marquez's 1991 paper on cubicle test computing computer of the 21st century as well as academic revenue such as produce the contemporary vision of the iot 1990 describe the concept in ieee spectrum as moving small buckets of data packets of data by a large set of nodes so as to integrate and automate everything from more appliances to entire factories and 97 several companies propose solutions like microsoft's evolve or novels the field gained momentum and build joy and vision device device communication as a part of the six steps framework presented at the world economic forum at davos in 1999. the concept of the internet of things from the term itself first appeared in a speech by peter lewis congressional back campus foundation 15th annual please thank you published in september 1985. according to lawyers the internet of things are iot is the integration of people process and technology with connectable devices and sensors to enable remote monitoring status manipulation and evaluation of trends or such devices the term iot was fined independently by giving action of procter and gamble later mit's auto id center in 1999 face into internet for things not things if at that point they view radio frequency identification of ids as essential to the internet of things it should allow computers to manage all individual things the main theme of iot is to embed short-range mobile transceivers in various gadgets and daily necessities enable new forms of communication between people and things and between things themselves yes simply the point in time when more things are objects were connected to the internet and people cisco systems estimated that the iot was born between 2008 and nine with a things people ratio growing from point zero eight in two thousand three to one point eight four in two thousand ten exchanges applications for iot devices is often divided into consumer commercial industrial spaces growing production of ic iod devices are created for consumer use including connected vehicles home automation wearable technology connected health and appliances with remote monitoring capabilities iot devices are a part of the larger concept which can include lighting heating and air conditioning media and security systems and camera systems long-term benefits could include energy savings by automatically including lights and electronics although by making the residents in the home aware of using a smart home or automated home to be used based on a platform or hubs that controls smart devices and appliances for instance using the manufacturers can have the home products and accessories controlled by an application in ios devices such as the iphone and the apple watch this could be a dedicated app all right ios native such as siri this can be demonstrated in the case of a smart home essentials which is a line of smart home devices that will control through apple's pro map city without the need for a wi-fi bridge there are also dedicated smartphone apps offered as standalone platforms different smartphone products and these include amazon echo google home apple's home part and samsung smartphones in addition to the commercial systems there are many non proprietary ecosystems including oma system with disabilities and elderly individuals these home systems use the system associated technology to accommodate that known specific disabilities voice controllers can assist users site and mobility limitations while level systems can be connected directly to kosher implants one by hearing impaired users they can also be achieved with additional safety features these features can include sensors that monitor for medical emergencies such as alpha thesis smart home technology applied in this way can provide users with more freedom and a high quality of life but then enterprise iot refers to devices used in business and corporate settings by 2019 it is estimated that the aioli will account for 9.5 billion devices of medical things and applications of the iu data collection analysis for research and monitoring the iomt has been referenced by smart health creating a digitized healthcare system connecting available medical resources and healthcare services iot devices can be used to enable remote health monitoring and emergency notifications these health monitoring devices blood pressure and heart rate monitors advanced devices capable of monitoring specialized implants such as pacemakers straight with the electronic english plants are advanced sharing some hospitals are begin implementing smart beds that can detect when they are occupied and when a patient is attempting to get up it can also adjust itself to ensure appropriate pressure and support is applied to the patient without the manual inside consequences that 2015 gold manchester's report can save the u.s more than 300 billion dollars in annual health care expenditures by increasing revenue and decreasing costs more of the use of mobile devices to support medical follow-up led to the creation of him health used analyzed statistics or specialized sensors can also be achieved with engineering phases to monitor the health and general will while also ensuring that proper treatment is being administered and assisting people regaining loss mobility via therapy as well these sensors create a network of intelligent sensors that are able to collect process transfer and analyze available information in different environments such as connecting hinge monitoring devices to hospital basics other customer services to encourage healthy living such as connective scales or wearable health monitors or also a pulse density and health monitoring iot platforms are also available for antenatal and chronic patients helping one manage health for vitals and recurring medication requirements advances in plastic and fabric electronics fabrication methods have enabled ultra low these sensors along with the required rfid radio frequency identification electronics can be fabricated