Home / Insights / Buying guide
POCT software RFP template: requirements you can copy
A request for proposal (RFP) is only as good as its requirements. This page gives you a structure and 55 numbered requirements, grouped by topic, with a priority column and a space for the vendor's answer, ready to paste into your own document.
Written and reviewed by the Catenix team. How these guides are written and checked.
In brief
- A workable POCT software RFP has seven parts: background, scope, numbered requirements, response instructions, evaluation method, commercial terms and appendices listing every device by model and every system a result must reach.
- The template below contains 55 requirements in nine groups, each with a priority (M mandatory, S should have, C could have) and a column for the vendor's coded response with evidence.
- Security and data protection requirements ask for hosting region, a UK GDPR processing agreement, Cyber Essentials and a tamper-evident audit trail, and treat DTAC as a question to ask rather than a certificate to demand.
- Score by excluding any vendor that fails a mandatory item, weighting the sections to your setting, scoring the demonstration on your own analysers separately and pricing last.
- The common mistakes are listing devices by brand not model, forgetting the other side of the interface, asking for certifications the product cannot hold and accepting yes without evidence.
Take it with you: POCT readiness checklist · POCT connectivity buyer's guide (PDF, no form).
How to structure a POCT software RFP
A request for proposal (RFP) is the document you send to vendors that says what you need, how they should respond and how you will decide. For point-of-care testing (POCT) connectivity and data management software, a workable RFP has seven parts.
- Background. Who you are, how many sites, how many analysers by model, roughly how many tests a year, which laboratory information system (LIS) or clinical systems the results must reach, and whether the POCT service is accredited or working towards accreditation under ISO 15189:2022.
- Scope. What is in (devices, sites, interfaces, modules) and what is out (the analysers themselves, the network, the clinical system licence).
- Requirements. The numbered tables below, each with a priority and a space for the vendor to answer.
- Response instructions. The format you want, the response codes, the deadline, who takes questions and by when, and whether a demonstration on your own analysers is part of the evaluation. It should be.
- Evaluation method. The weights and the scoring scale, published up front so vendors know what matters.
- Commercial and contractual terms. Contract length, payment terms, the data processing agreement, exit provisions.
- Appendices. Your device list, your site list, your interface diagram and your information governance questionnaire.
Keep the requirements list to the things you will score. Fifty well-chosen requirements produce better responses than two hundred that vendors answer with a yes and nobody reads.
How to use this template
Each requirement has a reference, a priority and a space for the vendor's response.
- Priority. M is mandatory: a vendor that cannot meet it is excluded. S is should have: scored, and a strong influence on the decision. C is could have: scored at a lower weight or noted for the future. Set these yourself; the priorities below are a starting point for an organisation with several sites and an LIS. A single-site clinic with no LIS would move F2 to mandatory and F1 to could have.
- Vendor response. Ask vendors to answer with one of four codes, then explain: F fully met by the current released product; P partially met, with the gap described; R on the roadmap, with a date; N not met. Require evidence for every F on a mandatory requirement: a screenshot, a demonstration or a reference site.
Renumber if you delete rows. Terms used in the tables are explained in the POCT and connectivity glossary.
The template: requirement tables
Copy the tables below into your own document. Appendix 1 is your device list by model; Appendix 2 is the list of systems a result must reach.
A. Connectivity and devices
The four protocols named here are explained in HL7 vs POCT1-A2 vs ASTM.
