[How does blockchain technology apply to autonomous driving? ] When it comes to blockchain, everyone's first reaction may be the recent explosion of digital currency, Bitcoin. Editors today are not popular hash functions for everyone. They introduce an Israeli company. How do they use blockchain technology in automatic? Driving.

Blockchain + Autopilot

At present, unmanned vehicles are faced with many difficulties, such as the lack of mature technologies and the lack of smart cities. Driverless driving is based on complex sensing systems. One of the challenges is how to continuously break through the standards of software technology and hardware conditions so that the unmanned vehicle can quickly and correctly respond to the surrounding environment.

With the advent of blockchain technology, digital encryption has become one of the key directions for widespread adoption. The emergence of blockchain technology is not only a great innovation in the application of technology, but also a revolution in the production relationship that is cooperating with people. It makes trust easily accessible, makes collaboration easy, and provides a good foundation for large-scale collaboration among people.

The use of blockchain in driverless systems has several major advantages:

1. Prevent hacking.

The premise of the application of driverless technology is the complete coverage and access of the Internet, but once it is linked to the Internet, there will be a risk that hackers will use the system's loopholes to hijack vehicles remotely and engage in sabotage. How to prevent hackers from invading and protect data security is an urgent problem that drone systems need to solve. By encrypting data in the blockchain to protect data security and prevent hackers, it becomes the best choice for driverless security.

2 Eliminating the credit risk of centralized nodes.

The centralization of nodes means that regardless of the car manufacturers or service providers, it is possible to take great credit risks in terms of data storage, data usage, and data security, but the blockchain distributed consensus algorithm technology can greatly eliminate centralization. The risk brought by the node.

3. Improve system efficiency.

With blockchain technology, offline connections can be made between applications and vehicles on the car, and data does not have to go through a third-party server. The blockchain makes it no longer necessary for a driver to rely on a central system to coordinate and store all driving information, eliminating the central server's huge server operating costs.

4. More fair and transparent.

CodeisLaw. The blockchain decentralized consensus algorithm can provide users with a technology-enabled trust system. The entire network eliminates the risk of data silos and data monopoly through distributed nodes.

5. Solve the driverless accident rule problem.

Through access to blockchain technology, its distributed billing system can fully record all data of vehicle manufacturers, software providers and service centers, and at the same time ensure that accidental interaction data of stored accidents has not been tampered with, thus accurately identifying accident liability.

Vectoraic practice

It seems that "blockchain + automatic driving" is theoretically feasible, but there are not many companies that can really present products. Vectoraic, Israel’s automatic driving program, has successfully combined blockchain technology with driverless driving and is preparing to become the world’s first travel platform based on driverless and blockchain technology.

In most people's minds, Israel is synonymous with war, but its reputation as the "second Silicon Valley" has a long history: more than 6,000 technology start-up companies, NASDAQ listed companies exceed the number of European companies, technology industry contribution Above 90% of GDP, these figures are sufficient proof of Israel’s technological advancement.

And Vectoraic, as an outstanding project to gain Israel’s official support, stood out from the crowd of start-up companies with unlimited potential, and cast a blockbuster in the global driverless R&D market. The most fascinating focus was the blockchain technology. Introduced, then, what is the originality of the "emerging technology" blockchain that Vectoraic's mature unmanned system has built?

Wait... mature driverless system?

Right, do not envy jealousy, Vectoraic, in addition to blockchain technology as the bottom, to achieve a transparent, efficient, safe, open and decentralized driverless travel platform, it also has a mature driverless system.

Let's take a look at their drone system.

Vectoraic driverless system

Vectoraic is currently the most likely project to implement Level 4 automatic driving technology (this is their official said, believe it or not). Its core technology has obtained US patent, software patent number: PCT/IL2018/050085.

Vectoraic technology has already been applied in the Israeli military field. The next step will be to set up a laboratory at the Weizmann Institute and a research and development base in Guangzhou, China.

