Vendor-Aware Degradation Architectures for High-Availability Mobile Platforms
Author(s): Ronak Indrasinh Kosamia
Publication #: 2605036
Date of Publication: 06.03.2023
Country: United States
Pages: 1-9
Published In: Volume 9 Issue 2 March-2023
DOI: https://doi.org/10.62970/IJIRCT.v9.i2.2605036
Abstract
Modern mobile platforms increasingly depend on external providers for core and peripheral functionality, including payment gateways, authentication providers, mapping platforms, telemetry pipelines, fraud detection services, and analytics software development kits. Failures in these vendor ecosystems frequently propagate into client-visible disruptions because dependency assumptions are embedded directly into application and orchestration logic. Such failures are rarely binary; instead they manifest as latency inflation, partial capability loss, semantic drift, or region-specific degradation.
Technology or Method: This paper introduces a vendor-aware degradation architecture that models third-party services as variable capability providers rather than deterministic infrastructure endpoints. The framework formalizes dependency capability vectors, degradation states, fallback routing, and feature-gating policies across both client and backend systems. A deterministic degradation protocol is defined to constrain system transitions under vendor instability.
Results: Controlled fault-injection evaluation across payment processing interfaces and vehicle telemetry services demonstrates higher user success rates, reduced failure propagation, preserved core workflow continuity, and lower latency inflation compared to baseline retry- and circuit-breaker-only approaches.
Conclusions: Treating vendor dependencies as first-class architectural elements enables distributed mobile platforms to degrade gracefully under third-party instability while preserving essential functionality and reducing user-visible disruption.
Keywords: distributed reliability, degradation architecture, dependency isolation, resilient mobile platforms, software architecture, third-party services, vendor-aware systems
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