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Boeing Gps Blockchain

Boeing Quiere Asegurar Los Receptores Gps En Vuelo Con Blockchain

Boeing Quiere Asegurar Los Receptores Gps En Vuelo Con Blockchain

Boeing quiere asegurar los receptores GPS en vuelo con Blockchain Una nueva solicitud de patente presentada por Boeing sugiere que el gigante fabricante de aviones est estudiando cmo Blockchain puede ayudar a proteger los receptores GPS en vuelo. En una solicitud de patente presentada el pasado jueves por la Oficina de Patentes y Marcas Registradas de los Estados Unidos, el desarrollador del avin ms popular del mundo detalla un sistema GPS de respaldo y anti-spoofing a bordo que se usara si el sistema primario de un avin se vuelve poco confiable o no funciona. El spoofing o suplantacin de identidad GPS es una prctica mediante la cual se utilizan seales falsificadas para engaar con eficacia a otros receptores. Estos ataques se pueden utilizar para confundir a un receptor GPS sobre la ubicacin real de otros objetos. De acuerdo con la solicitud de patente, los datos de la cadena de bloqueo se utilizaran como un registro de respaldo de la informacin en caso de que el sistema anti-spoofing detecte problemas potenciales. En la patente registrada se puede leer lo siguiente: El mtodo determina adems si las seales GPS recibidas por el receptor GPS son seales GPS falsas y, a continuacin, recupera los datos de posicin del mdulo de almacenamiento de la cadena de bloques si el receptor GPS no recibe las seales GPS o est recibiendo seales GPS falsas. Asimismo, la copia de seguridad almacenara la informacin ambiental recibida del GPS, lo que le permitira actuar como un sistema a prueba de fallos para evitar que los pilotos se pierdan al proporcionar toda la informacin que un GPS ofrece. El sistema puede aplicarse a cualquier tipo de vehculo, tanto tripulado como no tripulado, segn la aplicacin. Todo lo que debes saber sobre la bifurcacin en criptomonedas Adems, el diseo se coloca en Continue reading >>

Boeing Patent Proposes Blockchain-based Anti-spoofing Gps System

Boeing Patent Proposes Blockchain-based Anti-spoofing Gps System

The blockchain technology is growing rapidly, as evidenced by its use in many areas and the navigation industry is not the execption. The upcoming XII international Navigation Forum will touch the topic of navigation data protection, so we are looking forward to Forum attendees ready to provide developments in the field of protected mobility and cybersecurity. We believe that your development will not be less successful than the project of Boeing Corporation. One of the world's largest manufacturers of aviation, military and space technology, Boeing, patented a new development, suggesting protection of GPS receivers against spoofing using the blockchain. The idea of this development is to create an on-Board system for backup and protection against spoofing. The use of blockchain technology will remain embedded in the backup system reliable data, obtained from GPS, and will protect the equipment from spurious signals. This development can be applied on any type of vehicles, including unmanned. The blockchain is a way of storing data in a digital registry, represented as chain of blocks containing a certain data set. Computers running on the same network, through complex mathematical algorithms perform the encryption process, in which each module is assigned a unique digital signature. Adding new data blocks will update the registry and eliminate forgery of the old data ones. This technology provides with high level of protection against hacker attacks because data is not stored in one place, but scattered over a few hundred or even hundreds of thousands of computers. Continue reading >>

Boeing Patent Protection System Of Gps-navigation On The Blockchain

Boeing Patent Protection System Of Gps-navigation On The Blockchain

Boeing patent protection system of GPS-navigation on the blockchain One of the worlds largest manufacturers of aviation, military and space technology, Boeing, announced that the patented new development, the essence of which is to protect the GPS receivers using the blockchain from tampering. In an accompanying note to the patent, published on the website of the office of patents and trademarks USA, said the development is an onboard system for backup and protection against spoofing. GPS spoofing allows you to confuse the transmitter by feeding him false signals. It is used to confuse sensors, distorting the data about the location of certain objects, whose coordinates are initially set correctly. In the backup will be stored reliable information received from the GPS, so the system becomes fault tolerant and will apply to all types of vehicles, including unmanned, reported in the explanatory note to the patent. Thus, applying the blockchain technology to protect on-Board systems, Boeing expects to protect its equipment against false signals. If necessary, the backup data will be back again if the protection system detects spoofing attempts of coordinates. Continue reading >>

