"What should be on a LIS evaluation checklist?"

"A useful LIS evaluation checklist starts with workflow fit — does the system handle accessioning, instrument interfaces, autoverification, QC, and reporting the way your bench actually works? From there it should cover EMR/HL7 and FHIR integration depth, billing and revenue cycle handoff, multi-site and tenant isolation, role-based access, audit trail, electronic signature, security posture under HIPAA and CAP/CLIA expectations, scalability for your volume, vendor support model, training plan, implementation timeline, and total cost of ownership across subscription, interfaces, training, and ongoing change requests. Score each category on a 1–5 scale rather than a yes/no — most LIS platforms claim every feature, but depth varies sharply."

"How long does a typical LIS RFP and selection process take?"

"From kickoff to signed contract, most labs run a 12–20 week LIS selection: 2–4 weeks scoping requirements, 3–4 weeks issuing the RFP and collecting responses, 4–6 weeks of scripted demos against your real workflows, 2–3 weeks of reference calls and security review, and 2–3 weeks of contract and SOW negotiation. Implementation then runs separately, typically 8–16 weeks for a focused clinical or specialty lab. The selection phase is dominated by demo quality and reference checks, not by RFP paperwork — write your RFP tight, and spend more time watching vendors run your actual specimens through their system."

"How do I choose between cloud LIS and on-prem LIS?"

"Cloud LIS makes sense when the lab wants predictable subscription cost, smaller IT footprint, faster deployment, easier multi-site rollout, and remote access for couriers, ordering clinicians, and patients. On-prem still fits a narrow set of cases: air-gapped reference work, certain government or research contexts, and labs with unusual data residency constraints. For most clinical and specialty labs, the operational math has shifted to managed cloud — vendor-run backups, patching, scaling, and disaster recovery replace internal hardware refresh cycles and DBA work. The deciding factor is rarely the technology; it is whether the lab wants to operate infrastructure or operate a lab."

"What questions should I ask every LIS vendor in an RFP?"

"Cover ten core areas: HL7 v2 and FHIR depth (which segments, bidirectional, who builds interfaces); autoverification rule engine (rule complexity, override and audit); QC capability (Levey-Jennings, Westgard, multi-rule, control lots); validation package and IQ/OQ/PQ deliverables; reportable disease ELR support; downtime and uptime SLA; data export and exit terms; instrument and EMR integration ownership; support model (hours, escalation, named contact); and total cost across subscription, interfaces, training, and change orders. Add lab-specific questions — toxicology chain of custody, molecular plate and amplicon lineage, public health ELR, POL ordering provider portal — depending on your mix."

"Should I include reference calls in my LIS selection?"

"Yes — reference calls are the single highest-signal step in LIS selection. Ask the vendor for two or three labs with similar volume, specialty mix, and integration footprint to yours. Speak to a bench tech or supervisor, not just an executive sponsor. Useful prompts: how long did go-live actually take versus the original plan; what broke in the first 90 days; how does support respond at 7am on a Monday; how have releases handled validation; what would they do differently. A vendor that cannot produce comparable references in your specialty is a meaningful risk signal, regardless of how strong the demo looks."

"How do I budget for a new LIS?"

"Build a three-year total-cost-of-ownership view rather than comparing year-one quotes. Include subscription or license, implementation, interface build per EMR and per analyzer, validation effort, training, ongoing change requests, and the internal time your team will spend on go-live. Cloud LIS pricing is typically subscription-based and scales with volume, modules, users, or interface count, with implementation billed separately. On-prem adds hardware, OS, database, backup, and refresh cycles. Most labs underestimate interfaces and training, which together can equal or exceed the first-year subscription. Ask vendors for a sample SOW from a comparable implementation, not just a price-per-user list."

LIS Buyer's Guide & RFP Checklist

Most laboratories evaluating a new LIS face the same problem: a dozen vendors, glossy demos, RFP responses that all claim every feature, and a procurement timeline that has to land somewhere between operational urgency and capital cycle. This guide is built to cut through that — what to evaluate, what questions to ask, how to compare cloud and on-prem options, and how to structure an RFP that produces a defensible decision rather than a vendor-led one. Use it as a working checklist, not a sales document.