on paper or heat exchange wireless power disposable sensing ways applications have been established for point-of-care medical diagnosis that portability and low system complexities and class of 2018 iomt was not only being applied in the clinical laboratory but also in the healthcare and healthy insurance industries iomt in the health care industry is now permitting doctors patients and others such as guardians of patients not such families and similar to be a part of the system that patient records are saved in a database allowing doctors and the rest of the medical staff to have access to titration information although iot based systems are patient center which involves being flexible the patient's medical conditions iomt is the insurance industry provides access to better new types of dynamic information this includes sensor sensor-based solutions such as biosensors wearables connected mobile apps to track consumer behavior customer beginning this can lead to more accurate undertaking underwriting a new pricing knowledge the application of iot to healthcare plays a fundamental role in managing chronic devices and disease prevention and control remote monitoring is made possible through the connection of powerful wireless images connectivity enables healthcare control digital variable speed limit sign the iot can assist in the integration of communication control and information processing across various transportation application of the iot extends all aspects of transportation that is a vehicle infrastructure and the driver are the user dynamic interaction between these components of the transport system enable sensor and infra vehicle communication smart traffic control smart parking electronic toll collection systems logistics and fleet management vehicle control safety and road resistance in regular communication systems communication consists of three components three main components vehicle vehicle communication vehicle to infrastructure communication vehicle pedestrian community vehicle to everything communication is the first step in autonomous driving and connected road infrastructure iot devices can be used to monitor and control the mechanical electrical and electronic systems used in various types of buildings in homework building automation in this context three main areas are being covered in literature the integration of the internet which are building energy management systems in order to create energy efficient and iodine small buildings the possible means of real time monitoring for reducing energy consumption and monitoring occupant behaviors the integration is not environment but how they may be used in future applications industrial internet of things i iot industrial iot devices acquire and analyze data from connected equipment operational technology volte locations and people combined with the volte monitoring devices iiot helps regulate and monitor industrial systems also the same implementation can be carried out for ultimate record update updates of asset placement in uh industrial storage units as the size of the assets can vary from a small screw to the whole motor spare part when displacement as of such assets can cause a percentage of time and money the iot can connect various manufacturing devices equipped with sensing identification processing communication activation and networking capabilities network control and management of manufacturing equipment assets asset and street management or manufacturing process control although yeah we use for industrial applications and smart management iot intelligent systems enable rapid manufacturing rapid response to product demands neutral control systems for automated process controls operator tools and service information systems to optimize plans safety and security are within the purview of higher voting i i will be applied to assist management asset management via predictive maintenance statistical evaluation measurements to maximize reliability industrial management systems can be integrated with smart grids enabling energy optimization measurements automated controls plant optimization health and safety management and other functions are provided by networking in addition to general manufacturing iot is also used for process in the industrialization of construction there are numerous iot applications informing such as collecting data and temperatures this data can be used to automate farming techniques take informed directions to improve quality and quantity minima is consist and reduce effort required to manage crops for example the soil temperature and moisture from offer and even apply iot acquired data the precision fertilization programs the overall goal is that data from sensors coupled with the farmers knowledge and intuition about is our own form can help increase form productivity and also help reduce that in august 2013 18 iota showed behind a partnership with microsoft to create fish farming tools using the microsoft and sewer applications they received for uh high voltage technologies related to watermelon developing part by researchers from hindi university the worshipful mechanics use of artificial intelligence ai from the number of fish on a conveyor belt analyze the number of fish and deduce the effectiveness of water flows in the later the fish a farm-based product from microsoft's tv white space connecting yes fd arms is also part of the marketplace utilization of iod-based applications for improving food supply chain equities has been extensively and raised iv technology adoption in the glossary supply chain has led to the real time visibility of stocks and limited proof of delivery increased efficiency in logistics or shops shell-like products environment sell livestock and full-time monitoring and effective traceability researchers at the albero university based on iot technology design and innovative digital full bridge is supported with the decision making in real time to combat and reduce