CONTAMINATES
For Scientists. For Field Teams. Combine Data,
See Trends, Map it.
The Future of Water Quality Testing
For Scientists. For Field Teams. For Complete Clarity.
You’ve collected the samples. You’ve run tests with multiple devices — Raman, UV-Vis, turbidity meters, pH probes. But the results are scattered across software, spreadsheets, and equipment logs. You’re left stitching together a fragmented picture of water quality.
We change that.
Unknown Labs integrates data from the devices you already use in the field or in the lab and brings it all into one centralized platform UNKNOWN CLOUD. Our system automatically tags, standardizes, and overlays outputs like Raman spectra, UV-Vis absorbance curves, and electrochemical readings, so you can see how your results align or where they don’t.
No more switching between programs. No more comparing incompatible formats. Just one unified dashboard where your team can upload, compare, annotate, and collaborate in real time from anywhere.
Simply Put…
Suddenly, what was scattered becomes actionable.
Upload spectral and sensor data from any major OEM device
Overlay Raman, UV-Vis, turbidity, pH, and more on a single timeline
Spot anomalies, compare sites, and track changes over time
Secure cloud storage with GPS/time tagging
Built for scientists, regulators, and rapid-response environmental teams
From fragmented readings to a full-spectrum understanding — all in one place.
Smarter workflows. Stronger decisions. Cleaner water.
Our tools are your smart assistant for water quality monitoring built to work with the devices you already trust.
From handheld instruments in the field to benchtop analyzers in the lab, we gather and organize results from across your workflow — instantly and securely.
Powered by the Unknown Cloud, our platform transforms scattered sensor data into clear, unified insights. Upload Raman spectra, UV-Vis curves, turbidity logs, pH readings, and more — all in one place. Overlay results, compare locations, and flag anomalies in real time.
Field technicians get immediate visibility. Lab managers get total oversight. Your entire team gets clarity without changing equipment.
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There is no one solution for a full report on water quality. Using multiple machines or devices uploading to the UNKNOWN CLOUD can look at several graph types and compare, overlay.
1. Raman Spectroscopy
Graph Type:
Raman spectrum (Intensity vs. Raman Shift)
What It Shows:
Vibrational fingerprint of molecules in the sample
Use Case:
Identify specific contaminants by matching peaks to known compounds
Graph generated directly from each scan
Can be uploaded and compared over time via Unknown Cloud
2. SERS (Surface-Enhanced Raman)
Graph Type:
Enhanced Raman spectrum
What It Shows:
Detects low-concentration contaminants with boosted signal
Use Case:
Detect trace levels of organics like pesticides or narcotics
Graph helps identify subtle chemical signals
3. UV-Vis Spectroscopy
Graph Type:
Absorbance vs. Wavelength
What It Shows:
Presence of nitrates, phosphates, metals (indirectly)
Use Case:
Quantitative analysis, especially in portable field systems
Graph used for concentration estimates via calibration curves
4. Turbidity Meters with Data Logging
Graph Type:
Turbidity over time (NTU vs. time)
What It Shows:
Changes in sediment or particle load
Use Case:
Environmental monitoring, stormwater events
Useful for trend analysis, if logger-enabled
5. Electrochemical Sensors (with data logger or app)
Graph Type:
pH, DO, EC over time (e.g., pH vs. time)
What It Shows:
Water chemistry dynamics
Use Case:
Detect shifts from pollution events or daily cycles
Graphs generated in companion app or cloud dashboard
