Why is a digital archives management system an inevitable choice under the demands of the times?

Archive work is in a process of continuous evolution, and the creation of digital archive management systems or digital archives has become an urgent need of the times. So why should the construction of digital archives be vigorously promoted?

I. Improve archive management efficiency and service quality

1. Convenient and precise management

    ▪ Reduce physical space occupation: traditional paper archives require large warehouse space for storage, while digital archives store archive information digitally, greatly saving physical space. For example, a medium-sized traditional archive may need thousands of square meters of warehouse space to store archives; after digitalization, the same amount of archive information only needs dozens of square meters of server room for storage.

    ▪ Intuitive data chart management: The digital archives management system can present archive information in intuitive forms such as data and charts, allowing managers to understand the overall archive situation more clearly and quickly, such as archive type distribution and era distribution, facilitating targeted management and decision-making. For example, through visual charts, managers can see at a glance which type of archive has the largest quantity and which era's archives have the highest utilization rate, thereby reasonably adjusting management strategies.

    ▪ Reduce manual operation errors: in traditional paper archive management, each step is manually operated and manually verified by staff, which is prone to negligence and errors and requires repeated verification. Relying on information management systems, digital archives can automatically record and process large amounts of data, reducing manual intervention and lowering the error rate. For example, in archive classification and filing, the system can automatically proceed according to preset rules, avoiding errors that may occur in manual classification.

2. Intelligent work

    ▪ Automatic statistics and real-time updates of collection information: archive source data is stored on servers, and the digital archive system can automatically count information such as archive quantity, type and utilization, and update collection information in real time, without manual inventory and recording one by one. Managers can grasp the latest archive dynamics at any time, providing accurate data support for decision-making. For example, managers can view the number of archive consultations and newly added archives within a certain period at any time.

    ▪ Automatic report generation: the system can automatically generate various reports based on preset templates and statistical data, such as archive utilization reports and inventory reports, saving time and effort in manual report creation while improving report accuracy and standardization. For example, monthly or quarterly archive utilization reports can be automatically generated, recording in detail information such as the number of visitors and purposes of consultation for different types of archives, providing a basis for subsequent work analysis and summary.

    ▪ Convenient printing of archive information: archive staff can conveniently print information such as archive spines, covers, file catalogs, document catalogs, and audit sheets, without manual filling and layout, improving work efficiency and the standardization of archive organization. For example, during archive organization, staff can quickly print standard-format archive covers and catalogs, making the archive appearance neater and more uniform.

3. Convenient retrieval and query

    ▪ Diverse intelligent query methods: under traditional retrieval methods, archive managers need to search for target archives from numerous directories, which is time-consuming and labor-intensive, and often like looking for a needle in a haystack when facing vague archive search needs. After the digital archive is built, relying on the digital resource library, it can provide archive searchers with intelligent query methods such as fuzzy search, combined query, classified query, and even full-text retrieval. For example, if a searcher only remembers a keyword in the archive, fuzzy search can find the relevant archive; or combined queries based on multiple conditions such as archive type, era, and author can precisely locate the target archive.

    ▪ Breaking through time and space limits: the digital archive breaks time and space limits, allowing users to access the archive system via the network anytime and anywhere for archive queries without going to the archive site in person. For example, remote users can query the archive information they need from home via the Internet at night or on weekends and other non-working hours, greatly improving archive utilization efficiency.

    ▪ Fast and accurate results: digital archive information enables fast retrieval and location; compared with traditional methods, query time is greatly shortened. Previously, manually consulting archives could take half an hour or even longer, while in a digital archive system, a single full-text archive retrieval usually takes no more than 20 seconds, and the time from registration to completion of use for a single archive item is shortened to within 5 minutes, quickly meeting user needs.

II. Optimize archive protection and resource integration

1. Facilitates long-term archive preservation

    ▪ Reduce archive damage risk: paper archives are susceptible to damage, loss, aging, and other issues. For example, fire, flood, insect damage, and natural aging of paper can cause devastating damage to paper archives, and once precious archive originals are damaged, they are difficult to recover. Digital archives are highly sustainable and not easily affected by natural disasters and other factors, ensuring long-term information preservation. For example, natural disasters such as earthquakes may damage archive warehouse buildings and destroy paper archives, but digital archives are stored on servers or in the cloud. As long as the servers and data backup systems operate normally, archive information will not be lost.

