AquaVerify
Turn every water sample into auditable evidence. AquaVerify connects microbiology kits, sampling workflows, laboratory partners and digital traceability for drinking water, process water, treatment, irrigation, reuse and aquaculture environments.
Quality teams need more than a result. They need to show where the sample was taken, which method was used, who handled it, when it was reviewed and how the evidence supports an operational or audit decision.
AquaVerify can be configured for utilities, food and beverage sites, environmental laboratories, treatment plants, agriculture, seafood and aquaculture. Each programme starts from the matrix, sampling points, risk profile and reporting requirement.
AquaVerify combines products, laboratory workflows and AquaVerify Cloud so every result can remain linked to sample context, product lot, operator, location, review status and report.
The operational flow is simple: define the control programme, select method and execution route, digitise the chain of sample, record reading and validation, then convert results into report, action and follow-up.
European and US water monitoring frameworks increasingly emphasise risk management, operational monitoring, treatment verification and documented evidence. AquaVerify helps teams organise that evidence without replacing the validation responsibilities of the laboratory or regulated operator.
Different stakeholders need different proof. AquaVerify structures the programme so quality, operations, laboratory and management teams can work from the same record.
The configuration depends on water type, matrix, sample volume, risk level, internal laboratory capacity and reporting needs.
In a short technical diagnosis we review your sector, water type, current method, sample volume, accreditation needs and reporting friction. The output is a recommended route: products, laboratory workflow, SaaS, reporting or a combination.
Glossary
Glossary terms that help connect the sector workflow with sampling, microbiology, traceability and reporting.
Explore the technical glossary
An indicator microorganism is a microorganism whose presence or concentration is used to infer contamination, treatment effectiveness or deterioration of a water system.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
Fecal contamination is the presence or evidence of human or animal fecal material in a water matrix. It is assessed through indicators such as E. coli, enterococci, coliforms and, in selected programs, coliphages.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
Somatic coliphages are bacteriophages that infect Escherichia coli and other enterobacteria through cell-wall receptors. They are used as operational viral indicators in water quality programs and treatment evaluation.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
Escherichia coli is a thermotolerant coliform bacterium used worldwide as an indicator of recent fecal contamination. Its presence in drinking water generally requires investigation and corrective action under the applicable framework.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
Intestinal enterococci are Gram-positive bacteria associated with the human and animal gastrointestinal tract. Their relative persistence makes them useful indicators in recreational waters, environmental waters and selected control plans.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
A matrix is the type of sample or environment being analysed, such as drinking water, reclaimed water, pool water, wastewater, surface water, process water or irrigation water.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
A sampling point is the physical location or source where a sample is taken. It should be linked to customer, matrix, analytical plan and traceability.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
A deviation is an incident or nonconformity against a plan, procedure, criterion or expectation. It should be documented, assessed and closed according to procedure.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
A water safety plan is a documented plan that identifies risks, controls, sampling points, responsibilities, monitoring and corrective actions in a water system.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
Analytical traceability is the ability to reconstruct the complete history of a sample, method, lot, operator, result, review and report.
Sector relevance: Useful for selecting the right method, product family, sampling point, report or traceability workflow in water quality programs.
Visual workflow
Plan, sample, test, validate, report and act in one connected water-quality workflow.
Connected evidence You do not manage isolated results: you manage traceability, decisions and audit evidence.
Maturity roadmap
Move from reactive checks to controlled, traceable and insight-led water quality management.
Evaluate your water-control maturity in 15 minutes
Utilities, food and beverage manufacturers, treatment plants, environmental laboratories, agricultural operations, aquaculture, seafood processors and any organisation that needs microbiological water control and traceable reporting.
No. AquaVerify can work as a kit route, an internal workflow, a traceability layer or a coordination layer with laboratories. When official accreditation is required, the programme must be aligned with the relevant accredited laboratory or method.
Somatic coliphages are bacteriophages used as indicators of faecal contamination and possible viral risk. They are useful in treatment verification and microbiological water quality programmes.
Some product and laboratory routes are designed around reference contexts such as ISO 10705-2 and EPA Method 1602. The final configuration must be validated according to matrix, country, laboratory scope and regulatory purpose.
Yes. Sampling points, parameters, reports, frequencies and alert rules are different for a utility, a beverage plant, a wastewater facility, an agricultural operation or a seafood processor.
It links sample, user, location, date, time, product context, result, report and corrective actions, reducing scattered documentation and making audits easier to prepare.
