Technologies of environmental engineering protection in the context of sustainable architecture development: alternative approaches

Abstract

The development of the concept of sustainable architecture requires in-depth research due to the exceptional complexity and relevance of this problem. In this regard, the purpose of this article is to consider the technologies of engineering environmental protection related to measures to preserve the environment, maintain ecological balance, and reduce the negative effects of human activity on the natural environment. A selection of project proposals of objects is given, where technological developments are presented, characterized by a new alternative approach to creating an eco-sustainable habitat by means of its engineering protection. The technologies that ensure sustainable waste disposal are revealed recycling of urban waste using a closed system for the production of energy and materials from garbage. A wide range of engineering proposals for seawater purification and processing of floating debris accumulation has identified: technologies for the disposal of such waste and their conversion into energy, the elimination of islands from oceanic debris from the water surface. Alternative technologies of engineering environmental protection and climate adjustment for managing its changes, as well as habitat restoration in the sinking coastal areas of the city are presented. Attention is drawn to the problem of eliminating the consequences of negative impacts on ecosystems and restoring the natural environment: the transformation and recreation of forests and areas with drained swamps, as well as the formation of agricultural biodiversity in the context of food security. The results of the study can be useful for the theory and practice of sustainable architecture formation, as they open up completely new opportunities for creative search.

Innovation green technology in the age of cybersecurity: Balancing sustainability goals with security concerns

“…The integration of cybersecurity measures into sustainable technologies presents a complex balancing act between enhancing security and minimizing environmental impact. Saprykina (2023) discusses the technologies of environmental engineering protection within the context of sustainable architecture development, highlighting alternative approaches to creating ecosustainable habitats. The study emphasizes the importance of integrating engineering proposals for waste disposal, seawater purification, and the transformation of urban waste into energy and materials.…”

“…In summary, the integration of cybersecurity measures into sustainable technologies requires a careful balance between enhancing security and minimizing environmental impact. The studies by Saprykina (2023), , and Das et al (2023) highlight the complexities involved in this balancing act. As the world advances towards a more sustainable and digitally secure future, addressing these challenges will be crucial in ensuring that cybersecurity measures support rather than hinder the environmental benefits of sustainable technologies.…”