Currently, cloud computing has become an inevitable trend for enterprise digital transformation, and building a secure and controllable cloud base is the core cornerstone to ensure the continuous and stable operation of business. The cloud environment network boundaries are blurred and the attack surface continues to expand, leading to an increase in data security and compliance risks. Enterprises urgently need to build a full stack cloud security system and comprehensively strengthen their business security barriers.
Based on profound technological accumulation and more than 20 years of experience in network security, New H3C has established a full stack full scene cloud security capability, covering key areas such as network boundaries, host terminals, data security, and secure operations. It fully adapts to complex architecture scenarios such as private clouds, hybrid clouds, and cloud edge collaboration, and provides customized cloud security solutions for customers in various industries.
Network security integration
Building an endogenous security system for operator computing power networks
As the communication cornerstone of the digital economy, operators' cloud network infrastructure carries a massive amount of business for government, enterprises, individuals, and various industries. The network continues to evolve and upgrade, and the security system also needs to adapt and iterate synchronously. Faced with the current situation of large network scale and complex architecture topology, on-demand scheduling and flexible orchestration of security capabilities have become the primary challenge.
With the large-scale implementation of new generation network technologies such as SRv6, the security atomic capability needs to be deeply integrated with network routing to achieve precise scheduling and security control of network traffic. In addition, as the underlying infrastructure service provider, the robustness of the operator's own security system is directly related to the continuous operation of the business of a large number of tenants, and strict requirements are also put forward for security and fault tolerance capabilities.
New H3C collaborates with China Mobile to build an endogenous security system for computing power networks. Leveraging the advantages of backbone network resources, the security atomic capabilities are decoupled and transformed into a service-oriented form. With the help of SRv6 technology, rapid deployment, intelligent orchestration, and dynamic scheduling of security services are achieved, allowing security protection to flexibly adapt to business and traffic, and building a solid defense line for the national integrated computing power network with the innovative concept of "network security integration, endogenous security".
Multi cloud security governance
Injecting security genes into the digital transformation of enterprises
As the digital transformation of large state-owned enterprises deepens, hybrid cloud has become the mainstream IT architecture. Enterprises keep their core business data in private clouds to ensure security, and rely on public clouds to flexibly support innovative businesses and achieve elastic expansion. The diversified deployment of architecture has intensified the difficulty of security control, and assets, policies, and traffic cannot be coordinated across the entire domain, becoming a prominent challenge in multi cloud security governance.
In response to this situation, Minmetals Group has partnered with New H3C to implement a hybrid cloud global security governance solution. By relying on the unified security strategy center to break down the barriers of multi cloud, complete automatic detection of cross cloud assets and normalized analysis of security risks, help enterprises build a visible, manageable, and controllable hybrid cloud security system, and provide reliable security capabilities to safeguard digital transformation.
Adapt to the needs of government cloud services
Build a compliant and reliable cloud defense line
The construction of digital government continues to deepen, and the business of various levels of committees and bureaus is accelerating its migration to the cloud. The deployment mode of multi tenant shared cloud platform makes the data interaction environment more complex, and data isolation and permission access control have become the primary difficulties in security protection. At the same time, with the continuous tightening of regulations and standards related to security, confidentiality evaluation, and data security, coupled with the promotion of localization, the market's demand for localized adaptation of security systems and stable and reliable technical systems has become increasingly strong.
Xinhua Sanjiajiao government cloud scenario requirements, in collaboration with the Hainan Provincial Government, have completed full stack localization of security adaptation from hardware to applications, refined cross departmental data access control strategies, built-in compliance baseline automatic verification, and created an integrated security governance system for government cloud that is "compliant, auditable, and fully controllable".
For the "One Cloud, Multiple Lines" urban rail transit cloud
Build a strong defense barrier in depth
Urban rail transit is accelerating towards an intensive architecture of "one cloud, multiple lines", with core businesses such as signaling, integrated monitoring, and passenger services gradually converging on a unified cloud platform. The deep integration of IT (Information Technology) and OT (Operation Technology) systems has broken the traditional security boundaries, expanded the scope of network attacks, and significantly increased security risks. As a key urban infrastructure, rail transit has strict standards for continuous business operation. Once a safety risk event occurs, it will directly affect public travel and social order stability.
New H3C has partnered with Beijing Metro to create a cloud network security integrated defense system for urban rail cloud scenarios, implementing tenant logical isolation and sub segment protection in the "one cloud, multiple lines" architecture, and supporting 7 * 24-hour real-time protection; In addition, relying on AI security engines for real-time modeling and analysis of abnormal traffic, we can achieve second level threat detection and disposal. At the same time, with automated orchestration and response capabilities, we can efficiently resist various complex threats and ensure the safe and stable operation of urban rail transit arteries.