    ▪ Convenient archive backup and recovery: digital archives are easy to back up and can be regularly backed up in multiple ways, such as local backup, off-site backup, and cloud backup, and can be quickly recovered when archive information is damaged or lost. For example, by backing up archive data to storage devices in different locations, even if one backup device fails, other backups can still be used, ensuring the security and recoverability of archive data.

    ▪ Reduce damage to originals: after the digital archive is built, frequent flipping, photographing, and copying of paper originals can be reduced, lowering the risk of damage to archive originals and extending archive lifespan. For example, for archives that are old and have fragile paper, providing digital copies for consultation avoids direct contact with and use of originals, effectively protecting the integrity of the originals.

2. Promote resource integration and sharing

    ▪ Break information silos: digital archives can integrate archival resources from different institutions and fields, including archives information from archives at all levels and of all types, government departments, enterprises and institutions, breaking the information silos formed by archival resources being scattered across various places and departments, and achieving information connectivity and sharing. For example, archives in different districts of a city can integrate their respective archival resources through a digital archive system, so users can query relevant archival information citywide on one platform, avoiding the inconvenience caused by scattered archives.

    ▪ Standardize management processes and standards: by establishing a unified digital archive management system and standards, standardize the processes of archive collection, organization, classification, archiving, storage, and utilization to ensure the accuracy and integrity of archive information. For example, formulate unified archive digitization standards, including image resolution, file format, and cataloging specifications, to ensure that archives from different sources meet unified standard requirements after digitization, facilitating management and utilization; during archive organization, classify according to unified classification standards to avoid confusion in classification across different departments or institutions, improving the overall level of archive management.

    ▪ Improve resource utilization efficiency: integrated archive resources can avoid duplicate construction and waste. Different units and departments do not need to each build the same archive resource repository; instead, they can share resources in the digital archive, improving the utilization efficiency of information resources. For example, when multiple scientific research institutions conduct research in the same field, they can jointly use relevant archive materials in that field in the digital archive, reducing the cost and workload of duplicate archive collection and organization; when government departments formulate policies, they can conveniently consult relevant historical archives and archive information from other departments, improving the scientificity and rationality of decision-making.

III. Support social development and cultural inheritance

1. Supports scientific research and decision-making

    ▪ Rich sources of scientific research materials: the abundant archival resources in digital archives provide important material support for scientific research. Researchers can more conveniently obtain needed historical data, research results, experimental records, and other information, providing strong support for research progress in various fields. For example, in historical research, researchers can consult a large number of historical documents and archival records through digital archives to understand the social, economic, cultural, and other conditions of different periods, providing detailed evidence for research; in medical research, researchers can obtain case archives, medical experimental data, and other information that previously could only be consulted through digital archives, helping to carry out research on disease prevention, diagnosis, and treatment.

    ▪ Provides decision-making basis: accurate and complete archive information can also provide a reliable basis for government and enterprise decision-making, promoting the scientific and rational nature of decisions. When government departments formulate urban planning, policies and regulations, etc., they can refer to relevant archive materials in digital archives to understand past policy implementation, urban development history, etc., avoiding blind decision-making; when enterprises conduct market research, product R&D, strategic planning, etc., they can use industry data, market information, etc. in digital archives to improve the accuracy and adaptability of decisions. For example, by consulting archive information such as past market sales data and consumer feedback, enterprises can analyze market trends and consumer demand, and formulate product R&D and marketing strategies that better meet market demand.

2. Promote cultural prosperity and education

    ▪ Digital display and dissemination of cultural heritage: resources such as cultural heritage and historical archives in digital archives can be displayed digitally and disseminated online, allowing more people to understand and appreciate them, which is conducive to cultural inheritance and promotion. For example, after digitizing precious historical archives, cultural relic photos, cultural and artistic works, etc., they can be displayed and disseminated through websites, social media, digital exhibitions, and other platforms, breaking the limitations of time and continents, enabling people to appreciate and understand these cultural treasures anytime and anywhere, and enhancing the influence and dissemination of culture; virtual reality (VR), augmented reality (AR), and other technologies can also be used to provide users with a more vivid and intuitive cultural experience, such as allowing users to immersively experience historical scenes through VR technology.

    ▪ Rich educational resources and innovative teaching methods: digital archives can provide vivid teaching materials and content for education, stimulate interest in history and culture, and cultivate public cultural literacy. Schools can use archival resources in digital archives to carry out teaching activities in history, culture, society, and other areas, enriching teaching content and improving teaching quality. For example, in history teaching, teachers can display historical photos, archival documents, and other materials from digital archives to help students understand historical events and figures more intuitively, enhancing the interest and effectiveness of learning; students can also independently consult materials in digital archives for research-based and extended learning, cultivating independent learning ability and inquiry spirit. In addition, digital archives can cooperate with educational institutions to develop online education courses, hold cultural lectures, and other activities, further expanding educational channels and methods.