| Ref | Requirement | Priority (M/S/C) | Vendor response |
|---|---|---|---|
| A1 | Supports each analyser listed in Appendix 1 by model, stating the protocol used for each. | M | |
| A2 | Supports HL7 v2 (version 2.3 to 2.5.1 or later) for device and system interfaces. | M | |
| A3 | Supports POCT1-A2 (CLSI POCT01) device messaging, including operator and QC records. | M | |
| A4 | Supports ASTM E1394 and E1381 (CLSI LIS2-A and LIS1-A) for serial and network-connected analysers. | M | |
| A5 | Supports FHIR for inbound or outbound integration with clinical systems. | S | |
| A6 | An on-site gateway or equivalent stores results when the network is unavailable and forwards them without loss or duplication when it returns. | M | |
| A7 | Describe the process, lead time and cost for connecting an analyser not currently supported. | M | |
| A8 | Supports devices connected by serial cable, wired network, Wi-Fi and, where the device allows, Bluetooth or a mobile phone acting as gateway. | S |
B. Patient identity and results
| Ref | Requirement | Priority (M/S/C) | Vendor response |
|---|---|---|---|
| B1 | Sends worklists or patient demographics to devices that accept them, so the operator selects rather than types the patient. | M | |
| B2 | Matches each result to a patient using a scanned identifier, a worklist entry or a lookup against the organisation's patient index. | M | |
| B3 | Holds unmatched or ambiguous results in a queue for resolution by an authorised user, with the resolution recorded. | M | |
| B4 | Records the operator, device, reagent lot and QC status against every patient result. | M | |
| B5 | Applies units, reference ranges and abnormal or critical flags configurable per analyte, device type and site. | S | |
| B6 | Supports a review or release step before a result is sent onward, configurable by analyte or site. | S | |
| B7 | Supports correction or cancellation of a sent result with a linked corrected message to the receiving system and a full audit record. | M |
C. Quality control, EQA and competency
These map to the quality requirements in ISO 15189:2022 and its Annex A on point-of-care testing; see ISO 15189:2022 and POCT.
| Ref | Requirement | Priority (M/S/C) | Vendor response |
|---|---|---|---|
| C1 | Captures QC results from devices automatically as they are run, including lot and level. | M | |
| C2 | Displays Levey-Jennings charts per analyte, device and lot with configurable limits. | M | |
| C3 | Applies configurable Westgard multi-rules and records the rule violated. | M | |
| C4 | Locks a device that fails QC, or whose QC is overdue, until released by an authorised user with a reason recorded. | M | |
| C5 | Records external quality assessment (EQA) scheme enrolment, deadlines, submissions and outcomes per device, with investigation records for unsatisfactory returns. | S | |
| C6 | Holds a central operator register with training, assessment and reassessment dates per device type. | M | |
| C7 | Pushes the operator register to devices and removes access when competency lapses (operator lockout). | M | |
| C8 | Sends reminders before operator competency, QC and EQA deadlines expire. | S |
D. Multi-site administration
| Ref | Requirement | Priority (M/S/C) | Vendor response |
|---|---|---|---|
| D1 | Administers all sites, devices and users from one console with site-level and organisation-level roles. | M | |
| D2 | Applies QC, operator and result policies once at organisation level, with controlled exceptions per site. | S | |
| D3 | Allows a site lead to see and manage only their own devices, operators and results. | M | |
| D4 | Supports adding a new site, including mobile or temporary locations, without vendor involvement. | S | |
| D5 | Tracks reagent and control inventory by lot and expiry per site, with alerts before expiry. | C |
E. Security, hosting and data protection
Ask for evidence, not logos. Cyber Essentials is the UK baseline; the Data Security and Protection Toolkit is the NHS self-assessment; DTAC is an assessment an NHS buyer carries out on the supplier's evidence, not a badge a vendor holds, so it is phrased below as a question.
| Ref | Requirement | Priority (M/S/C) | Vendor response |
|---|---|---|---|
| E1 | State where data is hosted and processed. Hosting in the UK, or in the organisation's chosen region, must be available. | M | |
| E2 | Provide a data processing agreement that meets UK GDPR and the Data Protection Act 2018, or the applicable law in the organisation's jurisdiction. | M | |
| E3 | Hold Cyber Essentials or Cyber Essentials Plus, or an equivalent recognised in the organisation's jurisdiction, and state the certificate number and date. | M | |
| E4 | State whether the product has been through a Digital Technology Assessment Criteria (DTAC) assessment with an NHS organisation, and whether an evidence pack is available. | S | |
| E5 | Complete the organisation's information governance questionnaire, including alignment with the NHS Data Security and Protection Toolkit where applicable. | M | |
| E6 | Encrypts data in transit and at rest, and supports single sign-on with the organisation's identity provider and multi-factor authentication. | M | |
| E7 | Maintains a tamper-evident audit trail of results, QC, configuration and user actions, exportable for an assessor. | M | |
