Benchmark AI models
on your own data

Test AI models from anyone — your team, vendors, research partners — directly on your infrastructure, against your training and test data. Nothing is ever exposed.

how tracebloc works

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Any model, any framework, running in your infrastructure

Leaderboard showing best-performing AI models across vendors and metrics
  • Any model, any framework

    Any framework — PyTorch, TensorFlow, ONNX, scikit-learn. Any origin — open-weight, fine-tuned, or a vendor's proprietary weights.

  • Any task, your metrics

    Classification, generation, OCR, tool calling, domain reasoning. Score on accuracy, latency, cost, or a custom metric.

  • Inside your infrastructure

    Deploy tracebloc in any cloud, any on-prem, or any Kubernetes cluster. Air-gapped if you need it. Nothing leaves your network.

  • Reproducible by default

    Pinned dependencies, identical containers, same pipeline for every model. Re-run in six months, get the same numbers.

See how every model ranks on your task

Leaderboard ranking models on a custom task with cost and savings breakdown
  • Ship the best model for the task

    A fine-tuned 4B often beats a much larger model on a narrow task, sometimes at a hundredth of the cost.

  • Fine-tuning where the data lives

    Contributors fine-tune their models inside the workspace. Training runs on your infrastructure, against your data. The resulting weights stay with you.

  • New models, tested the same way

    A new model drops every week. Invite whoever built it to submit it to your workspace and run against your current baseline.

  • Test relevance before committing

    Every dimension visible side by side in one leaderboard. Pick on the trade-off that matters to you.

Your data never leaves your infrastructure

Architecture diagram showing training and test data staying inside customer infrastructure while contributors connect through tracebloc
  • Architecture, not policy

    Your data cannot leave your infrastructure. This is a property of how tracebloc is deployed, not a policy setting.

  • No data transfer. No exposure.

    Every model runs in an isolated container on your hardware. Contributors see aggregated results, never raw records.

  • Fine-tuned weights stay on-prem

    Trained weights stay on your infrastructure. Deploy, audit, and re-use them on your terms.

  • Cannot be gamed.

    Your test set is private. Models cannot train on it, cannot see it before evaluation, and cannot alter results.

WHAT TEAMS BUILD

Active use cases on private data

Explore all use cases

Setup

Set up your first use case, onboard vendors

View full setup guide
macOS / LinuxWindows

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# Installs everything. Live in minutes 🤟

$ bash <(curl -fsSL tracebloc.io/i)

macOS / LinuxWindows

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# Installs everything. Live in minutes 🤟

irm tracebloc.io/i.ps1 | iex

Deploy tracebloc in your environment

Install on any cloud, any on-prem, or any Kubernetes cluster. Runs on Docker. Setup in about 30 minutes.

Code Block

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from tracebloc_ingestor import Config, Database, APIClient,
CSVIngestor
from tracebloc_ingestor.process.base import BaseProcessor
from tracebloc_ingestor.utils.logging import setup_logging
from tracebloc_ingestor.utils.constants import DataCategory, Intent

# Initialize config and configure logging
config = Config()
setup_logging(config)
logger = logging.getLogger(__name__)

class ImageResizeProcessor(BaseProcessor):
    """Processor for handling image data in records.

    This processor resizes images to a target size while
    maintaining aspect ratio,
    and extracts image metadata. It supports both binary and file-
    based processing.
    """

    def __init__(self, config: Config, target_size: tuple = (800,
800), storage_path: Optional[str] = None):
        self._processed_files = set()  # Track processed files for
cleanup
        ...

Ingest your training and test data

Your data stays on your infrastructure. tracebloc sees only metadata, never raw records. Bring any format — structured, unstructured, or mixed.

publictemplate
PHARMA

Prognostic Transcriptomics: Progression Biomarkers in Neuromuscular Disease

No.Top ModelsScore
01fcn - bot1.1064
02cnn - bot1.0938
03rnn - bot0.6108
tabularclassification

Define the task and metrics

Pick the task. Pick what counts — accuracy, latency, cost, or a custom metric. One config, applied consistently across every submission.

Invite other data scientist, colleagues, vendors or AI experts

Invitation Sent!

Invite contributors to submit models

Your team, vendors, or research partners can each submit models — open-weight, fine-tuned, or proprietary. Every submission runs in its own isolated container.

Accuracy
Training: 50.83Validation: 33.33
020406080Epoch
Loss
T: 0.50V: 0.67
020406080Epoch

Selected c = 10

vgap'-acc   -0.04 0.15

vgap   0.18 0.15

Optimum c = 9

acc-flops' 0.15

acc-gCO2e' 0.18 0.15

precision   0.00 NaN

recall   0.00 NaN

F1 score   NaN NaN

flops   8.26 TF 7.40 TF

gCO2e   281.22 222.85

Epoch 100 of 100📺 36m 56s
8.44 TF281.22 gCO2e
Test Submit for inference at c =
c = 4accuracy 0.2500loss 0.5000F1 score 0.0000precision 0.0000recall 0.0000

Every model runs in parallel

Contributors train and benchmark inside identical containers on your compute. Same data, same pipeline, same metrics — no manual coordination needed.

Leaderboard

VENDORSCOREMODEL SIZEENERGY CONSUMPTIONCOMPUTATION BUDGET
Uni Lab0.9867534.0 K139.8 KB 1.39e10 +28.3%100PF / 100.00 PF Utilized
NeuronForge0.9605833.8 K139.8 KB 1.44e10 +29.9%25.5 / 100.00 PF Utilized
Quantasynt0.9568236.5 K144.3 KB 2.30e10 +27.0%35.2 / 100.00 PF Utilized
LumaAI0.9156231.9 K137.2 KB 33.8 KB12.0 / 100.00 PF Utilized
Bytegeist0.8888835.2 K138.8 KB 33.8 KB 138.8 KB16.3 / 100.00 PF Utilized
Elara System0.8456233.8 K138.8 KB 33.8 KB 138.8 KB50.1 / 100.00 PF Utilized
Synthold0.8056232.4 K136.2 KB 33.8 KB 138.8 KB75.2 / 100.00 PF Utilized
Codexa0.7526330.6 K135.4 KB 33.8 KB 138.8 KB21.5 / 100.00 PF Utilized
Omniscale AI0.7056534.7 K140.1 KB 33.8 KB 138.8 KB32.5 / 100.00 PF Utilized
Helixor Labs0.6045433.5 K135.8 KB 33.8 KB 138.8 KB05.3 / 100.00 PF Utilized
NovaKite0.5298525.3 K241.3 KB 33.8 KB 138.8 KB86.3 / 100.00 PF Utilized

See the leaderboard

Ranked by accuracy, latency, and cost per request. Exportable. Share with your team, your paper, or your procurement process.

FAQs

Answers to common questions

  • The best tools for evaluating AI models in 2025 run benchmarks on your data, not public test datasets. Many frameworks are built for evaluating large language models or generative AI outputs you already own, often within the LangChain ecosystem or CI/CD integration pipelines. tracebloc solves a different problem: comparing models from multiple external vendors on your private data, side by side, without your data ever leaving your infrastructure.

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