AIHumanity
Model Performance

Proof, not promises

Every number on this page traces to a reproducible, third-party or independently-run evaluation — not an internal claim. Built for engineers deciding what to integrate, and for investors evaluating the moat.

90%vs. 69% for the best LLM tested
85.1%vs. 63.6% for the best open-source model
Facial emotion recognition

AIHumanity vs. Frontier LLMs

AIHumanity
AIHumanity Exp15 ONNX
90.0%
AIHumanity Exp15 CoreML
90.0%
Frontier LLMs
GPT o4 Mini High
69.0%
GPT 5.2
67.0%
GPT 5 Mini
66.0%
GPT o4 Mini
66.0%
Gemini 3 Flash Preview
63.0%
GPT 5 Nano
61.0%
Claude Opus 4.5
60.0%
Gemini 3 Pro Preview
59.0%
Grok 4
54.0%
Claude Sonnet 4.5
50.0%
Grok 4.1 Fast
50.0%
Claude Haiku 4.5
49.0%
Open-source / third-party tools
Imentiv AI
40.0%
Hume
36.0%

Exact dominant-emotion match accuracy on AIMultiple's public 70-image facial-emotion benchmark (manojdilz/facial_emotion_detection_dataset, 10 images per class across 7 emotions).

AIHumanity's Exp15 ONNX/CoreML scores were run locally on the identical 70-image manifest, full-image RGB 224, half-normalized preprocessing — not self-reported. Source: AIMultiple emotion AI benchmark, updated May 15, 2026.

Accuracy and speed, pooled across 4 datasets

AIHumanity vs. Open-Source Emotion Models

AIHumanity
AIHumanity Exp15 CoreML
85.1%
Open-source / third-party tools
EmotiEff B0 VA-MTL ONNX
63.6%
EmotiEff B2-7 ONNX
63.5%
EmotiEff B0 AFEW ONNX
62.8%
EmotiEff MBF VA-MTL ONNX
62.5%
EmotiEff B0 VGAF ONNX
62.4%
HF trpakov ViT
62.2%
EmotiEff MobileViT ONNX
61.6%
EmotiEff B2-8 ONNX
61.0%
HF Celal11 ResNet50
59.2%
FER+ 8 ONNX
52.9%
47%58%69%80%91%017345167Latency (ms/image) — lower is fasterAccuracy — higher is betterExp15 CoreMLEmotiEff B0 VA-MTLEmotiEff B2-7EmotiEff B0 AFEWEmotiEff MBF VA-MTLEmotiEff B0 VGAFHF trpakov ViTEmotiEff MobileViTEmotiEff B2-8HF Celal11 ResNet50FER+ 8

Pooled detected accuracy across FER2013, CK+48, JAFFE, and AffectNetShort:val (13,553 overlapping prediction rows); no-face rows excluded from detected accuracy.

Accuracy is pooled over prediction rows, not a simple average across datasets. AIHumanity Exp15 CoreML uses direct full-image RGB 224, half-normalized preprocessing.

Want the numbers behind your own data?

Get the full benchmark report — methodology, per-class breakdowns, and how the same model performs on a domain-tuned version of your data.

Talk to David