| E8 | Describe backup arrangements, recovery time and recovery point objectives, and the date and scope of the most recent penetration test. | M |
F. Integration with LIS and clinical systems
| Ref | Requirement | Priority (M/S/C) | Vendor response |
|---|---|---|---|
| F1 | Delivers results to the LIS named in Appendix 2 over HL7 v2, with units, ranges, flags, operator and device carried through. | M | |
| F2 | Delivers results directly to the clinical systems named in Appendix 2 where no LIS is used, coded to the receiving system's requirements. | M | |
| F3 | Receives patient demographics or orders from the LIS, EPR or patient index by HL7 ADT, order message or query. | S | |
| F4 | Describe experience with each named system, what is required from the other supplier, and who performs and tests the interface. | M | |
| F5 | Provides a documented API for the organisation's own reporting or integration. | C | |
| F6 | Provides a test environment for interface testing that is separate from production. | M |
G. Reporting and analytics
| Ref | Requirement | Priority (M/S/C) | Vendor response |
|---|---|---|---|
| G1 | Standard reports for workload by site, device and operator; QC compliance; operator currency; results not delivered; turnaround. | M | |
| G2 | Dashboards showing device, QC and operator status by site in near real time. | S | |
| G3 | Export of any report to spreadsheet or CSV, with scheduled delivery by email. | S | |
| G4 | A report builder allowing the organisation to define its own reports without vendor involvement. | C |
H. Implementation, training and support
| Ref | Requirement | Priority (M/S/C) | Vendor response |
|---|---|---|---|
| H1 | Provide an implementation plan for the scope in Appendices 1 and 2 with phases, responsibilities and a timeline. | M | |
| H2 | Provide training for administrators, POCT coordinators and ward or clinic trainers, with materials the organisation may reuse. | M | |
| H3 | State support hours, contact routes, response and resolution targets by severity, and the escalation path. | M | |
| H4 | Describe the release process: how often updates are made, how they are tested and how the organisation is notified. | S |
I. Commercial
| Ref | Requirement | Priority (M/S/C) | Vendor response |
|---|---|---|---|
| I1 | State the pricing model (per site, per device, per test or other) and provide a three-year total for the scope described, with every assumption listed. | M | |
| I2 | State separately the cost of implementation, interfaces, training, new device drivers, additional sites and optional modules. | M | |
| I3 | Confirm that all data (results, QC, operators, audit logs) will be exported in an open format on exit at no additional charge. | M | |
| I4 | State the contract term, notice period, price review mechanism and any minimum commitment. | M | |
| I5 | Provide two references of similar size and setting that the organisation may contact directly. | S |
Scoring the responses
Publish the method in the RFP so vendors know how they will be judged, then apply it without exception.
- Exclude any vendor answering N, or P without a credible workaround, on a mandatory requirement.
- Score each remaining requirement 0 to 3: 0 for N, 1 for R with a date inside the contract term, 2 for P, 3 for F with evidence.
- Weight the sections. A typical split for a multi-site organisation with an LIS: connectivity 20, identity and results 15, QC and competency 20, multi-site 5, security 15, integration 10, reporting 5, implementation 5, commercial 5. Change it to suit your setting; a single-site clinic might give integration 20 and multi-site 0.
- Score the demonstration separately, on your own analysers, and give it real weight. Written answers describe intent; the demonstration shows the product.
- Score the three-year total cost last, after the quality scores are locked, so price does not colour the technical evaluation.
Record who scored what and why. A scoring sheet with initials survives a challenge; a consensus number does not.
Common mistakes in POCT RFPs
- Listing devices by brand rather than model. A vendor may support one generation of a meter but not the next, or the serial version but not the Wi-Fi one. Give model numbers and firmware versions.
- Forgetting the other side of the interface. The middleware vendor can only build half of an LIS or clinical system interface. Ask in the RFP what the other supplier will charge and who tests it, and check that budget exists.
- Asking for certifications the product cannot hold. Whether connectivity and data management software is a medical device depends on its intended purpose and functions in each jurisdiction, not only on whether it interprets results, so rather than demanding CE marking or FDA clearance by default, require a documented regulatory assessment of the intended purpose and functions with the applicable conformity evidence. Ask instead for security certifications, a data processing agreement and the vendor's stated regulatory position.
- Treating DTAC as a certificate. DTAC is an assessment an NHS organisation carries out on a supplier's evidence, not an approval a vendor is granted. Ask whether an evidence pack is ready and whether the vendor has been through one before, and plan to run your own.
