Gradient Inversion Attacks
Overview
Gradient inversion attacks study how much private data can be recovered from gradients or updates exposed in federated and split learning, including images, text, tabular records, and sequential data. Methods range from matching gradients or intermediate activations to algebraic and sparse recovery, transformer-subspace analysis, and models of multi-step training trajectories. Evaluations use image-classification benchmarks, language models and tokenizers, tabular datasets, and varied batch sizes, architectures, and training protocols. A central tension is that controlled attacks can recover substantial information, while some evaluations find realistic, optimized vision pipelines harder to invert; privacy therefore depends on the model, aggregation, and exposure setting, and defenses must balance leakage reduction with training utility.
Latest papers
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