Gemma 4 OBLITERATED v3 achieves zero refusals
A community-modified Gemma 4 4B model that uses automated surgical weight removal to eliminate safety refusals. Developed by an AI agent, it maintains full coherence while significantly outperforming the base model in unconstrained task compliance.
The "OBLITERATED" series marks a shift from manual fine-tuning to automated, agent-led model surgery. By targeting shared K/V tensors and using whitened SVD, this release proves that corporate safety guardrails are increasingly trivial to bypass for local execution. The model achieves a sub-1% hard refusal rate without the performance degradation typically seen in "uncensored" fine-tunes. Automated Hermes Agent discovery of NaN activation bugs in Gemma 4's base weights highlights the power of self-correcting AI pipelines, while the v3 architecture fixes specific shared-tensor corruption to enable stable 4B inference on mobile hardware. The use of winsorized activations and attention head surgery represents a more sophisticated approach than simple ablation, maintaining the Apache 2.0 license for unconstrained local agents.
DISCOVERED
3h ago
2026-04-19
PUBLISHED
3h ago
2026-04-19
RELEVANCE
AUTHOR
Prism Labs