The AISCT® ecosystem is designed as a complete field characterization platform. Aurora, Sal, and Petro each address a specific class of contaminant with purpose-engineered hardware. The DSS ties them together: aggregating data, applying AI interpretation, enforcing QA/QC, and delivering the decision-grade outputs that close sites.
Every component was built to address the documented failures of the instruments it replaces. Not an incremental improvement — a fundamental re-engineering.
AISCT components can be deployed individually — Aurora on a vapour-driven hydrocarbonsite, Sal on a brine release, Petro on a peat-heavy extractable HC programme The DSS platform is contaminant-agnostic: it ingests data from whichever units are deployed.
The AISCT Aurora System provides AI-integrated vapour screening for volatile organic compounds (VOCs), chlorinated VOCs (CVOCs), BTEX compounds, and gasoline-rangehydrocarbons in soil. Designed to be deployed from Day 1 of a site investigation, as the site data set grows, the AI model's predictive accuracy increases.
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All OVA-driven hydrocarbon sites regardless of phase
VOCs, CVOCs, BTEX, gasoline/diesel-range hydrocarbons (F1 fraction and volatile F2)
Real-time field results, exceedance flags, confidence metrics, DSS-integrated dataset
The AISCT SAL System provides AI-integrated, ion-specific salinity screening for chloride (with sodium capability in development) in soil and water samples. It is designed for all phases of investigation and remediation on salt-impacted sites.
View Use CasesAll phases of salt-impacted site investigation and remediation
Chloride (Cl⁻); sodium (Na⁺) capability in development
>90% classification accuracy vs. laboratory data, DSS-integrated dataset
The AISCT Petro System provides AI-integrated, solvent-extraction-based PHC screening for petroleum hydrocarbon fractions in soil. Petro directly captures the extractable PHC fraction providing significantly higher correlation to laboratory data.
View Use CasesLarger remediation programmes, extractable-HC-driven sites, peat/organic environments
TPH, F2 and F3 / LEPH and HEPH extractable petroleum hydrocarbons
Demonstrated effectiveness where vapour methods produce biogenic false positives, DSS-integrated dataset
The DSS ingests data from Aurora, Sal, and Petro instruments as it is generated in the field. All data is organized by site, phase, and sample location — creating a unified, queryable site data record from Day 1 of the programme.
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Field Data from Aurora, Sal or Petro
Captures GPS location and sample metadata, and presents real-time results with exceedance flags
AISCT components can be deployed individually — Aurora on a vapour-driven hydrocarbonsite, Sal on a brine release, Petro on a peat-heavy extractable HC programme. But they are designed to work together. When multiple contaminant classes are present on the same site, a multi-unit deployment produces an integrated dataset that no single instrument can provide.
The DSS platform is contaminant-agnostic: it ingests data from whichever units are deployed, maintains a unified site data record, and provides cross-contaminant intelligence that is invisible when instruments operate independently.
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