
Lisko
Integrating AI into the day-to-day operations of laboratories
A cloud platform that centralizes the operations of specimen collection sites and uses AI to simplify results management.

Overview
Lisko is a management platform for specimen collection sites and small and medium-sized laboratories in Mexico.
It centralizes patients, orders, samples, payments, billing, shipments, and results, incorporating AI to process PDF documents and facilitate their association with each order.
Background
The operations of many specimen collection sites rely on multiple tools and manual tasks. One of the most repetitive tasks is managing results received from referral laboratories: reviewing each PDF, identifying it, and associating it with the correct patient and order.
Lisko was created to connect these processes and automate tasks that unnecessarily consume time.
Solutions
We Build It developed a centralized platform that connects the entire order journey, from patient registration to the delivery of results.
AI was integrated directly into this workflow to interpret the received PDFs, identify relevant information, and facilitate their association with the corresponding order.
Thus, automation occurs where it truly adds value, without adding unnecessary steps for the user.

Challenges
Laboratories are complex, regardless of their size. So implementing AI without adding complexity was crucial. The challenge was not just reading a PDF, but doing so within a workflow that combines patients, orders, billing, and documents in different formats.
The solution had to automate tasks while maintaining a clear and accessible process for specimen collection sites with varying levels of digital maturity.

Results
Lisko consolidates a specimen collection site’s operations into a single digital environment and uses AI to reduce the repetitive work associated with managing results.
The resulting product is a practical implementation of AI: technology applied to a specific problem to save time, simplify processes, and make daily work more efficient.

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