OUR AI MODELS

Benchmark Methodology

Every accuracy figure published on this site, with the dataset, metric, operating point, and date behind it. If a number is not on this page, we do not publish it.

How to read a row. An accuracy figure quoted without a false-match rate cannot be checked, and cannot be compared to anyone else’s. Every figure below names the corpus it was measured on, how many comparisons it came from, and the threshold it was measured at, so you can reproduce it or hold us to it.

 

AI MODEL

Face Verification 1:1 (Server Model)

Claim 99.45% ± 0.18% verification accuracy (LFW, 10-fold, end-to-end) 94.41% true accept at a 1-in-10,000 false-match rate (VGGFace2)
Dataset LFW: 13,222 images, 5,743 identities VGGFace2: 196,324 images, 540 identities
Task 1:1 verification
Metric 10-fold accuracy, official LFW protocol (threshold refitted per fold) True accept rate at a fixed false-match rate
Operating point Access Control: cosine ≤ 0.6995, FMR 1 in 10,000 Standard: cosine ≤ 0.8275, FMR 1 in 100
Comparisons behind it 87,161,944 impostor pairs (LFW) · 19,232,832,135 (VGGFace2) Every image against every other image, not a 6,000-pair sample
Equal error rate 0.46% (LFW) · 2.88% (VGGFace2)
Detector in the loop Yes. Figures are end-to-end, from full photograph to decision
Hardware Intel Core Ultra 7 155H, 16 GB DDR5 RAM
Model version AR-FaceEmb-v20-S
Date tested 29 Aug 26

AI MODEL

Face Verification 1:1 (Edge Model)

Claim 99.18% ± 0.19% verification accuracy (LFW, 10-fold, end-to-end) 85.40% true accept at a 1-in-10,000 false-match rate (VGGFace2)
Built for On-camera and edge deployment. 13 MB model, no GPU required
Dataset LFW: 13,222 images, 5,743 identities VGGFace2: 196,324 images, 540 identities
Task 1:1 verification
Metric 10-fold accuracy, official LFW protocol True accept rate at a fixed false-match rate
Operating point Access Control: cosine ≤ 0.6875, FMR 1 in 10,000 Standard: cosine ≤ 0.8185, FMR 1 in 100
Equal error rate 0.49% (LFW) · 3.51% (VGGFace2)
Cost against Server 85.40% against 94.41% true accept at the same false-match rate Same security, more false rejections: roughly 1 in 7 legitimate attempts against 1 in 18
Hardware Intel Core Ultra 7 155H, 16 GB DDR5 RAM
Model version AR-FaceEmb-v20-E
Date tested 29 Aug 26

AI MODEL

Face Identification 1:N

Claim 99.38% rank-1 against a gallery of 1,260 enrolled people 95.68% rank-1 against a gallery of 405, on markedly harder imagery
Open-set claim 93.71% identified correctly while wrongly flagging 1% of strangers The realistic access-control case: the person may not be enrolled at all
Gallery size 1,260 enrolled identities (LFW) · 405 (VGGFace2) A 1:N figure without a gallery size means nothing, so ours is stated
Dataset LFW: 6,126 probes, 5,836 non-enrolled VGGFace2: 147,537 probes, 48,382 non-enrolled
Task 1:N identification, closed set and open set
Metric Closed-set rank-1 (CMC) Open-set true positive identification rate at fixed false positive identification rate
Operating point Access Control 1:N: cosine ≤ 0.6390, 1% of strangers flagged, gallery of 1,000 1:N uses a tighter threshold than 1:1, because every query is compared against every enrolled person
Also within top 5 / top 10 99.46% / 99.48% (LFW) · 96.52% / 96.89% (VGGFace2)
Hardware Intel Core Ultra 7 155H, 16 GB DDR5 RAM
Model version AR-FaceEmb-v20-S
Date tested 29 Aug 26

Where face recognition usually breaks

Hard Cases

People enrol once and are recognised at an angle, years later. These are the four benchmarks that measure that, and they are the ones worth reading.
CONDITION SERVER MODEL EDGE MODEL
Cross-pose (CPLFW) 94.58% 92.47%
30-year age gap (AgeDB-30) 98.43% 96.60%
Frontal against profile (CFP-FP) 97.74% 95.60%
Cross-age (CALFW) 96.15% 95.52%
Frontal against frontal (CFP-FF) 99.90% 99.67%

AI MODEL

Person and Vehicle Detection

Claim 93.4 mAP@0.5
Dataset VisDrone
Classes person, vehicle
Metric mean Average Precision at IoU 0.5
Hardware Intel Core Ultra 7 155H, 16GB DDR5 RAM
Model version AR-GenModel-v16
Date tested 25 Sept 25

Test It On Your Own Footage

A feasibility assessment runs our models against your cameras and your conditions, and reports what accuracy you would actually get. Test fees deducted from the project fee if you proceed.

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