the food waste issues in food management they further developed a fully automated system based on image processing uh to track portable waste in a potato packing factory the iot is currently being deployed in the full industry to increase the food safety improve the logistics enhancer for supply chain transparency and waste reduction iot devices are in devices hawaii valuable yearly a lot of good flooding fire and deep distance the use of globally internal data and networks such as effects combining long life batteries be constantly monitored and recorded in a connected android and apple application for example monitoring and control operate operations of sustainable urban wind farms is a key application of the iot iot infrastructure can be used for monitoring the any events are changes in structural conditions that can compromise safety and increases iot can benefit construction industry by cost saving time production better quality work work day paperless workflow and increase in production can help in taking cost by difference and save money with the real-time data analytics it can also be used for scheduling repair and maintenance activities in an efficient manner by coordinating tasks between service providers and users of these specific iot devices can also be used to control critical infrastructure like bridges to provide access usage of iot devices for monitoring operating infrastructure is likely to improve incident management and emergency response coordination quality of service up times and reduce costs of operating in all infrastructure related areas even areas such as waste management can benefit from automation and the optimization that could be brought in by the iot there are several planned or ongoing logical deployments of the iot to enable better management of civilizations management of citizens for example south korea the first of its colleagues equipped and why smart cities gradually being built in approximately 70 percent of the business district completed last of june 2018. most of the city is

planned to be wired or no human intervention another application is currently undergoing a project in santa ana spain now this deployment two approaches have been adapted to the city of 180 000 inhabitants or salaries seen eighteen thousand downloads of the city smartphone app app is connected to ten thousand sensors services like parking search environmental monitoring digital city and agenda benefit merchants through all these mechanisms based on city behavior that aims at maximizing the impact of each notification are the examples of large scale deployments underway include knowledge city welcome improving air and for water quality reducing nice production and increasing transportation in san jose california and smart traffic management by anything everything we use becomes smarter we add that people need to be smarter people are becoming [Music] smart traffic management investments using its land on facebook multiplexes happy memphis rpma technology san diego engineer has built a nationwide public network for low bandwidth data transmissions using the same unlicensed 2.4 gigahertz spectrum as wi-fi indiana's machine network or small one or third of the year's population across the major cities including san diego and san diego and dallas french company six fox comments building and ultra narrow band wireless data network in the san francisco bay area in 2014 the first business to achieve such a deployment in their use subsequently announced included a total of four thousand base stations to cover a total of the us by the end of 2016 making it the largest iot network coverage provided in the country cisco also participates in smart cities projects cisco has started deploying technologies for smart wi-fi smart safety and security smart lighting smart parking smart plans for smart bus depots smart pistols remote expert for garmin services rngs and smart education in the five kilometer area in the city of vijayawada another example of a large deployment is the one completed by new york waterways in new york city to connect all the city's vessels and be able the network was designed and engineered by fluid mesh networks chicago basically company developing wireless networks for critical applications the nyw network is currently providing coverage on the hudson river east river and upper new york with a wireless networking place new york waterway is able to take control of its fleet and passengers in a way that was not previously pushed new applications can include security energy and fleet management digital chinese public wi-fi paperless ticketing and others significant numbers of energy consuming devices already integrated internet and allow them to communicate with utilities not only to balance power generation but also helps to optimize the energy consumption these devices allow for remote control by users or central management by a cloud-based interface and enable functions like scheduling the smart release utility side priority application systems gather and act on energy and power related information to improve the efficiency of the product electricity using advanced meeting infrastructure internet connection devices directly utilities not only collect data from end users but also manage distribution automation devices like transformers environmental monitoring iot typically use sensors for assisting environmental protection by monitoring their water quality atmosphere atmospheric style conditions and can even include areas for monitoring like monitoring the movements of wildfire on the habitats development of resource constrained devices connected to the internet also means that other applications like earthquake tsunami early warning systems can help so be use devices services to provide more effective way iot devices in this application typically span a large geographic area and can also be mobile it has been argued that the standardization iot brings for wireless