New species
Industries Are Building +Intelligence Platforms to Achieve Leapfrog Development Benefits from Intelligence for Industries: Enterprise Intelligence
The integration of the Internet of Things (IoT), cloud computing, artificial intelligence (AI), 5G, and other technologies combine to create business rules that use data flows to drive flows of people, things, energy, funds, and regulation. It also allows industries to create their own +Intelligence models and closed loops in data value creation. With high-speed connections, IoT, and AI-based cloud, +Intelligence platforms help industries achieve leapfrog development through intelligent analysis, decision-making, and assistance. These platforms will unleash enormous potential and value for industries through three paths: Cloud and AI becoming the underlying driving forces for progress; sensing and connectivity aggregating massive data into the cloud; and computing power and intelligence turning data resources into an intelligent source of large-scale innovation.
Cloud-based intelligence: Aggregating discrete data to unlock the value of intelligence
Cloud is the core element of +Intelligence platforms, and the basis of data, computing power, and algorithms on which intelligence depends. Given the underlying position of cloud in an intelligent world, companies lacking cloud capabilities may not survive even the eve of an intelligent world. On the other hand, companies that are able to use +Intelligence for accurate decision-making, efficient operations, and product customization and innovation will be able to tap into the opportunities of the intelligent world.
From chips to cloud: Ubiquitous intelligence
The coming intelligent world will be characterized by ubiquitous intelligence. This means that on top of devices that can sense, intelligence driven by data and computing power will penetrate the entire process of ICT data exchange across networks, devices, and the cloud. The result of this will be intelligence flows that benefit everyone. With the wider applications of smart chips with deep learning capabilities, smart devices have begun to significantly expand user capabilities in some fields.By 2025 intelligence will be available through most of the 40 billion smartphones, wearables, and smart home devices in the world. These devices will be able to sense, analyze, and predict user needs at all times, and provide intelligent recommendations.
As blockchain technology gains momentum, it will be applied in more sectors including finance, healthcare, logistics, and education, and a range of blockchain applications and solutions will gradually emerge. As fabrication technology moves toward the 10 nanometer scale, traditional computer architecture will approach the limits of Moore's law. Quantum computing is likely to boost computing power in the future, solving computing power challenges involving climate simulations, drug analysis, and molecular modelling. Quantum computing is set to become a new and powerful tool for technological innovation and breakthroughs, bringing flows of intelligence in ever faster.
All things sensing and all things connected will create an explosion in the amount of data, providing enormous quantities of raw materials for the intelligent world. As cloud and intelligent technologies gain in popularity, massive amounts of data will be converted to intelligent decision-making capabilities, and become the core driver of various industries. Industries can leverage their unique data resources and expertise to develop data sensing and invocation abilities, as well as appropriate intelligent algorithms. This will enable digital mapping of commercial strengths, and turn data from a production resource into an intelligent source of innovation.
+Intelligence shapes new business models, bringing digital to a whole new level
The integration of ICT and OT, as well as the application of intelligent technologies will be first used for asset and operation optimization. They will then gradually change the operating models of the manufacturing, energy, electricity, and other sectors, reduce costs, improve working environments, and drive digital transformation to make companies more competitive through digitization and intelligence.
Data will become a core business asset
In the digital era, people are generating data everywhere at all times. Only connected data creates value. The cloud migration of all companies will help traditional companies leverage their massive amounts of data that have been accumulated over a long period of time, boosting computing power and facilitating breakthroughs, rather than being dragged down by the sheer volume of data to be processed.
In the business domain, over 95% of data is currently unstructured, and most data is not being analyzed or used. As computing power increases and intelligent algorithms gain in popularity, this data will be converted to data assets that companies can analyze and use. In 2015, data utilization of global companies was only 10%, leaving the value of data assets untapped.
Future scene
Flexible production and smart supply chain made possible by the Industrial Internet
When you enter a factory of the future, you will see all sorts of APVs operating throughout the plant. Across the entire production floor, you can barely find a single person. It will mostly be a wide range of robots with different functions adjusting parameters on the production line and constantly waving around their mechanical arms as they move products further down the line. In the warehouse there will be automated packing. In laboratories there will be automated product monitoring and part repairs. The desktop of the back-end project management computer will be displaying real-time data in rapid succession collected from products, source materials, employees, and other sources. Research staff in the digital model laboratory will be wearing smart wearables as they carry out interactive testing in real-world scenarios.