1. Vectoraic software system

The world's first unmanned over-the-horizon predictive technology

Vectoraic is the world's only automated road marking system based on the Air Force UAV combat reconnaissance blockchain technology. Has a unique V2X (VehicletoX) technology. Unique risk pre-judgment is performed by collecting the frequency of any digital device in each risk area. Currently, technologies on the market can only detect visible objects within a certain range, but Vectoraic's revolutionary technology is to capture the signal sources of all electronic devices (such as mobile phones, sensors, and cameras) to perceive, predict and send out possible collisions. Warning signal.

Vectoraic uses the principle of multiple unmanned aerial vehicles (UAVs) to combine all the moving objects, and transmits the signal sources to the cloud processor. After calculation and analysis through the Vectoraic algorithm, unexpected accidents may be sent to users through unexpected warning instructions. . In data capture and acquisition, ApiSharing technology optimized through disruptive design and algorithm is adopted.

Overall, the breakthrough beyond-the-horizon teleprediction software system is the biggest breakthrough that Vectoraic has brought to the field of automated driving. It can exclude 83% of the collision risk from 2 kilometers away, which is far beyond what the current autopilot technology can detect. The maximum range (radius 300 meters).

The most efficient vector data image processing technology in the world

Compared to image data collected by Google Maps, Vectoraic uses a top-notch vector data image processing system to perform 3D omni-directional detection and depth perception of targets through the use of intelligent cruise and homing technology, and high-resolution laser detection. Fully measure the front, back, and side, upload the scanned vector data to the background, and automatically splice massive pieces of scrap data into a perfect 3D vector map, accurate to the definition of 3cm distance, and make a vector analysis every 3cm. Then, based on the neural network algorithm, the danger is automatically screened for accurate prediction. The computational efficiency is 300 times that of Google satellite maps.

2. Vectoraic hardware system

The most advanced and smallest vehicle radar system

Vectoraic possesses the world's most advanced, smallest 360-degree, all-in-one phased array vehicle-mounted radar, which is only 5cm high and 10 times smaller than Google's vehicle-mounted radar. The radar is a fixed radar. It can realize 360-degree detection without rotation. The response speed is 100 times faster than Google's car radar.

World's fastest, smallest vehicle computer computing system

Traditionally, data needs to be stored in memory to be processed by the CPU. The APU used by Vectoraic allows data to be directly stored in memory and processed directly without input/output processing. This greatly improves computing performance and the operating speed is currently on the chip. 1000 times. In addition, the efficiency is increased, and the power consumed is also greatly reduced.

The world's smallest night vision thermal sensor

Vectoraic night vision thermal sensors are based on sensors on the APU and are the smallest in the world. In addition, excellent performance can be achieved without any gas cooling system, and the perspective of the target can be clearly seen and sensed in a completely dark, fog, rain and snow environment.

Hardware cost-effective, cost only 10% market cost

The hardware cost for Google, Uber, GM, and Intel is $25,000 to $80,000. The total cost of Vectoraic is only $2,500, and the cost is reduced to 10%.

Vectoraic Technology Development Roadmap

Combined with blockchain

1. User safety certification: high privacy

"The application of Vectoraic in blockchain is mainly reflected in user security authentication. Users need to protect their own data and sign behavior agreements, including buying, selling and participating in some insurance operations." In an interview with VectorSic Full Stack Engineer OrShlomo, " Each user of Vectoraic will have its own 'private chain' where the user's private data is absolutely confidential and can only be opened with its own private key."

Public and private chain is an indispensable branch concept of blockchain. Public chain means that anyone in the world can read and send transaction information. Private chain is completely private and write permission is only in the hands of an organization or individual. With this technology support, Vectoraic's user safety certification will have a high degree of privacy, completely eliminating the credit risk of the centralized node, and users are free to choose whether their information is open or absolutely hidden.

