Tensorbend research

Research.

Model intervention, quantization, compression, and inference.

Papermethodsmodel engineering reports

Research programs

Intervention / Quantization / Inference

Methods

Current methods.

01 · Model intervention family

PRISM

Projected Refusal Isolation via Subspace Modification identifies and modifies directions associated with over-refusal, bias, and propaganda.

Weights · model cards · model-specific evaluations
02 · Sensitivity-aware quantization

PRISM-DQ

Precision assignment by tensor class and measured model sensitivity for a specified runtime and hardware target.

Package size · runtime · hardware · retained features
03 · Acceleration and compression

Inference and compression

EAGLE-3 speculative decoding, native multi-token prediction, model merging, and expert pruning.

Latency · throughput · acceptance rate · artifact size
View model releases

Published work

Paper / Methods / Technical reports

Index

Publications and reports.

01Paper + codeMarch 2026

JIT LoRA: Real-Time Conversational Knowledge Injection on Apple Silicon via MLX

E. Elbaz

Background LoRA training updates a running language model. On M4 Max, the paper reports 61/105 pooled recall, 60/60 general-knowledge preservation, and 69.6 seconds for 180 steps.

02Inference reportMay 2026

Qwen3.6 27B EAGLE-3 speculative decoding

Tensorbend / Ex0bit model card

Full and compressed EAGLE-3 drafter variants. The model card reports 1.97× single-stream decode on the PRISM-PRO target in SGLang.

03Model engineering reportApril 2026

MiniMax SLURPY: per-tensor empirical SLERP

Tensorbend / Ex0bit model card

A 48,239-tensor merge of MiniMax M2.5 and M2.7 with per-tensor interpolation derived from measured parent deltas and native FP8 re-quantization.

04Compression reportFebruary 2026

Kimi K2.5 PRISM + REAP expert pruning

Tensorbend / Ex0bit implementation · REAP by Cerebras Research

A 50% expert-pruned Kimi K2.5 build with reusable saliency data, INT4 packaging, and explicit provenance for the external REAP method.

Collaborate

Research / Evaluation / Release

Research collaboration.

Send the model, method, evaluation, hardware target, and intended artifact.

contact@tensorbend.ai