sensing i will revolutionize this area another example of integrating the iot is living life research and innovation process establishment within a public private people partners there are currently 320 living labs that use iot to collaborate between stakeholders to create innovative and technological products or companies to implement and all of iot services for smart cities they need to have incentives governments play key roles in smart city projects as changes in policies or subsidies to implement the iot which provides effectiveness efficiency and accuracy of the resources that are being used for instance the government provides tax incentives and keyprime improves public transports and offers an environment where start-up companies create industries and multi-nationals may co-create share a common infrastructure and labor markets and take advantage of locally embedded technologies production process and transition transactions the relationship between the technology developers and governments who manage the city's assets is key to provide open access to resources to users in an efficient way the internet of military things iom iot technologies in the military demand surveillance and other combat related subjects it is heavily influenced by the future prospects of warfare in an urban environment that involves use of sensors munichans vehicles logos human wearable biometrics and other small technologies that is relevant in the battery the internet of battlefield things iobt is a project initiated and executed by the us army research laboratory that focuses on the basic science related to the iot and that enhance the capabilities of army soldiers in 2017 the internet of battle field things collaborative research alliance establishing a working collaboration between industry university and army researchers advanced the theoretical foundations of iot technologies and the applications to army operations portion of things iot project program designed to establish an iot across large ocean areas for the purposes of correcting monitoring and analyzing environmental and vessel activity data the project entails a deployment of about 50 000 floats that house a passive sensor that economically in effect and track military and commercial results as part of the cloud base there are several applications of smart or active packaging tsunami ones right packaging in which the qr code or near field communications is fixed on a product or its package are using the qr codes frequency okay the tag is as if however it contains a unique identity typically a url this one resourceful which enables a user to access digital content about the product where a smartphone strictly speaking such passive items are not part of the iot but they can be as enablers of digital interactions from internet of packaging aop has been going to describe applications in package in which unique identifiers are used to automate supply chains understand on large scale by consumers to access digital content authentication authentication of the unique identifiers thereby the product energy tax can input communication iot's major significant trend in recent years is the explosive growth and controlled by the internet a wide range of applications for iot technology means this physics can be very different from one device to the next there are basic characteristics shared by most iot creates opportunities for more direct integration of the physical world into computer based systems resulting in efficiency improvements economic benefits and reduced human exercise the number of iot devices increased 31 000 year-over-year to 8.4 billion in the year 2017 and it is estimated that there will be 30 billion devices by 2020. the global market value

7.1 trillion by 2020 ambient intelligence and economic control are not part of the original concept of the iot concepts with iot and autonomous control initial outcomes towards this direction considering objects is the varying force for the autonomous hybrid economist okay promising approach in this context is deep reinforcement learning where most of the iot systems provide a dynamic and interactive environment training an agent to be such an environment cannot be addressed by conventional machine learning algorithms such as supervisor learning a reinforcement learning approach a learning agent can sense the environment state perform actions and learn through the maximizing accumulated in long-term iot intelligence can also be offered at three levels iot devices edge fog nodes and cloud computing the need for intelligent control yeah cloud computing computing access over the cloud nice terms the need for intelligent control and design at each level depends on the time sensitiveness of iot application for example an autonomous vehicles camera needs to make real-time obstacle detection detection to avoid an action this part might be possible through transferring data from the vehicle to cloud instances and written on the predictions back to the week instead all the operations should be performed locally in the vehicle integrating advanced machine learning algorithms including replanning in the iot devices is an active research area to make smart objects closer to reality however moreover it is possible to get the most value out of analyzing iot data extracting either information and predicting control difference a wide variety of machine learning techniques have been used in iot domain ranging from traditional methods of regression support base of recognition and random forest advanced ones such as convolutional neural networks lstm and variational auto encoder in the future iot may be a non-deterministic and volatile open network in which auto organization on intelligent entities are intelligent entities and virtual objects our tasks will be interoperable and able to act independently depending on the concept circumstances are environments behavior through the correction and reasoning of context information