articleJan 30, 2026Closed access
ArcheScale-Guard: Archetype-Aware Predictive Autoscaling with Uncertainty Quantification for Serverless Computing
AZAo ZhuWLWeicheng LiuZLZhongkang LiZLZhaocheng LiuJQJiarong Qiu
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Abstract
Serverless computing platforms face significant challenges in managing cold start latency while optimizing resource costs. Traditional reactive autoscaling policies fail to anticipate workload fluctuations, while single-model predictive approaches struggle with the heterogeneous nature of real-world workloads. We present ArcheScale-Guard, a two-stage predictive autoscaling framework that combines workload archetype classification with uncertainty-aware demand forecasting. In the first stage, we employ Dynamic Time Warping (DTW) based k-medoids clustering to identify distinct workload archetypes (bursty, periodic, gradual). In the second stage, archetype-specific quantile regression models provide probabilistic…
Citation impact
6
total citations
- FWCI
- 313.42
- Percentile
- 100%
- References
- 21
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Authors
6- AZAo ZhuCorresponding
- WLWeicheng Liu
- ZLZhongkang Li
- ZLZhaocheng Liu
- JQJiarong Qiu
Topics & keywords
Topics
Keywords
- Workload
- Probabilistic logic
- Cloud computing
- Quantile
- Resource (disambiguation)
- Quantile regression
UN Sustainable Development Goals
- Decent work and economic growth
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