Despite all the buzz in recent years, it seems that the Lab Information System (LIS) market isn’t converging toward a single solution. Instead, the market is forming two distinct lanes, each addressing different needs for an LIS platform:
On the one hand, we’ve got large academic centers and high-volume reference labs that continue to rely on legacy LIS platforms. The reason behind that is that systems have matured over decades for stability, complex rules engines, and extensive analyzer libraries. Legacy LIS systems might still excel at handling heavy workloads and compliance-level audits, but their deployments are slow, and maintenance is heavy.
On the other end, community hospitals and regional labs are embracing cloud-native LIS platforms. These modern systems deliver faster deployment, greater scalability, and easier management.
A cloud-based LIS can go live in a matter of weeks, expand automatically when demand spikes, and spare a small lab from maintaining its own IT infrastructure. For labs with limited staff, this agility and simplicity are often more valuable than the feature depth of legacy systems.
Buy wait – which is actually better?
Does No Single LIS Platform Cover All Needs?
Lab operations can be any of the following: chemistry and hematology, pathology, genomics, and transfusion medicine. Well, actually – they can span a whole lot more than just the above-mentioned. Each domain demands distinct features, workflows, and validations. And as a result, it seems no single LIS can consistently excel across all functional categories that labs actually need.
Think of it this way – depth in one area often comes at the cost of flexibility in others. That’s why many labs adopt a modular approach: a core LIS supplemented with specialized tools, connected through middleware and standards-based integration.
Some health systems even combine EHR‑embedded LIS modules for routine workflows with best-of-breed tools for more specialized domains like genomics or AP. Others adopt cloud‑ready systems capable of handling complexity without legacy burdens. The choice depends heavily on a lab’s volume, complexity, and long-term roadmap.
However, this modern approach (not to say “trendy”) of trying to get the best of both worlds does not actually work. In fact, in recent years, it has proven to be not that effective.
So where do we go from here?
The Answer is in the Name Itself
For decades, legacy LIS systems dominated large medical centers and reference labs. They promised stability, extensive analyzer libraries, and sophisticated rules engines. But as time went by, and as technology advanced) to the point of the AI era), those strengths now highlight their weaknesses: deployment takes months, updates are slow, and flexibility is nearly nonexistent.
Labs tied to legacy systems have discovered that they require astronomical costs to maintain interfaces, scale operations, or adopt new workflows. In today’s fast-moving healthcare environment, a system that is that rigid is a system that is no longer acceptable.
Observing from the sidelines and warming up to take their place are the cloud-based LIS platforms: they deploy in weeks, scale elastically with demand, and require minimal IT overhead. Cloud LIS systems potentially integrate with new analyzers, onboarding physician clients, and connect to standards-based networks without custom coding. Such speed and agility could mean operational survival.
So, it’s clear, right? Cloud-based LIS platforms are the future, right? Well, yes, but it’s not that simple.
Cloud-Based LIS Platform: The Only Logical Choice?
It seems like sticking with legacy LIS platforms is a costly compromise, but on the other hand, many new cloud-based systems lack the foundations necessary for complex lab operations. For example, you can check out this comprehensive top 10 list and see for yourself, that many cloud-based LIS platforms are not the perfect solution they present themselves to be.
So, there’s actually only one choice: to bridge that gap.
The way to do that is to find the cloud-native platform that delivers speed, scalability, and operational resilience that modern labs need, but that was also built on over three decades of experience in laboratory workflows, analyzer integration, and regulatory compliance. Honestly? That platform will be the right fit for modern labs.
However, when you go through the market options, you won’t find many LIS platforms that can offer that approach. As you’ll discover in that top 10 list mentioned above, any cloud-only systems force labs to trade depth for agility. Their architecture rarely combines the reliability and sophistication of legacy LIS with the flexibility and efficiency of the cloud.
Labs nowadays need to innovate and scale without compromising operational integrity. That is why LabOS is the right fit for labs looking to move confidently into the future, with more than a cloud platform. Labs that need a foundation they can trust, with decades of lab expertise poured into a modern, agile, cloud-based system, will find their solutions right
➡️ HERE