Boeing Eyes Blockchain In Bid To Fight Gps Spoofing

Boeing Eyes Blockchain In Bid To Fight Gps Spoofing

Boeing Eyes Blockchain in Bid to Fight GPS Spoofing A new patent filing from Boeing suggests that the aircraft manufacturing giant is looking at how blockchain can help protect in-flight GPS receivers. In a patent application released last Thursday by the U.S. Patent and Trademark Office, the developer of the world's most popular airliner details an "onboard backup and anti-spoofing GPS system" that would be used if a plane's primary system becomes unreliable or nonfunctioning. GPS "spoofing" is a practice by which counterfeit signals are used to effectively trick other receivers. Such attacks can be used to confuse a GPS receiver about the actual location of other objects. According to the application, blockchain data would be used as a backup record of information in the event that the anti-spoofing system detects potential trouble. "The method further determines if the GPS signals, received by the GPS receiver, are spoofed GPS signals and, then, retrieves position data from the block-chain storage module if the GPS receiver is not receiving the GPS signals or is receiving spoofed GPS signals." The backup would store environmental information received from the GPS, allowing it to act as a failsafe to prevent pilots from getting lost by providing all of the information a GPS normally would. The system can be applied to any type of vehicle, both manned and unmanned, according to the application. Further, the design is positioned in the filing as a response to a lack of fail-over technologies that can verify data about a vehicle's location. As a result, if a GPS platform does suffer an outage or spoofing attack, "navigators, air traffic controllers, and mission planners are unable to adjust and respond with confidence." Image Credit: Maxene Huiyu / Shutterstock.com The Continue reading >>

Boeing Uses Blockchain Technology Security

Boeing Uses Blockchain Technology Security

Boeing uses blockchain technology ? As many industries and companies seek ways to understand and benefit from the blockchain technology, so does Boeing, the number 1 aircraft manufacturer. Boeing in a speedily move, just filed in a patent application for onboard backup and anti-spoofing GPS system that would be used as a substitute to planes primary systems, should they stop functioning during a flight. What is GPS spoofing and how does this relate to the blockchain technology? GPS spoofing is an attack on GPS receivers with the aim to broadcast incorrect GPS signals to make them look like normal signals by rebroadcasting signals captured at different locations. Blockchain data will then be used as a backup should there be an attack on the GPS receivers and its been detected by anti-spoofing systems. In such an event, the backup information stored on the blockchain will be used. This will, therefore, guide the pilot from being misled and will direct them towards the normal route. This technology and idea can also be applied to other forms of vehicles with GPS systems. Spoofing of ships is assumed to have been carried in the black sea by Russians this year in August as it is assumed they attempted spoofing the GPS of US Maritime. What do you think as Boeing uses Blockchain technology? Do you think this is a smart move by Boeing to file for this pattern? Please let us know what your thoughts are Continue reading >>

Boeing To Use Blockchain To Protect Gps Receivers

Boeing To Use Blockchain To Protect Gps Receivers

Boeing to use blockchain to protect GPS receivers Let's figure out how blockchain can make flights safer Boeing filed a new patent that talks aboutaircraft manufacturing giant is looking at how blockchain can help protect in-flight GPS receivers. This is reported by the CoinDesk. The application, released by the U.S. Patent and Trademark Office, the aircraft giantdetails an "onboard backup and anti-spoofing GPS system" that would be used if a plane's primary system becomes unreliable or nonfunctioning. GPS "spoofing" isa practiceby which counterfeit signals are used to effectively trick other receivers. Such attacks can be used to confuse a GPS receiver about the actual location of other objects.These simulated signals have been changed in such a way as to cause the recipient to misconstrue their location, considering it to be the one sent by the attacker. Because GPS systems work by measuring the time it takes for a signal to travel from satellite to receiver, successful spoofing requires that the attacker know exactly where his target is - so that the simulated signal can be structured with appropriate signal delays. GPS attacks can be extremely danger when aircrafts are the targets. Blockchain data would be used as a backup record of information in the event that the anti-spoofing system detects potential danger. The method further determines if the GPS signals, received by the GPS receiver, are spoofed GPS signals and, then, retrieves position data from the block-chain storage module if the GPS receiver is not receiving the GPS signals or is receiving spoofed GPS signals. The backup would store environmental information received from the GPS, allowing it to act as a failsafe to prevent pilots from getting lost by providing all of the information a GPS normally woul Continue reading >>

