Secure Enterprise Communication: A Deterministic Approach to WebRTC Signaling and IDOR Mitigation
DOI:
https://doi.org/10.26740/inajet.v9n1.p25-35Keywords:
Zero Dependency Architecture, Web Real Time Communication, Digital Sovereignty, Security Vulnerability Mitigation, Green Computing, Socio Technical SystemsAbstract
The exponential growth of bloated web development frameworks and the pervasive reliance on centralized, third party video conferencing infrastructures present critical challenges in computational overhead, structural friction, and digital sovereignty. This study introduces a novel zero dependency micro architecture, a custom built, highly optimized model view controller paradigm integrated with an embedded web real time communication engine, designed specifically for resource constrained environments. To address escalating cybersecurity threats, the architecture formalizes an entropy based alphanumeric indexing protocol, effectively neutralizing insecure direct object reference vulnerabilities without the computational cost of complex intermediate software. Employing a rigorous socio technical methodology, this research bridges quantitative computational analysis with qualitative sociological frameworks. Performance evaluations demonstrate that the zero dependency architecture significantly outperforms contemporary mainstream frameworks in memory utilization, request latency, and quality of service stability under high concurrency signaling. Sociologically, drawing upon functionalism and phenomenology, the study elucidates how this decentralized, customized communication subsystem restores data sovereignty, centralizes managerial control, and reshapes the lived experiences of the users regarding privacy and professional trust. The findings contribute a new paradigm to software engineering and digital sociology, proving that minimalist custom architectures offer a superior, sustainable alternative for secure enterprise communication, effectively challenging the necessity of heavily abstracted technological stacks.
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