GIV 2025

Unfolding the Industry Blueprint of an Intelligent World

GIV 2025 aims to set the direction for innovation to make the intelligent world a reality. It is designed to help industry decision-makers determine the path and pace of future growth while acting as a reference to help industries go digital. With this report, Huawei strives to lay the foundations for a fully connected, intelligent world with partners and industries.
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GIV 2025

Unfolding the Industry Blueprint of an Intelligent World

GIV 2025 aims to set the direction for innovation to make the intelligent world a reality. It is designed to help industry decision-makers determine the path and pace of future growth while acting as a reference to help industries go digital. With this report, Huawei strives to lay the foundations for a fully connected, intelligent world with partners and industries.
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1.What kind of stage for VR technology will be developed by 2025?
The application of VR in the next 5 to 10 years will start from entertainment and may extend to education and training. Immersive VR experiences will be used by brands to increase customer loyalty. Teleconferences can be conducted in brand new interactive VR experience. Players can act any role they want, entering the virtual world in person and battling with their favorite heroes. The current application of VR scales needs breakthrough of key areas in display technology, network delay and action tracking, etc.
2.What kind of stage for unmanned driving will be developed by 2025?
In addition to technology giants developing driverless cars developing by Uber, Google and Tesla, traditional car makers are also investing vigorously in the development of advanced driver assistance system (ADAS), with supporting ITS systems as well. Experts estimate that driverless cars can enter the average family within a decade.
3.What kind of stage for IoT will be developed by 2025?
In a decade, IoT will become the infrastructure penetrating to all aspects of society, which will integrate with key areas such as city administration, production and manufacturing, family issues, car driving, energy and environmental, logistic and transportation, consumption and payment, personal health, etc., and gather several segmented market with scale of hundreds of billions.Smart parking will help world wide users to find an available parking space smoothly, smart street lamps will help every street “sense” day and night to achieve green-control automatically, smart water system will help repairman find the broken part of pipe in a second, intelligent factory workers will only need to sit in offices and check with VR equipment, or even leave all work to robots.
4.What form will the interactions between human and devices develop into by 2025?
In next 5-10 years, interactions between people and devices will have breakthrough developments, when touching screen is replaced by more natural and effective ways such as gestures, face recognition, voice or even brain waves, etc. Meanwhile, devices and machines will better understand human and improve the life quality of human.
5.What will AI look like by 2025?
Perhaps one day robots will turn into groups or machine-men, coexisting harmoniously with humans. The use of artificial intelligence in the future will be more extensive. In education field, machines can do the marking on hundreds and thousands of test papers by learning 500 papers that experts marked. In the law field, artificial intelligence can integrate information from all aspects and then produce documents which the professionalization are as well as lawyers. In the hospital, artificial intelligence can help diagnose diseases. Its medical diagnostic technology is as professional as human doctors. It will never feel tired and work on and on. In the near future, both industrial robots that help lifting, palletizing, grinding or polishing of heavy work and the delicate robots that made on dexterous microelectronics line will exist everywhere.
6.How will blockchain influence our society and life?
Three points are mainly noticed:
1.Remove the intermediate institutions in order to reduce operating costs. All information is automatically run on pre-set rules and procedures. It does not depend on the credit endorsements that existed in the past.
2.Open and transparent, improve efficiency. Everyone has the same set of equipment, so there is no need to worry about personal moral hazard. Nor do you need to organize personnel to verify information.
3.The data is more secure. The blockchain has no center. Each node is the only part of the system. It has exactly the same equipment and enjoys equal rights. Even if a node is compromised, it will not affect the entire system.