Boeing Eyes Blockchain In Bid To Eliminate Gps Spoofing

Boeing Eyes Blockchain In Bid To Eliminate Gps Spoofing

Boeing Eyes Blockchain in Bid to eliminate GPS Spoofing A brand-new license declaring from Boeing recommends that the airplane production titan is checking out exactly how blockchain could aid shield in-flight GPS receivers. In a license application launched last Thursday by the U.S. Patent as well as Trademark Office, the designer of the globes most prominent airliner information an onboard back-up as well as anti-spoofing GPS system that would certainly be made use of if an airplanes key system comes to be nonfunctioning or unstable. GPS spoofing is a method through which imitation signals are made use of to efficiently deceive various other receivers. Such assaults could be made use of to puzzle a GPS receiver regarding the real area of various other things. According to the application, blockchain information would certainly be made use of as a back-up document of info in case the anti-spoofing system discovers prospective problem. The approach better identifies if the GPS signals, obtained by the GPS receiver, are spoofed GPS signals as well as, after that, gets placement information from the block-chain storage space component if the GPS receiver is not getting the GPS signals or is getting spoofed GPS signals. The back-up would certainly keep ecological info obtained from the GPS, permitting it to function as a failsafe to stop pilots from obtaining shed by supplying all the info a GPS usually would. The system could be put on any kind of kind of lorry, both manned as well as unmanned, inning accordance with the application. Further, the style is placed in the declaring as a reaction to an absence of fail-over innovations that could validate information regarding an automobiles area. Therefore, if a GPS system does experience a blackout or spoofing strike, navig Continue reading >>

Boeing Eyes Blockchain In Bid To Fight Gps Spoofing Coindesk.com

Boeing Eyes Blockchain In Bid To Fight Gps Spoofing Coindesk.com

Boeing Eyes Blockchain in Bid to Fight GPS Spoofing A new patent filing from Boeing suggests that the aircraft manufacturing giant is looking at how blockchain can help protect in-flight GPS receivers. In a patent application released last Thursday by the U.S. Patent and Trademark Office, the developer of the worlds most popular airliner details an "onboard backup and anti-spoofing GPS system" that would be used if a plane's primary system becomes unreliable or nonfunctioning.. GPS "spoofing" is a practiceby which counterfeit signals are used to effectively trick other receivers. Such attacks can be used to confuse a GPS receiver about the actual location of other objects.. According to the application, blockchain data would be used as a backup record of information in the event that the anti-spoofing system detects potential trouble. The backup would store environmental information received from the GPS, allowing it to act as a failsafe to prevent pilots from getting lost by providing all of the information a GPS normally would.. The system can be applied to any type of vehicle, both manned and unmanned, according to the application. As a result, if a GPS platform does suffer an outage or spoofing attack, "navigators, air traffic controllers, and mission planners are unable to adjust and respond with confidence.". Coin spectator is an automated news aggregation service. All copyrights belong to their respective owners. Images and text owned by copyright holders are used in reference to and promotion of those respective parties. Continue reading >>

Boeing Developers To Build Gps Solutions On Blockchain Technology

Boeing Developers To Build Gps Solutions On Blockchain Technology

Read Used-vehicle Chain from Japan Accepts Bitcoin Payments The application will have two main functions. First, the developers will create an onboard backup app which will save the data on the device. Secondly, the system will have an anti-spoofing GPS. [On-Board Backup and Anti-Spoofing GPS System]OBASG includes a GPS block-chain recorder, a block-chain storage module, an anti-spoofing module, and a backup navigation module. This feature will protect against any external interferences with the data from the device. Spoofing is the emission of interfering of signals that are mimicking the original GPS signal. Which afterwards becomes valid even though the information about the location is incorrect. This could lead to the course manipulation of aeroplanes, ships and drones. The system will be based on smart contracts and it will serve as a backup plan for the current one. The blockchain will store all the GPS data which will communicate with the anti-spoofing branch. In dangerous situations or if the standard system fails the blockchain-based application will be activated. The application for the patent was filed with the US Patent Office. Recently other transportation companies have shown their interest in the blockchain technology. The French Societe Internationale de Telecommunication Aeronautique has started working on blockchain solutions meant to collect and store flight data. Continue reading >>

