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 <section id="inside"><h2>Look inside the run</h2><p class="subtitle">Measurements that help turn an observation into a testable question.</p><figure class="figure" style="margin:28px 0 32px"><h3 style="font-size:27px;margin:0 0 12px">Follow the signal through the model</h3><p>The accuracy curves show what the model achieves. The Flow Map adds a view of the measured signal carried between experts and layers during training.</p><a href="https://cdn-uploads.huggingface.co/production/uploads/69d6d16790de87a3b534bf99/U2tq3qHgjyswjkRs2gl6R.png" target="_blank" rel="noopener"><img src="https://cdn-uploads.huggingface.co/production/uploads/69d6d16790de87a3b534bf99/U2tq3qHgjyswjkRs2gl6R.png" alt="IRIS signal flow map at training step 49,300. Mechanics in green and arithmetic in orange follow overlapping paths through experts in layers L0, L1, L2, and L3, from input to output."></a><figcaption><b>FIG 10.1</b> · A snapshot at training step 49,300. Green links show mechanics; orange links show arithmetic. Line thickness represents measured signal; expert circles are sized by traffic share. Select the image to enlarge it.</figcaption><p style="margin:20px 0 0">Compare where domain paths overlap and how traffic is distributed across layers. Revisit the recorded run in IRIS to inspect how those patterns change over time.</p><p class="note" style="margin:12px 0 0">Static capture of the IRIS Bench. The controls shown inside the image are part of the captured interface.</p></figure><div class="features"><article><h3>Follow the signal</h3><p>The Flow Map shows measured connections between layers and experts for different input domains.</p></article><article><h3>Inspect representation structure</h3><p>Track how activation variation concentrates and how its dominant directions move during training.</p></article><article><h3>Compare expert routing</h3><p>Inspect which subjects reach each expert, separately for each layer, and how routing changes over time.</p></article><article><h3>Observe collaboration and conflict</h3><p>Compare sharing and training-gradient agreement across domains, alongside loss and task results.</p></article></div><div class="callout"><p><strong>Read the measurement in context.</strong> IRIS records observations. Use them with validation, gradients, and task results to decide what to test next.</p></div></section>
 <section id="workflow"><h2>A training movie, built from measurements</h2><p class="subtitle">A consistent view during training, and a record to revisit afterward.</p><div class="grid"><article><h3>Capture</h3><p>The tracker measures the model using consistent probe inputs. Capture intervals can be fixed or adapt to organizational activity.</p></article><article><h3>Record</h3><p>Measurements accumulate in a self-contained <code>.iris</code> file. Training checkpoints keep their usual role.</p></article><article><h3>Inspect</h3><p>The local Bench reads the growing record during training and opens it afterward, without loading the model.</p></article></div></section>
 <section><h2>Work in your own environment</h2><div class="environment"><div><p>IRIS fits existing PyTorch training loops. Capture and inspection can run on CPU, Apple MPS, or NVIDIA CUDA.</p><p>Support includes GPT / LLaMA / Mistral, BERT-family encoders, and supported mixture-of-experts models. User-defined architectures use a measurement adapter to declare capture points.</p><p class="note">Coverage depends on model layout. Shared-weight configurations are currently unsupported.</p></div><div><details open><summary>Model and data handling</summary><p>Model weights, activations, and probe text are not sent to Saccadic. Licensing and metering contact Saccadic.</p></details><details><summary>Keep your existing experiment tracker</summary><p>Optional configured relays send selected scalar measurements to Weights &amp; Biases, TensorBoard, MLflow, and Aim.</p></details><details><summary>Read, explain, and export</summary><p>Each graph includes an Explain guide. Define labeled scalar signals, derive formulas from captured channels, and export custom charts as PNG images, Excel workbooks, or JSON data.</p></details></div></div></section>
-<section class="contact" id="evaluation"><p class="eyebrow">Research and joint evaluations</p><h2>One model. One run.<br>One concrete investigation.</h2><p>For teams training or fine-tuning models that need a clearer internal view. A joint evaluation can test whether the readings focus a real investigation and measure overhead in your workload.</p><p>Academic researchers are encouraged to request credit grants.</p><p>Commercial IRIS pricing depends on model size. A run with a 1 million parameter model costs just $0.05 in IRIS credits. See the product site for pricing and licensing terms.</p><a class="cta" href="mailto:info@saccadic.ai">Discuss an evaluation ↗</a><a class="minor" href="https://www.saccadic.ai/iris" target="_blank" rel="noopener">Product details ↗</a></section>
+<section class="contact" id="evaluation"><p class="eyebrow">Research and joint evaluations</p><h2>One model. One run.<br>One concrete investigation.</h2><p>For teams training or fine-tuning models that need a clearer internal view. A joint evaluation can test whether the readings focus a real investigation and measure overhead in your workload.</p><p>Academic researchers are encouraged to request credit grants.</p><p>Commercial IRIS pricing depends on model size, with costs of just pennies per run for models below 2 million parameters. See the product site for pricing and licensing terms.</p><a class="cta" href="mailto:info@saccadic.ai">Discuss an evaluation ↗</a><a class="minor" href="https://www.saccadic.ai/iris" target="_blank" rel="noopener">Product details ↗</a></section>
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