as well as the object's ability to detect and introduce suitable navigation measures constitutes a major research and clearly needed to provide credibility to iot technology modern iot products and solutions in the marketplace use a variety of different technologies to support such context our automation but more sophisticated forms of intelligence are requested to permit sensor units and intelligent cyber physical systems we deploy in real and grand socially international siot is a new kind of iot that focuses the importance of social interaction and the relationship between iot devices this iot is a pattern of how to process iot devices enabling application complication communication and collaboration without human intervention in order to serve owners with autonomous services and this only can be realized when the grain gain low level architecture support from both iot software and hardware engineering iot defines the device with an identity like a citizen the community and connect them to the internet to provide services to its users yes iot defines a social network for iot devices only to interact with each other for different goals that to serve a human yes iot is different from the original iot in terms of the collaboration characteristics iot is passive the status of the dedicated purposes with existing iot devices pre-determined siot is active it was programmed and managed by the iwa so for unplanned purposes with the mix and match of potential iot devices from different systems then the benefits its users built into the sociability and the blockchain abilities of functionalities and at the same time discovers navigates and groups with other iot devices in the same are nearly hereby network for useful service users proactively in everyday's life especially during emergencies some scholars and activists argue that iot can be used to create new models of civic engagement if device networks can be open to user control and interoperable platforms philip can avoid a professor and author writes a political life in both democracies and authoritarian regimes should be shaped by the way the iot will be used for civic engagement for that to happen he argues that any connected device be able to imbibe the list of the ultimate beneficiaries of the sensor data and that individual citizens should be able to add new organizations to the inaudible argues that civil society groups need to start developing their iot strategy for making use of data and engaging with the public the iot suffers from platform fragmentation lack of interoperability and common technical standards situation rather variety of iot devices in terms of both hardware variations and differences in the software running on the makes a task of developing applications that work consistently between different inconsistent technology ecosystems for example wireless connectivity can be done using bluetooth zigbee z-wave lola can be as well as completely custom proprietary radios each with its own advantage and disadvantages and unique support ecosystems iot is computing nature is also a problem for security since patches of bugs to bugs found in the core operating system often do not mean users of older and price devices one set of researchers say the failure of vendors to support our older devices with the patches and updates please more than eighty seven percent of active android devices philippines the professor and author writes that the iot offers immense potential for empowering citizens making government transparent and broadening information access however cautions however that privacy threats are enormous as is a potential for social control and political manipulation concerns about privacy available in many different the possibility the big data infrastructures such as iot and data mining are inherently compatible compatible incompatible with privacy key challenges of increase to digitization in the water transporter related privacy and cyber security which necessitate an advanced adequate response from research and policy makers alike writer adam greenfield clients and iot technologies are not only an invasion of public space but are also being used to perpetuate normal behavior citing an instance of billboards with a health camera that tracks the demographics of process by used after these advertisements iot council compared the increased prevalence of digital surveillance due to the iot to the conceptual panopticon described by jeremy bentham in the 18th century assertion was defended by the works of society developed during the industrial era foreign also argued in the discipline system establishing factories and schools reflected then transformation of in his 1992 paper post clips on the society of control deluxe and this is the discipline society and transition into a controlled society is a computer replacing the panopticon as an instrument of discipline and control while still maintaining the quality similar to that peter paul verbi the professor of philosophy of technology at the university of trent netherlands rights and technology already influences our moral decision-making while in turn affects human agency privacy and autonomy he cautions against viewing technology as a human tool and advocates of the center for democracy and technology expressed concern regarding the impact of the iot and consumer privacy saying that there are some people in the commercial space who say oh big data wealth let's collect everything keep it around forever we'll pay for somebody to think about security later yeah big data the question is why collect unwanted data the question is whether you want to have some sort of policy framework in place limit them data mining because they have so much unwanted data they have to filter they call it as data mining team really believes that the companies sell iot devices and consumers are misplaced once i hear the lecture by a iot mathematics professor on big data right yeah i asked him why