Traditional IT enterprises often only emphasize the investment of intelligent hardware and the development of application software in the construction of campus. Because of the imperfection of digital infrastructure in the initial planning or construction period, they are faced with many problems:
For example, data and business scenarios are disconnected; or there are a large number of data islands, incompatible data, equipment interoperability; only local intelligence, no global intelligence, can not form effective decision-making; lack of security system design and so on.
Intelligence is more embodied in the hardware level. At this stage, the intelligent park still stays in the building of hardware equipment and simple system integration. For example, the security system and UPS system of intelligent buildings have their own systems, which can improve system efficiency and simplify management by using a series of intelligent means. But these subsystems work independently and manage themselves. There is no information connection between them and they can not be linked.
Wisdom parks cover a large number of industries, many fields are carrying a large number of sensitive information, the security risks faced are no longer just information leakage, information systems can not be used, but will have a direct, substantive, life-threatening impact on the real world. Once the sensitive information involving individuals, enterprises and governments is leaked, it will bring immeasurable harm to the personal rights and interests of citizens, business interests of enterprises and national information security.
Intelligent building has distinct characteristics of equipment and equipment system, and its life cycle is much shorter than that of buildings. According to the document of DEGW in 1999, the life cycle of buildings is 50-70 years, the life span of mechanical and electrical facilities is 15 years, and the life span of communication facilities and systems is only 3 years, which means that communication equipment will face the problem of renewal in three years. On the other hand, in the early stage of construction, because it is difficult to predict future business needs, it is often necessary to update and upgrade the system in the later stage.
iSyscoreTM Intelligent Operating System
With the basic completion of digital infrastructure construction, the continuous breakthroughs of artificial intelligence, Internet of Things technology and big data application, and the emphasis of the state on the ruling concept of "people-oriented, people-oriented", the construction of new intelligent buildings and parks in China will turn to "people, services, management" as the focus of planning and design, gradually. Turn to AI + big data driven mode.
From the concept of intelligent buildings, parks and even intelligent cities put forward more than ten years ago, now there will be a qualitative leap because of the intelligent operating system of buildings and parks.
At present, most of the solutions in the market remain in the stage of simple integration and expansion of equipment and network components, and fail to integrate AI, advanced technology of Internet of Things and park industry well.
On the other hand, some general AI companies can not effectively integrate technology with the specific business scenarios of the park. They can only operate as a single professional technical service provider, lacking the ability to build the overall system.
With iSyscoreTM Intelligent Operating System as the brain, the new generation of Intelligent Park solutions will have five characteristics: intelligence, security, openness, efficiency and greenness, and ultimately realize full-time perception, full-factor linkage and full-cycle.
Intelligent operating system digitizes the physical world of buildings and parks by connecting various intelligent devices and Internet of Things sensors at the device level, identifies, collects, normalizes and analyses the data at the data level, and systematically operates the data of the whole life cycle (from data generation to final feedback) using artificial intelligence algorithm. Implement and provide the key services of the application system.
Such a central "brain" transmits the data received by the "brain" and the data generated by the calculation to every link of the system through instructions, and gives the whole system and elements of the park a global empowerment, thus driving the overall and coordinated development of the whole park and forming a global intelligence.
Equipment and system management is far more complex than building management. Therefore, for the construction of intelligent system, we should not only consider "construction" and "management", or only consider the "hardware" construction of equipment, but also neglect the "management and use" after construction, especially the core security issues such as equipment control and data leakage.
Therefore, we should properly coordinate the construction, development and sensitive information protection of smart parks, actively explore the relationship between data sharing and information and equipment protection under the new situation, and build a safe and credible smart Park system.
Essentially, safety issues follow the barrel principle: the overall safety depends on the shortest part of the "board". When building platforms integrate more and more subsystems and equipment, more and more attack surfaces are exposed to the outside world.
However, the safety level of subsystems is different, and a considerable number of subsystems do not take safety into account in the design and implementation process. The attacker can cut into the building platform from a weak security link, and then attack the core control module as a springboard.
iSyscoreTM Intelligent operating system can more easily access different equipment ecosystem subsystems through intelligent gateway and open platform. Through core data and business services, it can more flexibly support diverse application ecosystems. It provides a wider, extensible and scalable iteration capability.
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iSyscoreTM Intelligent operating system can more easily access different equipment ecosystem subsystems through intelligent gateway and open platform. Through core data and business services, it can more flexibly support diverse application ecosystems. It provides a wider, extensible and scalable iteration capability. Intelligent operating system can integrate and coordinate the equipment ecology and application ecology of the park through intelligent algorithm, expert system, strategy engine and console, so as to improve the operation efficiency of the park management, the work efficiency of enterprise staff and the efficiency of government and third-party service organizations.
The project is located in No. 1, West Wenyi Rd., Hangzhou, and the total area of structure is about 60,000 square meters. Planning to construct a commercial complex including 5A grade office building, SOHO Start-ups office space and featured business building.
Through the advanced smart park management model, provide brand new intelligent service to the high-tech enterprises and properties in the park. Relying on the smart park improvement which the intelligent platform brought, to make the project as the most competitive commercial headquarters and new industrial base in west city technology corridor.