Boeing Uses Blockchain To Combat Gps Spoofing Attacks

Boeing Uses Blockchain To Combat Gps Spoofing Attacks

Boeing uses blockchain to combat GPS spoofing attacks Boeing uses blockchain to combat GPS spoofing attacks Running Buzz: Boeing Co. filed for a new patent to explore ways to use Blockchain to protect flight GPS receivers. The use of blockchain to save and protect data, in the event of counterfeit location information or can not receive information, you can withdraw from the Blockchain module location data. Thus preventing the wrong direction of the vehicle, and this system can be used for any type of vehicle. Boeing Co. filed for a new patent, Explore how to use blockchain to protect flight GPS receiver. The U.S. and U.S. Patent and Trademark Office released applications on Thursday, the worlds best-known airliner developer detailing onboard backup anti-spoofing GPS systems for aircraft owners System is not reliable or fault situation. GPS spoofing is faking signals to deceive other receivers. This attack can be used to confuse the GPS receiver, can not confirm the actual location of other objects. The application shows that blockchain data can be used as a back-up record of information as it is potentially troublesome to counter-spoof the system. This method further determines if the GPS signal received by the GPS receiver is a forged GPS signal and then fails to receive the GPS signal or receives a fake GPS signal from the GPS receiver Signal, the location data is withdrawn from the block memory module. The backup will store the environmental information received by the GPS as a fail-safe, preventing pilots from getting lost by providing the information typically required by GPS. The system can be used on any type of transport, both human-driven and non-human-driven. And this design is to deal with the lack of fault-tolerant techniques to validate vehicle address da Continue reading >>

Boeing To Incorporate Blockchain To Counter Gps Spoofing

Boeing To Incorporate Blockchain To Counter Gps Spoofing

A new patent suggests that Boeing is now looking towards blockchain in order to perfect its GPS technology. The patent , called ON-BOARD BACKUP AND ANTI-SPOOFING GPS SYSTEM, was made available for the public by the US Patent and Trademark Office on 14 December. Boeing describes an onboard backup and anti-spoofing GPS, or OBASG, which navigates a vehicle through an environment with a GPS receiver, wherein the GPS receiver is configured to receive GPS signals within the environment, and wherein the GPS signals suffer a GPS outage or are unreliable within the environment. In general, the OBASG includes a GPS block-chain recorder, a block-chain storage module, an anti-spoofing module, and a backup navigation module. GPS spoofing is a practice whereby attackers attempt to fool a GPS receiver by broadcasting incorrect GPS signals,structured to resemble a set of normal GPS signals, or by rebroadcasting genuine signals captured elsewhere or at a different time. These spoofed signals may be modified in such a way as to cause the receiver to estimate its position to be somewhere other than where it actually is, or to be located where it is but at a different time, as determined by the attacker. Boeings blockchain-powered anti-spoofing tech is further described in details: The method comprising: determining if the GPS receiver is receiving the GPS signals; recording the received GPS signals to a block-chain storage module if the GPS receiver is receiving the GPS signals; determining if the GPS signals, received by the GPS receiver, are spoofed GPS signals; and retrieving position data from the block-chain storage module if the GPS receiver is not receiving the GPS signals or is receiving spoofed GPS signals. GPS spoofing attacks can have both military and civilian consequences. T Continue reading >>

Boeing Seeking New Ways To Use Blockchain Technology

Boeing Seeking New Ways To Use Blockchain Technology

Boeing Seeking New Ways to Use Blockchain Technology Date Written: December 19 2017 Written By: George Miller One of the biggest aircraft manufacturing companies in the world, Boeing, is in the process of finding new ways it can utilize blockchain technology to assist with its in-flight GPS receivers, that is if its new patent filing by the USPTO is anything to go by. Through a patent that was released by The US Patent & Trademark Office on Thursday 14th December 2017, Boeing gave a full detail of an onboard backup as well as an anti-spoofing GPS system, which they are planning to unveil. The worlds most popular airliner plans to use that particular technology to help if by any chance the primary system of a plain becomes non-functional or fails completely. GPS spoofing is a great system that allows a number of counterfeit signals to be used for the purposes of tricking other receivers. An attack of that kind can be applied to confuse a GPS receiver based on the real location of other objects. According to this application released by the US Patent & Trademark Office, which is the creator of worlds most used airliner details, the blockchain data will act as a backup record of information if by any chance the anti-spoofing system notices certain serious problems in the system. The method will go ahead to determine if the GPS information that has been sent to the GPS receiver are tricked or imitated signals. After that, it will then get the position data from the storage module of the blockchain to determine if the GPS receiver is receiving spoofed GPS signals or is not receiving any GPS signals. The backup will play a number of roles, but key among them is to ensure that the environmental information is safely stored. This is the information that is obtained from the GP Continue reading >>