collect so much data okay then break your head consumers are misplaced during disputing the notion that iot is about gaining efficiency from putting all kinds of device pushing the iot is really about the applications are profoundly different when you have sensors and data driving the television editorial said why they have also expressed concern on stating what you're about to lose easier prices actually it is worse than that you are not just going to lose your privacy you are going to have to watch very concept of privacy whatever happens in the privacy of our homes without our cancer people see only the postures and fail to look at the negatives of dark side like darkness you know these companies make us to focus only on the prosecutors they don't like us to see the other side the coin has two sides no it's a change okay the american civil liberties union expressed concerns regarding the ability of iot to erode people's control over their own lives the aclu wrote that there is simply no way to forecast how these events are disproportionately accumulating in the hands of corporations seeking financial advice advantage and governments craving even more control will be used lives as we grow increasingly transparent to professional operations and government institutions that are becoming more opaque in response to rising concerns about privacy and small technology in 2007 the british government stated to follow formal privacy by design principles when implementing the smart metering program the program will lead to replacement of traditional power meters with smart energy the smart power meters the project is in progress in india too which could track and manage energy you say more accurately however the british computer society is doubtful these principles are actually implemented as a result of replacing the traditional power meters with these smart power meters the electricity consumption has gone up and consumers are forced to pay through one nose she understand what i am saying in 2009 the dutch parliament ridiculous similar smart metering program facing the additional privacy the dutch program later revised and passed in 2011. security is the biggest concern in adopting iot technology which concerns the the rapid development is happening without appropriate construction of the performance security challenges involved in the regulating changes that might be innocent most of the technical security concerns are similar to those of conventional sensors servers these concerns include weak authentication for getting the change default credentials encrypted messages sent between devices s4 sql structured query language injections man in the middle attacks and poor handling of security what happens with all the software no they say i mean you have to keep on updating your security list including windows whatever otherwise hackers will go again why come up with a program there are so many flaws you can call however many iot devices are severe operational limitations computer computational power available to them the computer field they always say bug they have a debugger why do you sell it to the market without debugging that is my question these constraints often make them unable to directly use basic security measures such as implement the low price and consumer focus of many devices makes a robust security patching system uncommon rather than conventional security vulnerabilities part injection attacks around the rise and targeting iot devices attack is a physical attack on a device to purposely purposefully introduce false in the system to change internal behavior false might happen unintentionally by environmental noises and economically there are ideas stem from full flow integrity reform fault injection attacks and system recovery a healthy state before the fall iot devices have also access to new areas of data and can often control physical devices so that even by 2014 it was possible to say that many internet connected appliances could ultimately spy on people in their own homes including televisions kitchen appliances cameras and thermostats computer control devices in automobiles such as brakes engine locks food and front releases on heat and dashboard have been shown to be vulnerable to attackers to access the onboard network in some cases vehicle computer systems are internet allowing them to be exploited remotely by 2018 2008 security researchers had shown the ability to remotely control pacemakers without lethality later hackers demonstrated remote control of insulin functioning implantable cardiovascular poorly secured internet accessible iot devices can also be subverted to attack others iot devices within the first 20 hours eventually the infections increased around two hundred thousand to three hundred thousand infections bracelet colombia and vietnam made up 41.5 percent of the infections the mirai partners are single or specific iot devices that consist of ddrs ip cameras root routers and printers top that contain the most impacted devices were identified as a computer scientist at cloudflare noted the native ddos vulnerability u.s national intelligence control