3. Promote the preservation of social memory

    ▪ Comprehensively and systematically record social changes: Digital archives can comprehensively and systematically preserve various archival materials from the process of social development, including archival information in politics, economy, culture, science and technology, social life, and other aspects, recording social changes and progress. For example, recording the development history of a city—from urban construction planning and infrastructure development to changes in residents' lives—can all be preserved through archival materials; recording the development trajectory of an enterprise—from its founding and growth to transformation and change—archives from each stage can be retained, leaving valuable historical memories for future generations and maintaining the historical and cultural inheritance and development context of society.

    ▪ Provide a basis for future generations' research: these preserved archival materials become an important basis for future generations to study social history. By consulting these archives, future generations can understand past social conditions, people's lifestyles, ideologies, etc., thereby better understanding the present and looking to the future. For example, future sociologists and historians can, by studying archival materials in digital archives, analyze changes in social structure, social relations, social trends of thought, etc. in different periods, providing reference and inspiration for social development; family descendants can, by consulting family archives, understand family history, the deeds of ancestors, etc., enhancing family cohesion and sense of identity.

IV. Adapts to the development needs of the times

1. Adapt to the trend of informatization

    ▪ Driven by information technology development: entering the information society, with the popularization of computers and the continuous updating of electronic data storage and network communication technologies, digital information resource management for archives emerged. The pace of archive digitization construction at archives at all levels has accelerated, the volume of archive information data in digital form has risen rapidly, the number of people using network queries has continued to grow, and the knowledge structure of archive staff has also diversified. This makes creating digital archives an inevitable choice for archive work to adapt to the development of the times. For example, with the development of cloud computing, big data, artificial intelligence and other technologies, digital archives can better use these technologies to improve archive management and service levels, such as mining potential value information in archives through big data analysis to provide users with more personalized services.

    ▪ Driven by social informatization needs: in an informatized society, people's work and lifestyles have undergone tremendous changes, placing higher demands on information acquisition and use. Archives, as important information resources, also need to adapt to this trend by providing more convenient, efficient, and accurate archive information services through digitalization, meeting the growing demand for archive information from all sectors of society. For example, when people handle various matters, they hope to quickly obtain relevant archive certification materials; digital archives can provide online query and certification services through the network, improving handling efficiency; when enterprises conduct business activities, they need to promptly obtain market,

archive information on policies, industries, and other aspects, the digital archive can provide enterprises with precise information support.

2. Meet user needs

    ▪ Growing demand for archive utilization: With social development, people's demand for using archive information continues to grow, not only in quantity but also in more diverse types and scopes. For example, individuals need to consult relevant archive materials when handling property transfers, social security procedures, and academic credential verification; enterprises also need to use archive information as evidence and reference in market research, intellectual property protection, and contract dispute resolution. Traditional archive management and service methods can no longer meet these growing requirements.

    ▪ Higher requirements for utilization methods: People have also raised higher requirements for the ways archives are used. They are no longer satisfied with the traditional method of visiting archives centers on site to consult paper archives, but hope to obtain archive information anytime and anywhere through more convenient methods such as the internet and mobile devices. For example, people hope to query needed archives at home via computer or mobile phone, or obtain electronic versions of archives through online applications. Digital archives precisely meet these needs, providing targeted digital information data for all sectors of society and improving public satisfaction with archive work.

In short, creating digital archives is an inevitable requirement of the times and an important measure to improve archive management efficiency, optimize resource utilization, protect archive security, and promote social progress.

Kailing TechnologyDigitalThe archive system is an innovative model in the field of archive management. Supported by advanced technology, it brings users an efficient, convenient, and secure archive management experience. It can quickly realize archive entry, storage, and retrieval. Whether large amounts of documents and materials or complex archive types, they can be quickly accepted and properly placed by the system, greatly saving time and effort. Convenience runs throughout the entire usage process. Users can access the system through the network anytime and anywhere, unrestricted by time and space. In terms of security, the Kailing Technology electronic archive system has multiple safeguards. It uses advanced encryption technology to ensure the security of archive information during transmission and storage. At the same time, strict permission management mechanisms allow users at different levels to access only archives within their corresponding permissions, effectively preventing information leakage and unauthorized access.

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