2. Create VT Economic Model: Community Operation is More Efficient

The original creation of Vectoraic is the introduction of VT. VT is the abbreviation of VectoraicToken. It is an endogenous power to maintain the efficient and stable operation of the Vectoraic ecosystem. Users can use VT to conduct transactions or obtain services in the system. Improve the trading efficiency of car enthusiasts, can realize the second transfer of car transactions.

In short, Vectoraic will create a large-scale communication and trading community for users. Based on the "decentralized" nature of blockchain, users can conduct completely open and transparent transactions through VT. As long as the parties reach an agreement, they can Fast transfer in Vectoraic's e-wallet.

"Vectoraic will also open up VT incentives. Users with high credit ratings and partners will receive Token rewards." OrShlomo led the team to introduce rewards, which is similar to Uber's driver star rating, but with Uber What's different is that Vectoraic's credit rating is completely open, and everyone can see the credit score, which also virtually imposes higher requirements on the credit level and service level of users and partners.

3. Architecture open driverless platform BaaS: sharing transactions without mistakes

BaaS is Vectoraic's open driverless platform, where users can conduct payments, transactions, and sharing. For the majority of automotive enthusiasts, the most important basis for choosing a car service platform is the convenience and efficiency of value-added services such as automotive product information, sales, after-sales services, and auto detailing. Vectoraic sees this user psychology.

On Vectoraic's Baas platform, there are two important concepts: VectoraicSharing and VectoraicExchange, sharing and trading. In VectoraicSharing, Vectoraic will provide users with decentralized sharing services that can be transacted through VT. Smart car travel, passenger credit assessment, automotive performance assessment, big data personalization services, etc., are all playing a role in revitalizing the Vectoraic ecosystem. . In addition, VectoraicExchange focuses more on transactions, from the purchase of cars to after-sales services, including smart car ordering, sharing, performance, smart contracts, and sales, all on the VectoraicExchange.

In simple terms, BaaS is equivalent to our current mobile phone application. Users who download the Vectoraic system can easily operate on BaaS. However, BaaS is not open to everyone. Only users and partners who participate in the Vectoraic eco-construction can use it.

4. VectoraicOS: Big Data for Accurate Service

Like Apple and Android, Vectoraic also has its own set of core technologies. VectoraicOS is the core technology system of the artificial intelligence autopilot specially developed by Vectoraic. Its unique over-the-horizon anticipation system is currently the only one that can detect collisions beyond 2 km. Risk software system. Advanced data capture technology based on this provides ample data sources for the Vectoraic blockchain ecosystem. Big data is an invisible asset in the Internet era. VectoraicOS can efficiently transmit the collected user information to service providers in real time. If a service provider requests data at a certain time, the public chain will quickly obtain user information. Includes radar positioning and collisions and can be redirected to the private chain.

In other words, based on the blockchain, Vectoraic can accurately locate the user's location and send real-time data to service providers to ensure absolute security and privacy. This unique initiative has provided Vectoraic users with personal protection, accident liability and damage insurance services. Security lock.

In addition, VectoraicOS also solves the problem of data silos, and the user information it collects can provide users with precise services. In this regard, Vectoraic will also be an intimate “personal car butler” who can plan the best for users anytime, anywhere. Car experience.

At the World Blockchain Conference on April 23-35, Israel’s Vectoraic project made everybody’s eyeball at the road show. Vectoraic used the blockchain technology “consensus mechanism,” “irreversible data,” and “data can't be tampered with”. Solve the problem of automatic driving safety and lay out the blockchain ecosystem in the field of road safety. Behind Vectoraic is a self-driving hardware system with Israeli military technology sinking. The platform will be carried on the graphene bottom technology architecture. In the world's fastest and smallest vehicle computer operation, the chip APU's computing speed is 1,000 times that of the current chip.

Blockchain is the biggest technological change. Driverless and blockchain are all synonymous with innovative technologies. However, under these technology blessings, Vectoraic is focusing not just on autopilot.

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