council is an unclassified report maintains that it will be hard to deny access to networks of sensors and remotely for the us terminals and mistakes an open market for aggregated sensor data security no less than it helps criminals and spies identify vulnerable topics thus massively parallel sensor fusion may undermine social cohesion compatible with the fourth amendment guarantees against the unreasonable search in general the intelligence community views the iot as a rich source of data on 31st january 2019 the washington post wrote an article regarding the security and ethical challenges that can occur with iot doorbell sometimes last month ring guard card allowing the team streaming ukraine to view and understand certain videos the company says it only looks at publicly shared videos and those from wing owners who provide concern guess what the california family's next camera let the hacker take over the broadcast fake audio warnings about a missile attack not to mention fear appearing on them when they used a weak pass there have been a range of responses to consensus security the foundation was launched in 23rd september 2015 with a mission to secure the iot by promoting knowledge and best practices founding more gold is made from technology providers and telecommunication companies in addition large id companies are developing innovative solutions to ensure the safety of iot devices in 2017 mozilla launched project kings which allows iot devices to pay a safe developing screen as for the estimates from abv research to overall iot the market would grow at 27.9 right during 2016 to 22 as a result of growing infrastructural concerns and diversified usage of iot governmental regulation is argued by some to be necessary to secure iot devices on the wider internet as market incentives to secure iot devices is insufficient it was found that due to the nature of most of the iot development boards they generate predictable and weak keys which make it easy to be applied to a man in the middle attack her various hardening approaches were proposed by many researchers to to solve the issue of ssh the implementation and weakness iot systems are typically controlled by even driven smart apps that take us sense data user inputs and command one or more actuators towards providing different forms of automation examples of sensors include smoke detectors motion sensors and contact sensors examples motion sensors even in the place where we need to do examples of activators include smart cloud smart power outlets and load companies popular control platforms on which third-party developers can build smart apps they interact wirelessly with those sensors and activators include samsung smart things device communication failures can cause unsafe and dangerous physical states example unlock the entrance store when no one is alone or none of the heater when the temperature is below zero degree celsius and people are sleeping at night internet of bodies iob devices comes in many forms some are already invited such as risk watch fitness monitors or page makers or transmit data cardiologists other products that are under development are newly on the market may be less familiar such as ingestible products that correct and send information a person's got microchip implants brain stimulation devices and internet connected files these devices are intimidating like last quantity of personal biometric data iob devices make device makers promise to deliver substantial health and other benefits but also of course three is serious risks including risks of hacking privacy inflammatory some devices such as a reliable article pancreas for diabetics could revolutionize the treatment of disease while healthcare costs with a little costly effect on outcomes access to huge tolerance of live streaming biometric data might trigger breakthroughs in medical knowledge behavior or understanding it may increase health outcomes disparities but only people with financial means have access to any of these benefits or it might enable a surveillance state of intrusion and consequence examples are multiple technologies artificial pancreas brain computer interfaces brain electrical signals for parkinson's cochlear implants devices implantable cardiac facing implantable glucose monitors implantable small smooth stents ingestible digital pills ehsa heathers free snailing infusion pumps anxiety blossom bits variable insulin pumps wearable prosthetics variable series monitors attention monitors body implanted sensors clothing sensors female technology products freestanding consumer iob implantable microchips mental and emotional sense vision and hearing aids terrible health trackers variable neural devices etc this list is certainly not exhaustive so iot is affecting our lives in some way or other digital life even illiterate people use smartphones smart mini smart auto mobiles wearable devices for health monitoring like pacemakers installing one split bed all day etc anything with these visualize and as access to international is a great way for practice just imagine the situation you're in a small town have an implanted medical device in your body which is hacked is it not really scary eventually imagine such scenarios reality technology development is good in some ways but overall people abuse the technology for their own benefit hence it's affected majority of the population absolute safety is a practical impossibility but harness paper should be made to make any system full proof and mitigate the risks as much as for failure modes and effect from eca should be done for all systems especially so-called sophisticated systems of hacking generally human beings are human beings are downloading abusing mentalistic society so exercise adequate care in usage of iot applied products prevention is better than you never be a sucker as human beings we need to be smarter than what we use then we'll be then you can outsmart these gadgets systems etc debates and discussion on open-air topics like this can go on forever you know let me pull the plug-in we'll meet again real soon with another interesting copy some of the statements use express are solely main based on six decades of virtual experience always watch these videos with the closed captions timeline sometimes i take double or even triple this time depending on the topic since i make honest attempts to cover the selected topic more elaborately including so many implicateds referring a wide variety of in particular wikipedia quite extensively because it's articles and books [Music] he wants like dynamics and epidemics which ultimately pays the way for us for apocalypse and species and yes or no fault of others in peace and harmony you

2021-08-22 03:07

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