What to evaluate

Score each category on a 1–5 depth scale. A LIS that hits 5/5 on workflow fit and 2/5 on integrations will burn the lab; a LIS that hits 5/5 on integrations and 2/5 on QC will burn the pathologists. The categories that actually move the needle:

Clinical workflow fit — accessioning by barcode and requisition, ORM intake, ORU release, manual and reflex testing, microbiology workups, anatomic pathology, point-of-care reconciliation, and the specific bench gestures your techs make every day.
Instrument and EMR integration depth — bidirectional analyzer interfaces (chemistry, hematology, immunology, molecular, mass spec, sequencers); EMR/EHR connectivity over HL7 v2 (ORM, ORU, ADT) and FHIR; reference-lab routing.
HL7 v2 and FHIR support — which segments, which message types, who builds and validates interfaces, how are version mismatches handled, what does ongoing change cost.
Autoverification and QC — configurable rules-based resulting with full override audit, plus Levey-Jennings, Westgard multi-rule, control-lot handling, and corrective action tracking — see QC software.
Billing and revenue cycle integration — clean ICD/CPT coding, payer rules, claim handoff, denial loop, and the ability to plug into existing RCM rather than forcing a swap.
Multi-site and tenant isolation — can the platform run distinct sites, distinct catalogs, and distinct security boundaries on one tenant, and what does cross-site reporting look like.
Role-based access and audit trail — defensible permissions, electronic signature, and immutable audit suitable for CAP and CLIA inspections.
Security and compliance posture — capability support for HIPAA, CAP, and CLIA controls; data encryption in transit and at rest; documented change control. Labs are certified, not software, but the LIS has to support the controls inspectors expect to see.
Scalability — peak accession volume, concurrent users, interface throughput, and the headroom to absorb 2–3x growth without re-platforming.
Vendor support model — support hours, escalation path, named contacts, response and resolution targets, and how releases are validated.
Training and change management — role-based curriculum for accessioners, techs, pathologists, supervisors, and ordering clinicians.
Total cost of ownership — three-year view across subscription, interfaces, training, change orders, and internal time.

Cloud LIS vs on-prem LIS — quick decision criteria

Dimension	Cloud LIS fits when…	On-prem LIS fits when…
IT footprint	Lab wants minimal on-site infrastructure	Lab has mature internal IT and DBA capacity
Cost shape	Predictable subscription preferred	Capital budget available, opex constrained
Deployment speed	New sites or satellites must come online quickly	Long implementation windows acceptable
Remote access	Couriers, clients, patients use the system over the web	Access can be limited to on-site or VPN
Compliance	HIPAA, CAP, CLIA — standard clinical posture	Air-gapped or unusual data residency rules apply
Resilience	Vendor-managed backups, replication, DR	Lab can operate own failover and DR

For most clinical and specialty labs, cloud is the default. See the cloud LIS software guide for the longer comparison.

Module checklist by lab type

Different lab types stress different parts of the platform. Use this as a starting point for your RFP.

Clinical / hospital outreach — accessioning, ORM/ORU, autoverification, QC, microbiology, AP, billing handoff, client and patient portals.
Toxicology — chain of custody, confirmation testing, MRO workflow, provider portal, ELR for reportable substances; see toxicology cloud LIS.
Molecular — plate and well tracking, amplicon and aliquot lineage, reagent lot capture, NGS run management; see molecular cloud LIS.
Public health — ELR to state and federal systems, reportable disease workflow, surge capacity, surveillance reporting; see public health LIMS.
Physician office labs (POL) — light accessioning, ordering provider portal, simplified billing, fast onboarding; see physician office lab LIS.
Specialty labs — chemistry, hematology, immunology, serology, FISH, cytology, microbiology, NGS — depth in the modules your bench actually runs.

If your platform forces you to spreadsheet around a missing module, you have not selected a LIS — you have selected the start of a custom build.

