At NISTM 2026, William Wigfield, Product Manager at Technical Toolboxes, explained how software has become a strategic element in industrial operations, particularly in industrial inspections . The company, which specializes in asset integrity management solutions, focuses its offering on optimizing the processing of data generated from inspections of equipment such as tanks, pipelines, and pressure vessels.
Furthermore, the company's approach addresses a growing need in the sector: to have accurate and accessible information that allows for constant monitoring of asset status. This context positions industrial inspections as a strategic element within the operation.
Traditionally, inspection data management relied on paper, spreadsheets, and fragmented processes. However, this model had clear limitations in terms of traceability, access, and efficiency.
In this regard, Technical Toolboxes has developed a cloud-based platform that centralizes all information in a single environment. This allows operators to access data from any location and work simultaneously on the same asset.
This transition to the cloud environment also facilitates the elimination of errors associated with duplicate information and improves coordination between teams. The result is a more organized and consistent management of industrial inspections.
On the other hand, one of the system's distinguishing features is its ability to integrate data capture directly in the field. Inspectors can use mobile devices such as tablets or smartphones, as well as specialized tools like ultrasonic readers, to record measurements in real time.
Once collected, this data is synchronized with the central platform, where it is automatically processed using advanced analytics. The software then performs calculations related to short- and long-term corrosion rates, thickness loss, and equipment life estimates.
This approach allows data to be transformed into actionable information, facilitating the work of engineers and technical managers who must make decisions about maintenance and operation.
One of the most relevant aspects highlighted by Wigfield is the direct impact on response times. In traditional models, generating reports could take several days after the inspection was carried out.
However, with real-time data integration , this process is significantly reduced. As the Product Manager explained, the timeframe can be reduced from days to hours, allowing technical teams to access information almost immediately.
Consequently, this improvement in data delivery speed has a direct effect on decision-making, especially in environments where operational times are critical.
At the same time, the platform allows inspection processes to be adapted to different industry standards, such as API regulations, or to customized checklists defined by each operator.
This flexibility ensures that industrial inspections are conducted in accordance with regulatory requirements and the specific needs of each facility. Furthermore, it helps maintain continuous monitoring of asset status and regulatory compliance.
Finally, Technical Toolboxes ' proposal reflects a clear trend within the energy industry: the adoption of digital tools to improve asset management and optimize processes.
The combination of field data capture, automated analysis, and cloud access is redefining the role of industrial inspections in today's environment. In this context, solutions like the one presented by William Wigfield point toward a more agile, connected, and data-driven operation.
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Source: Inspenet.