- Accepting yes without evidence. Require the response codes and evidence for mandatory items. A screenshot from a released version is worth more than a paragraph.
- No exit clause. If the RFP does not ask for data export on exit, the contract will not include it.
- Scoring price first. The cheapest response on paper often excludes interfaces, training or drivers. Compare three-year totals with assumptions, after the quality scores.
- Leaving out the operators. The nurses and healthcare assistants who use the devices should see the shortlisted products before the decision. They will find the workflow problems that the coordinator will not.
Sending the template out
Send the RFP to three to five vendors whose products fit your setting; hospital middleware built around an LIS and a clinic platform built around a practice system are different products, and Point-of-care testing software: a buyer's guide explains the difference. Allow three to four weeks for responses, hold a question period in the first week and share every answer with every vendor. Catenix will respond to this template as written; use the contact page to send it, with your device and system appendices attached.
Questions people ask
What should a POCT software RFP include?
Background on your sites, analysers and systems; scope; numbered requirements with priorities covering connectivity, patient identity, QC and competency, multi-site administration, security and data protection, integration, reporting, implementation and commercial terms; response instructions with codes and a deadline; the evaluation method with weights; contract terms; and appendices listing every device by model and every system a result must reach.
What is the difference between an RFI and an RFP for POCT software?
A request for information (RFI) asks vendors what they offer, without commitment, and is useful early on to learn the market and shape requirements. A request for proposal (RFP) asks for a priced, binding response against your specific requirements and is the basis for a decision. Many organisations run a short RFI first, then send the RFP to a shortlist of three to five vendors.
How many requirements should a POCT RFP have?
Enough to cover every capability you will score, and no more. Between forty and seventy is typical for POCT connectivity and data management software. Beyond that, vendors answer yes to everything and evaluators stop reading. Mark each as mandatory, should have or could have, and require evidence for every mandatory item rather than adding more rows.
Should we ask about DTAC in a POCT software RFP?
Yes, as a question, not as a pass or fail. The Digital Technology Assessment Criteria (DTAC) is an assessment that an NHS organisation carries out on a supplier's evidence covering clinical safety, data protection, security, interoperability and usability. Ask whether the vendor has an evidence pack ready and whether it has completed a DTAC assessment with another organisation, then plan to run your own.
How do we score POCT software RFP responses?
Exclude vendors that fail a mandatory requirement. Score the rest 0 to 3 per requirement, weight the sections according to your setting, and score the demonstration on your own analysers separately. Score the three-year cost last, after the quality scores are locked. Record each evaluator's scores and reasons individually so the decision can be explained later.
Do we have to go out to tender for POCT middleware in the NHS?
It depends on the contract value against your organisation's standing financial instructions and the procurement regulations in force, and on whether a framework agreement is available. Ask your procurement team before you start; they will tell you whether quotations, a framework call-off or a full tender applies. The requirement tables on this page work for any of those routes.
Sources and further reading
- ISO 15189:2022 Medical laboratories: requirements for quality and competence
- MHRA, Management and use of IVD point of care test devices
- National Cyber Security Centre, Cyber Essentials
- NHS England, Digital Technology Assessment Criteria (DTAC)
- NHS Data Security and Protection Toolkit
- Data Protection Act 2018 (UK GDPR)
Read next
More for coordinators.
Point-of-care testing software: a buyer's guide
Point-of-care testing software explained for buyers: what POCT software does, the problems it solves, what to look for, and the questions to ask a...
Read →What is POCT middleware? A plain-English guide
POCT middleware explained in plain English: what it does, how it connects analysers to the record, the standards involved, and how to choose a...
Read →ISO 15189:2022 and POCT: what your software must do
What ISO 15189:2022 means for point-of-care testing: how Annex A absorbed ISO 22870, the records assessors expect, and how software supports the...
Read →Take it with you
The buyer's guide, in your inbox.
Nine pages on what POCT connectivity is, the standards in plain English, the cost of doing it by hand and eight questions to ask any supplier.
Get the POCT connectivity buyer's guide
Nine pages, vendor-neutral: what connectivity is, the standards in plain English, the cost of doing it by hand and eight questions to ask any supplier. The PDF also opens directly from the downloads page; leave an email only if you want it in your inbox.
See it done in software.
A 30-minute walkthrough on a live tenant, with your analysers and your allowable-error limits.