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Enviorscope ®

Artificial Intelligence in Assessing Building-Related Illness

The application of AI in identifying Building-Related Illness (BRI) and environmental contamination has significantly enhanced the efficiency and accuracy of assessments. By integrating a mobile AI lab with auxiliary sampling analysis, targeted evaluations can now be completed within hours—an essential advantage when scalability, rapid response, or cost-effective risk assessments are required.

Conventional sampling and analysis can be strategically targeted for cases requiring detailed hazard assessments for medical, legal, or triage purposes, reducing both time and sampling frequency while maintaining accuracy.

Below is an example of typical results from a single-room assessment.

This process serves as a risk assessment protocol, incorporating elements of hazard evaluation. Additional conventional sampling and analysis may be necessary when specific diagnoses or legally defensible evidence are required.

The Enviroscope and its fast assessment of potential hot spots and reservoirs of mould, bacteria chemicals etc.

The unit in use to assess specific hot spots or comparison areas
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It is where people get sick from building-related illnesses (usually water damage of some form)

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Failure in treatments of Inflammatory Response (CIRS)

Paper 1110 – September 2024 Written by Jeff Charlton

Chronic health conditions like CIRS (Chronic Inflammatory Response Syndrome) can be challenging to treat—especially when the root cause remains unidentified. This paper explores why treatments may fail, highlighting the critical role of environmental factors, particularly mycotoxin exposure from mould and bacteria.

Many treatment-resistant cases may be linked to undiagnosed environmental triggers that perpetuate inflammation and compromise immune, neurological, and detox pathways.

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Could Your Child’s Environment Be Affecting Their Behaviour?

Paper 1102 – September 2024 Written by Jeff Charlton

Sudden OCD, tics, or behavioural changes in children may be linked to autoimmune conditions like PANS/PANDAS—often triggered by infections or environmental stressors such as mould or bacteria.

Building Forensics identifies often hidden and invisible environmental triggers, including mould, bacteria, and toxins that may worsen or trigger immune-related conditions. Our detailed assessments go beyond basic testing, helping families and healthcare professionals reduce risks and support recovery.

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Cancer and Possible Links to Mould and Biological Triggers

Rev 2 – October 2024 Written by Jeff Charlton Building Forensics

This paper explores peer-reviewed evidence suggesting links between cancer and biological hazards, particularly toxigenic moulds often found in indoor environments. Moulds can produce harmful chemicals that disrupt the endocrine and central nervous systems and may increase the risk of certain cancers.

Although most studies focus on ingesting contaminated food, many biological and chemical contaminants can be inhaled or passed through the skin.

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Mould and Inflammatory Response Linked to Alzheimer’s and ALS

Paper 101 – September 2024 Written by Jeff Charlton

Growing evidence suggests that mould exposure and its byproducts, such as mycotoxins, may contribute to neurological conditions like motor neuron disease (MND), including ALS, and possibly Alzheimer’s. These toxins can trigger inflammation, oxidative stress, and immune system disruption—factors linked to neurodegeneration.

While research is ongoing, some case studies and reviews highlight potential links between chronic mould exposure in water-damaged environments and neurological decline. Assessing possible triggers in your home as early as possible may be imperative.

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Mould and Inflammatory Response Linked to Alzheimer’s and ALS

Paper 101 – September 2024 Written by Jeff Charlton

Growing evidence suggests that mould exposure and its byproducts, such as mycotoxins, may contribute to neurological conditions like motor neuron disease (MND), including ALS, and possibly Alzheimer’s. These toxins can trigger inflammation, oxidative stress, and immune system disruption—factors linked to neurodegeneration.

While research is ongoing, some case studies and reviews highlight potential links between chronic mould exposure in water-damaged environments and neurological decline. Assessing possible triggers in your home as early as possible may be imperative.

Request Full Paper