ISO 27001 Information Security Management System

With the rapid development of information technology, the emergence of the Internet, and the popularization of various online applications, information security issues are becoming increasingly prominent. System paralysis, hacker intrusion, virus infection, webpage rewriting, loss of customer information, and leakage of internal company data have brought serious impacts to the operation, management, and survival of organizations. How to ensure the security of enterprise information systems has become a concern for the whole society.


The ISO 27001 Information Security Management System is currently the internationally recognized overall solution for information security. As a representative international information security management system standard, it has been widely accepted and recognized globally, becoming an effective method for countries, types, and scales of organizations around the world to solve information security problems. It can help organizations identify, manage, and reduce various risks faced by information, ensuring the security of their information. This standard is based on organizational risk assessment, using the PDCA process method and information security control measures in SOA to help organizations solve information security problems and achieve information security goals. It is a dynamic, systematic, all staff participation, institutionalized, and prevention oriented information security management approach for organizations.


Information security is necessary for every enterprise or organization, so ISO 27001 information security management system certification has universal applicability and is not limited by geography, industry category, or company size.


ANSI/ESD S20.20 Electrostatic Discharge Protection Management System

ANSI/ESD S20.20 is an implementation standard for ESD control systems in the electronic, electrical, and telecommunications industries, developed by the ESDA (Electrostatic Discharge Protection Association of America).

As microcircuit architectures become smaller and more complex, ESD-sensitive devices become more susceptible to damage caused by electrostatic events. For electronics manufacturers, ESD events can damage products, rendering them unusable or significantly shortening their service life.

Electronic component processors, manufacturers and distributors need to understand and apply effective ESD controls when handling, manufacturing, packaging and labeling these sensitive devices. Product manufacturing processes must be robust if electrostatic events and product damage are to be prevented throughout the product manufacturing chain.


ISO 22000 Food Safety Management System

In recent years, food safety accidents have occurred frequently, and China's food safety production is facing severe challenges. Every link in the entire supply chain, from farmland to dining tables, faces challenges in product safety, quality reliability, and improving efficiency.


Under the dual strict supervision of regulations and consumers, the quality and safety production of food and agricultural products has received increasing attention. The adoption of a food safety management system is a strategic decision of the organization, which can help improve overall food safety performance, lay a solid foundation for promoting sustainable development, and the potential benefits of implementing a food safety management system can stably provide the ability to meet customer requirements and applicable legal requirements for food safety, products, and services; Dealing with risks related to goals; To demonstrate the ability to meet the requirements of the food safety management system, the organization is able to identify various factors that may cause deviations from the planned results in its processes and food safety management system, implement controls, and prevent or reduce adverse effects.


ISO 22000:2018 applies the HACCP principle as a method to the entire system; Clarified that hazard analysis is the core of planning for the implementation of safe food, and used the product characteristics, expected uses, flowcharts, processing steps, control measures, and communication in the preparatory steps developed by the Codex Alimentarius Commission (CAC) as inputs for hazard analysis and its updates; Simultaneously, dynamically and evenly combine the HACCP plan and its prerequisite solutions.


ISO 22000:2018 expresses common requirements in food safety management, rather than specific requirements for any type of organization in the food chain. This standard applies to all organizations in the food chain that wish to establish a food safety system, regardless of their size, type, and the products they provide.


Hazard Analysis and Critical Control Point (HACCP) System

HACCP originated from NASA's space food development program in the 1960s and has been vigorously promoted by the Food and Agriculture Organization of the United Nations (FAO), World Health Organization (WHO), and US Food and Drug Administration (FDA). It is a widely recognized and accepted food safety assurance system internationally, and has been enforced and accepted in many countries. It is a globally recognized standard for safe food production.


HACCP stands for Hazard Analysis Critical Control Point. As a scientific and systematic method for hazard identification, evaluation, and control, it is applied in the process from primary product production to final product consumption. Through hazard analysis, the possibility and severity of hazards are determined, and specific hazards and their control measures are determined and evaluated to prevent the occurrence of food safety hazards and ensure food safety. HACCP emphasizes the role of the enterprise itself, and compared to traditional supervision methods, its focus is on prevention rather than relying on testing of the final product. It has high economic and social benefits.


HACCP mainly includes 7 basic principles:

Principle 1: Conduct hazard analysis.


Principle 2: Determine each key control point.


Principle 3: Establish critical limits.


Principle 4: Establish a system to monitor the control status of key control points.


Principle 5: Determine corrective actions to be taken when monitoring results indicate a specific critical control point is out of control.


Principle 6: Establish an authentication program to verify the effective operation of the HACCP system.


Principle 7: Establish a file of procedures and records related to the above principles and applications.


In the food industry, the application of HACCP is becoming increasingly widespread, gradually evolving from a management tool and method to a management model or system. The International Organization for Standardization (ISO) works closely with other international organizations, based on the principles of HACCP, absorbs and integrates beneficial content from other management system standards, and forms a food safety management system based on HACCP.