Boeing To Patent Anti-spoofing Navigation Blockchain

Boeing To Patent Anti-spoofing Navigation Blockchain

Boeing to patent anti-spoofing navigation blockchain Boeing to patent anti-spoofing navigation blockchain 18 December 2017 | in Blockchain | in Blockchain |584 The official USPTO website has a new filing which indicates that the famous aviation construction company that among other things develops navigation systems for place wants to get a patent for a special modification of blockchain designed for air navigation. The filing states that the system will erase the possibility of some technologically advanced miscreants trying to replace the coordinates in GPS navigators aboard. This replacement is often called spoofing. Lately, there were reports in the media about the growth of strange occasions when the GPS navigators did not indicate the true location, and it was due to some third party rather than the fault of the device. A special system of coordinates verification will be used. It will duplicate the usual sensors. In case they sense wrong, the system will report this and get the true coordinates from the center via this blockchain. Recent examples of GPS spoofing include the navigation problems of ships in the Black Sea, and some media outlets suspect the Russian special services. And theres more: similar problems happened to drivers in Moscow near the Kremlin, and a member of a prominent software company tried to investigate that case. Continue reading >>

Empresa De Aviacin Boeing Buscar Eliminar Falsificaciones De Sus Sistemas Gps Con Blockchain

Empresa De Aviacin Boeing Buscar Eliminar Falsificaciones De Sus Sistemas Gps Con Blockchain

Empresa de aviacin Boeing buscar eliminar falsificaciones de sus sistemas GPS con blockchain Publicado por Javier Bastardo | Dic 18, 2017 | Adopcin | 0 | La reconocida empresa de fabricacin de aeronaves, Boeing, realiz una solicitud de patente para introducir tecnologa blockchain en el sistema GPS de sus unidades. La firma present su propuesta ante la Oficina de Patentes y Marcas de los Estados Unidos e implica un respaldo blockchain antifalsificacin del GPS. Segn el documento emitido por la empresa, se trata de un sistema de respaldo a bordo y antifalsificacin GPS (OBASG) que servir para navegar una aeronave a travs de un entorno con un receptor GPS. El OBASG incluira un grabador blockchain para el GPS, un mdulo de almacenamiento, un mdulo antifalsificacin y un mdulo de navegacin de respaldo. La falsificacin del GPS es una prctica en la que se emiten seales falsas para engaar efectivamente a otros receptores. Este tipo de ataques puede usarse para confundir a un receptor de GPS sobre la ubicacin real de otros objetos, poniendo en riesgo el cumplimiento del itinerario de vuelo y la integridad de la tripulacin. La implementacin de la tecnologa blockchain permitira tener un registro de respaldo de la informacin en caso de que el sistema antifalsificacin detecte posibles problemas. Esta iniciativa tiene su origen en la alta dependencia que tienen los servicios de navegacin aeronutica de los GPS y la vulnerabilidad de este tipo de instrumentos ante posibles ataques. De acuerdo con el documento introducido por Boeing, actualmente no hay sistemas de respaldo para GPS que no sean mtodos de navegacin manual que utilizan sensores ambientales como, por ejemplo, radar y navegacin celestial. Cuando las seales de GPS no estn disponibles o interrumpidas, no hay tecnologas de conmuta Continue reading >>

Introduction To Proof Oflocation

Introduction To Proof Oflocation

The case for alternative locationsystems At FOAM, we believe people should own their personal information, controlling when and with whom they choose to share their location. Our team is committed to solving this, building spatial protocols, standards, and applications that offer a higher level of security and more resiliency than conventional geospatial technologies. With our recent work on the Crypto Spatial Coordinate standard and Spatial Index visual block explorer powered by our open source purescript web3 library we introduced some of the essential components we will be using to develop FOAMs core project, a decentralized protocol for Proof of Location. Our approach inverts the current market for geospatial data, which relies on bulk collection of information for targeting and resale, by creating a new location markets that offer a significantly improved security model. Proof of Location allows users and autonomous agents to privately record authenticated location data at times of their choosing, and then reveal their personal information at their discretion, by presenting a fraud-proof location claim. 1. Trustless: Byzantine fault tolerant clock synchronization 3. Open: Anyone can utilize the network or offer utility services 4. Accountable: Economics structured to ensure honest behavior, verified with fraud proofs 5. Incentivized: Service providers remunerated for extending localization and verification zones The purpose of this post is to introduce many of the problems posed by insecure geolocation and to offer insight into our solution: a Proof of Location system that maintains Byzantine consensus throughout a distributed network of synchronized clocks, while creating markets for local generation of triangulated positional data. However, before we describe th Continue reading >>

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