CaskEye is the IoT sensor that fits directly inside your barrel bung — giving you continuous, automated visibility over liquid level, volume, temperature, and microclimate across your entire estate.
22 million casks are maturing in Scotland today. The vast majority are monitored manually, intermittently — leaving operators exposed to losses they can't see coming.
Leaks, abnormal evaporation, and unexpected condition drift go undetected until a physical gauging — often too late to intervene or claim.
Warehouse teams physically gauge casks on a periodic schedule. Between visits, operators have zero visibility into what is happening inside each barrel.
Regulators, auditors, and cask investors increasingly demand proof-of-custody and condition history. Paper records and spreadsheets don't cut it.
Without continuous data, there is no way to catch a slow leak or abnormal angel's share before it becomes a significant financial and compliance issue.
A self-contained IoT sensor that replaces your standard bung, delivering continuous measurements without changing your workflow.
Proprietary millimeter-wave radar sensing measures liquid level and volume continuously — directly through the bung hole, without any sampling or extraction.
Optional temperature, humidity, and ambient microclimate monitoring to capture every environmental variable that affects maturation quality.
Long-range, low-power wireless communication designed for dense warehouse environments — no Wi-Fi, no heavy infrastructure, no rewiring.
CaskEye is designed to fit standard bung sizes. No barrel modification, no structural change to your warehouse — just plug it in and start collecting data.
CaskEye feeds into the CaskSense cloud platform — giving your team a single pane of glass over every barrel in every warehouse.
Visualize level, volume, and environmental data for every cask in your estate. Drill down from warehouse view to individual barrel in seconds.
Set thresholds for loss rate, temperature drift, or abnormal evaporation. Get notified the moment something falls outside your defined parameters.
Track angel's share curves, seasonal patterns, and long-term maturation dynamics across your entire cask portfolio with historical depth.
Generate audit-ready reports on cask condition, custody chain, and inventory status — ready for HMRC compliance, investor due diligence, or internal review.
Every measurement timestamped and immutably logged. Build an unbroken proof-of-condition record for every cask from the day the sensor is activated.
Connect CaskSense to your existing warehouse management system, ERP, or custom workflows via open API — no siloed data.
Replace the standard bung with a CaskEye sensor. No tools, no drilling, no infrastructure changes needed.
The sensor self-registers to the LoRa network and begins transmitting measurements immediately after installation.
Level, volume, temperature, and microclimate readings are continuously sent to the CaskSense platform — no manual intervention.
Your team sees live data on the dashboard, receives alerts on anomalies, and generates compliance reports on demand.
Two years of R&D have converged on 80 GHz FMCW radar as the most robust sensing approach for opaque barrel environments. We are now in active PoC and on a defined path to production.
Active PoC with promising level/volume measurement results. Test setup operational with continuous visualization. Design partners identified — two major UK warehouses representing ~120,000 accessible casks.
80 GHz radar optimization, LoRa/LPWAN integration, data MVP, and early design partner engagement.
Certifiable hardware design, regulatory compliance, and deployment of the first 100-unit pilot fleet.
Revenue-generating deployment with gradual volume ramp-up across partner warehouses.
Scaled deployment with structural margin improvement through hardware volume and platform recurring revenue.
We are working with a small number of design partners ahead of our 2027 production run. If you manage a warehouse or cask portfolio and want real-time visibility, we want to hear from you.