Implementation and timeline expectations

A focused clinical or specialty LIS implementation typically runs 8–16 weeks; multi-site or multi-specialty operations run longer. The timeline is dominated by configuration, interface build, validation, and training — not by software install, since cloud LIS removes server provisioning, OS hardening, and DBA setup. The phases are predictable: discovery, configuration, interface and integration build, parallel testing and validation, training, go-live, and stabilization.

Watch out for vendors who quote 4–6 week go-lives without a clear validation plan, and for vendors who quote 9+ months without explaining why. See the LIS implementation timeline guide for a phase-by-phase breakdown and the deliverables to expect at each gate.

Pricing models you’ll encounter

LIS pricing is rarely apples-to-apples. The common shapes:

Per-user subscription — predictable for stable headcount, painful when volume per user is uneven.
Per-requisition or per-accession — scales with volume, aligns vendor and lab incentives, harder to forecast in fast-growth phases.
Tiered subscription — fixed monthly band based on volume, modules, sites, or interfaces; most predictable for budgeting.
License plus maintenance (on-prem) — large upfront capital plus annual maintenance; rare in modern cloud deals.

Implementation, interface build, training, and ongoing change orders are usually billed separately under any pricing model. Ask for a sample SOW from a comparable lab, not just a price sheet. See LIMS IQ pricing for the LIMS IQ Lite and dedicated cloud editions.

Questions to ask every vendor in your RFP

A focused RFP outperforms a 200-question template. The questions below cover the areas where vendors differ most:

Which HL7 v2 segments and message types do you support out of the box, and which require custom work? Bidirectional?
Do you support FHIR endpoints today? Which resources?
Walk through your autoverification rule engine. How complex can a rule be, and how is every override audited?
Show your QC module — Levey-Jennings, Westgard multi-rule, control lots, corrective actions, and CAP-ready exports.
What validation package do you deliver — IQ, OQ, PQ — and who executes each?
Do you support ELR to state public health systems for reportable diseases?
What is your published uptime SLA and your downtime procedure? How are scheduled maintenance windows handled?
What are the data export terms at contract end? Format, scope, and timeline.
Who builds and maintains EMR and instrument interfaces — the vendor, the lab, or a third party?
What is your support model — hours, escalation, named contact, response and resolution targets?
How are releases validated? Who signs off on regression for clinical workflows?
What does a typical change request cost and how long does it take?
Provide three references with similar specialty mix, volume, and integration footprint.
Provide a sample SOW from a comparable implementation.
Total three-year cost across subscription, implementation, interfaces, training, and expected change orders.

Where LIMS IQ fits

LIMS IQ is a cloud LIS purpose-built for clinical and specialty laboratories — engineered around the depth high-complexity labs need, with the operational footprint of a managed service.

Clinical core — accessioning, specimen tracking, instrument interfaces, HL7 / FHIR integration, rules-based autoverification, QC, reporting, billing handoff.
Specialty depth — toxicology, molecular, NGS, FISH, cytology, microbiology, hematology, chemistry, immunology, serology, and public-health workflows on one platform.
Portals — client portal for ordering providers; patient portal for direct-to-consumer and outreach work.
Analytics — operational and clinical lab analytics dashboards across volume, turnaround, QC, and revenue.
Editions — LIMS IQ Lite for fast standup at smaller and physician-office labs, dedicated solutions for high-complexity and multi-site operations.
Implementation — phased onboarding handled by the LIMS IQ team, typically 8–16 weeks; see the implementation timeline.
Compliance posture — HIPAA, CAP, and CLIA-aligned controls with role-based access, audit trail, and electronic signature.

Ready to RFP?

If LIMS IQ is on your shortlist, we will run a scripted demo against your actual workflows — your specimens, your instruments, your EMR, and your reporting templates — rather than a generic walkthrough. Request a demo and we will tailor the session to your lab’s mix, or contact the team to walk through your RFP requirements directly.

LIS Buyer's Guide — How to Evaluate, RFP, and Choose a Modern Laboratory Information System