Enablement

From data foundation to decisions.

Monitor live runs against historical baselines. Catch deviations before the batch ends. Pull any run's full context — design, intent, outcome — in seconds. Enablement is where the data layer becomes an active partner in your process.

Monitor

Know about every deviation before the batch ends.

Invert monitors every live run against your historical baselines. Model-based alerts flag drift, missing samples, and unusual behavior while there's still time to act on it — and because Invert enforces capture at the source, your live data layer is never missing the metrics you need to make a decision. Each alert lands with the full run context attached, so the person who responds already has what they need.

Explore Foundation
Invert — Live monitoring · Alerts
Active alerts · 3
Last updated · just now
DO drift vs. historical baseline — BR-04
2.4σ below the prior 12-run mean during feed addition. Correlated with titer loss in 2 of 3 similar events.
h72.3 · Ambr250 · model-based alert
Missing offline sample — BR-09
Expected Vi-CELL BLU sample at h48 has not arrived. Capture enforcement triggered.
h50 · overdue 2h
All systems streaming · 4 runs live
52 metrics unified across Ambr250, DeltaV/PI, Vi-CELL BLU, LabVantage.
baseline · 18 historical comparators loaded
Run Summaries

Every run explained, the moment you open it.

Select any run — past or present — and see the headline parameters, the design, the outcome, and any flagged deviations at a glance. No more pinging the scientist who ran it or re-reading six months of protocols to remember what decisions were made.

Experiment summaries live in Intelligence
BR-112 — Run summary
BR-112 · mAb-04 fed-batch
Ambr250 · 12-day run · Apr 2 2025
COMPLETE
Intent
Evaluate modified feed strategy (higher glucose set-point from day 4) against baseline Q4 2024 runs. Target: +15% titer, viability >85% at harvest.
Outcome
Peak VCD 31.2×10⁶/mL (day 8). Final titer 2.4 g/L (+18% vs. baseline). Viability 93.8% at harvest. 1 deviation: DO dropped below 20% for 14 min on day 3 during feed addition window.
Key parameters
31.2
Peak VCD ×10⁶/mL
2.4 g/L
Final titer
93.8%
Harvest viability
68.2%
Overall yield
Explore

Every run, searchable in seconds.

The Run Directory gives your team a structured view of every upstream and downstream experiment — filterable by molecule, scale, condition, operator, and date. Anyone can find a six-month-old run without hunting through drives or asking around.

Explore Foundation
Run Directory
Molecule Scale Condition Date
Run IDMoleculeScaleStatusStart date
BR-112mAb-04Ambr250CompleteApr 2 2025
BR-111mAb-04Ambr250CompleteMar 28 2025
BR-110mAb-032L benchCompleteMar 20 2025
BR-109mAb-03Pilot 50LCompleteMar 5 2025
BR-108mAb-02Ambr250CompleteFeb 24 2025
Process flow

See the whole process in context, updating as the run does.

Product and material streams tied together in one view. Every split, pool, and unit operation — rendered from the data you're actually generating, not from an experimental plan you wrote a month ago. The diagram updates dynamically as the run progresses, which is especially powerful for DSP: product recovery tracked stream-by-stream, step yields calculated automatically, losses visible the moment they happen.

Explore process lineage
Process lineage — Batch 51
Biostat STR 200L
Cell Culture
Alfa Laval BTPX
Centrifugation
Feed200 L
Centrate~185 L
Sludge~15 L
SS Hold Tank 200L
Hold
Hold~185 L
ÄKTA Process 50
Chromatography
Load~185 L
Pool~12 L
Step yield

Step yields, calculated the right way. Automatically.

Material lineage tracks every split and pool. Step yields are calculated with bioprocess-native formulas — not Excel math. Find where product was lost in a run, compare against your entire history, and report out to receiving teams without rebuilding the table from scratch.

Explore process lineage
Batch 51 — Downstream summary
Batch 51 — Downstream summary
mAb-04 · Pilot 50L · Apr 2 2025
Unit operationInputOutputStep yield
Cell Culture200 L
Centrifugation200 L185 L92.5%
Hold185 L185 L100%
Protein A Capture185 L12 L87.3%
Low-pH Viral Inact.12 L12 L99.1%
CEX Polishing12 L10.8 L90.0%
UF/DF10.8 L2.1 L94.4%
Report

Interactive reports with Python-mediated analysis, shareable the moment you're done.

Reports in Invert are living documents — not static exports. Pull raw data alongside calculated metrics, compare within experiments and across sites, and embed interactive code blocks for high-value analyses like control charting. Lock a report down and share with colleagues, CDMOs, or regulators — all with full provenance, so what you produce is what receiving teams can actually use.

Explore Intelligence
Report — Fed-Batch Campaign Summary Q1 2025
Sections
Run overview (12 runs)
Titer trend across runs
Cross-site comparison
Control chart (interactive)
Deviations and flags (2)
Raw data appendix
Fed-Batch Campaign Summary Q1 2025
12 runs · 3 sites · updated 2 min ago
Preview
Titer trend · cross-site
targetBR-101BR-112

The risk isn’t the investigation — it’s catching the deviation too late to act on it. Invert shifts the conversation from “what went wrong” to “what’s about to go wrong.” That’s a fundamentally different posture.

MS
Head of Manufacturing Sciences
Late-stage biopharma
Case study · Bioreactor platforms
$400K
in integration costs avoided
12–18 mo
of build effort avoided
Zero
net-new data engineering headcount
Read the full case study

Catch batch risk in time.

Most batch failures were predictable. The data was already there. Enablement is how you see it in time.

Book a demoExplore Foundation