Addressing the challenges of cloud edge architecture
Building an integrated energy security system
The energy industry is a core component of the country's critical infrastructure, and the production cloud platform of energy groups presents a typical form of "central cloud+widely distributed edge plants". This cloud edge collaborative deployment model expands the coverage radius of security protection. At the same time, energy production facilities have long faced high-level targeted network attack threats. With the deep integration of IT and OT systems, once industrial control systems are invaded, the impact is far greater than that of traditional information systems. In addition, most new energy stations are located in remote areas, with insufficient on-site operation and maintenance capabilities, and highly rely on cloud centralized operation capabilities to provide security support.
Based on the architecture characteristics of cloud edge collaboration in the energy industry, New H3C has partnered with Huadian New Energy Group to create an integrated security protection system that connects the central cloud and edge nodes, ensuring the safe isolation and collaborative protection of production and management areas. Relying on the cloud based unified security operation platform, achieve global visibility and control of the entire network security situation; Deploy lightweight security gateways at edge sites, adapt to strict operating standards in industrial scenarios, and comprehensively safeguard the smooth operation of national energy infrastructure.
Multi level three-dimensional protection
Install safety barriers for AI computing engines
The pace of AI computing infrastructure construction continues to accelerate, and the security requirements of intelligent computing centers are fundamentally different from traditional data centers - the training dataset is large in scale and has high value density, AI models are the core intellectual property, and the large-scale scheduling and operation of GPU clusters have also given rise to a new security attack surface. What's even more tricky is that AI native security threats such as prompt word injection, training data poisoning, and model theft continue to emerge, and traditional protection solutions are no longer able to cope with these new types of risks.
New H3C has taken the lead in laying out the field of intelligent computing cloud security, relying on the innovative operation model of Turing Town to create a comprehensive protection system covering the computing power layer, model layer, data layer, and application layer. It is equipped with an AI native threat detection engine, which accurately identifies attack behaviors against large models, and carries out data traceability and permission control throughout the training process, installing a solid "security fence" for the AI computing power engine and safeguarding key infrastructure in the intelligent era.
Manage with fine-grained identity
Guarding the Cloud Transformation of Smart Campus
The informationization construction of higher education has entered a stage of deep cloud transformation, with heterogeneous businesses such as teaching and administration, scientific research and development, campus administration, and logistics management centrally deployed and running in parallel on a unified education cloud platform. Business intensification and cloud migration not only simplify campus IT operations, but also reshape the boundaries of campus security. Universities have typical characteristics of a large user base and diverse access subjects, with on campus teachers and students, off campus visitors, and cross campus research outsourcing personnel sharing campus networks and cloud resources. Campus networks naturally have open and inclusive access attributes, while research raw data, faculty and student privacy data, and confidential project data have extremely high levels of protection requirements. The conflict between network openness and core data closed-loop protection has become a core security pain point for universities after cloudification.
New H3C deeply meets the dual needs of university education and scientific research, and collaborates with Beijing University of Chemical Technology to build an elastic and scalable education cloud security base with strong tenant logic isolation. It constructs a fine-grained dynamic access control system with zero trust identity as the core, and controls resource access based on multi-dimensional verification of user identity, end environment, access time period, and access permissions. On the basis of fully complying with the data compliance standards of Equal Protection 2.0 and the education industry, we also take into account the open demands of external academic exchanges and visitor access on campus, safeguard the bottom line of scientific research and campus data security, and ensure the long-term stable operation of smart campuses.
Adapt to cross-border compliance requirements
Building a secure foundation for enterprises to go global
Chinese enterprises are accelerating their globalization layout, with overseas data centers and cloud platforms becoming key infrastructure supporting international business. However, there are huge differences in security compliance requirements among different countries and regions - the EU GDPR, Southeast Asian PDPA, and various data localization regulations in the Middle East are constantly emerging, and compliance barriers have become the first hurdle that overseas enterprises must cross. The geopolitical risks faced by overseas operations, the lack of localized security teams, and the difficulties in cross-border collaborative operations also pose higher requirements for the adaptability of security solutions.
New H3C faces the international market and collaborates with cross-border trading platform Savana to jointly create a high standard cloud native security integration solution that covers the entire lifecycle. We have a deep understanding of the regulatory framework and compliance requirements of the target market, and can flexibly adapt to local characteristics while following international security standards. We have built a full stack protection capability that covers physical environments, network boundaries, application systems, and data assets, providing a solid security backing for Chinese enterprises to go global and setting a benchmark for Chinese style cloud security solutions going global.
On the basis of fully meeting compliance requirements, the New H3C Cloud Security Solution systematically resolves cloud security challenges in various industries, comprehensively resists cloud security risks, improves security operation efficiency, helps enterprises optimize processes, and ensures stable business operations. Relying on mature technological architecture, comprehensive security capabilities, and profound industry practice accumulation, New H3C Cloud Security is a reliable choice for various industries to calmly respond to cloud security challenges.
