Modeling a Cyber Defense Business Ecosystem of Ecosystems

Edison Ishikawa, Eduardo Wallier Vianna, J. M. da Silva, J. H. C. Fernandes, P. Gondim, R. Zelenovsky
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Abstract

Providing cyber defense in a country is complex. It involves ensuring the security of various products and services that are part of a global supply chain. In this complex scenario, the challenge is the development of a cyber defense business ecosystem that, reaching a minimum level of maturity, guarantees the security of products and services in cyberspace. This work proposes a cyber defense business ecosystem of ecosystems (BEoE) model with two ecosystems that must be created or fostered, the human resources training ecosystem and the product and service homologation and certification ecosystem. These two cyber defense ecosystems are key to the sustainable growth of an entire chain of production and sourcing of cyber defense goods and services. The proposed model allows the Cyber Defense BEoE to evolve, so that different actors (companies and government agencies) with different levels of maturity in defense and cybersecurity may emerge. In this way, a country's Cyber Defense BEoE may be able to provide products and services at different levels of security for its defense system.
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生态系统的网络防御业务生态系统建模
在一个国家提供网络防御是复杂的。它涉及确保作为全球供应链一部分的各种产品和服务的安全。在这种复杂的情况下,挑战在于网络防御业务生态系统的发展,该生态系统必须达到最低的成熟水平,以保证网络空间中产品和服务的安全。本工作提出了一个网络防御业务生态系统的生态系统(BEoE)模型,其中必须创建或培育两个生态系统,即人力资源培训生态系统和产品和服务认证生态系统。这两个网络防御生态系统是整个网络防御产品和服务生产链和采购可持续增长的关键。所提议的模型允许网络防御BEoE发展,因此可能出现在国防和网络安全方面具有不同成熟度的不同参与者(公司和政府机构)。通过这种方式,一个国家的网络防御bee可以为其防御系统提供不同安全级别的产品和服务。
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