Pinpointing the origin of microbial contamination is critical for safeguarding water quality and public health. Our solutions combine molecular assays with advanced sampling to distinguish between human, agricultural, and wildlife sources of pollution. This clarity enables utilities, regulators and land managers to move beyond simple detection—supporting targeted remediation, fair attribution of responsibility, and measurable improvements in environmental health.

Early detection is the most effective defence against invasive species and emerging biosecurity threats. Our sampling and molecular technologies can identify invasive non-native organisms at trace levels, even before they are visible in the environment. By enabling rapid response and long-term surveillance, we help protect native biodiversity, safeguard ecosystems, and reduce the costs of ecological and economic damage.

Antimicrobial resistance is a growing global challenge with direct implications for human, animal and environmental health. Our monitoring technologies enable the detection of resistance genes and pathogens within water and air providing early insight into hotspots of AMR emergence and spread. By integrating environmental surveillance with molecular workflows, we support evidence-based interventions, helping industries and regulators protect ecosystems while safeguarding public health.

Sediments and biofilms act as reservoirs for nutrients, contaminants and microorganisms, shaping water quality and ecosystem health. Our technologies enable targeted sampling and molecular analysis of these complex matrices, revealing pollutant persistence, microbial communities and pathways of antimicrobial resistance. By unlocking insights from riverbeds to infrastructure surfaces, we help identify hidden risks, track pollution sources, and guide effective management strategies.

Harmful algal blooms threaten ecosystems, water security, and public health. Our monitoring systems detect early signals of algal proliferation through molecular, physiochemical, and remote sensing approaches. By providing timely insights, we help water managers anticipate bloom events, mitigate risks, and protect both biodiversity and human use of water resources.