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المحتوى السريري والتقني متاح باللغة الإنجليزية.

Build versus buy

What does your institution need to own?

An automated system is one part of a programme. Use this comparison scaffold to examine equipment, processes, people and institutional responsibility together.

Minimal boardroom and oval wooden table. Illustrative stock photograph.
Minimal boardroom and oval wooden table
Automated equipment and capability transfer
Decision areaAutomated equipmentCapability transferEvidence needed
FacilityConfirm installation footprint, utilities, biosafety and cleanroom requirements with the equipment supplier.Facility layout planning; Equipment specification; Cleanroom & GMP design.A site assessment and supplier specifications are needed.
StaffingConfirm the local skills, operator training and service support included in the purchase.Staff training programmes; Competency assessments.Obtain staffing assumptions and a training scope for both options.
ProcessesConfirm which workflows, SOPs, batch records and validation responsibilities are included.SOP development; Wet lab workflow transfer; Batch record templates; Release testing protocols.Document process scope and validation responsibilities.
Regulatory ownershipConfirm the national regulatory pathway for the proposed device, manufacturing process and clinical use.Regulatory documentation; Ethics submission support. The local institution owns the regulatory dossier.Obtain country-specific advice and the local authority’s requirements.
Vector supply & IPConfirm vector access, supply continuity, permitted use and IP rights separately.Vector / plasmid strategy: supply, qualification and contingency planning.Review supply agreements and IP terms; no vendor assumptions are verified here.
CostObtain a quotation including consumables, service, utilities, staffing and recurring supply.Cost assessment: evaluate input costs, resource needs and investment requirements.Comparable, dated total-cost estimates have not been supplied.
Operational sustainabilityConfirm maintenance, upgrades, support continuity and dependence on external supplies.Quality assurance framework; External quality assessment; Long-term follow-up planning.Assess continuity, governance and local capability against the programme’s needs.

Before a procurement decision

Questions for the local team.

  • Which platform and intended use are we preparing for?
  • What infrastructure and skills do we already have?
  • Who owns the regulatory dossier, quality system and clinical governance?
  • What vector and consumables access will the programme require?
  • Which workflows and training must stay within our institution?
  • How will operating costs, continuity and long-term follow-up be supported?
Review the transfer deliverables

Compare the same operating boundary.

A procurement comparison becomes useful when both options cover the same intended use, workload and institutional starting point. Record inclusions and exclusions rather than infer an advantage from a headline purchase or programme price.

WIPO distinguishes IP licences, know-how arrangements, material transfers and research collaborations. Agreements need to reflect the particular technology, permitted uses and responsibilities rather than rely on a universal contract.

WIPO: Technology Transfer Agreements

FDA’s CAR-T development guidance covers manufacturing controls, nonclinical development, clinical study design and analytical comparability. It distinguishes product-specific considerations for autologous and allogeneic approaches.

FDA: Considerations for the Development of CAR T Cell Products

External references explain the wider context. They do not verify or endorse the supplied VectorGene or partner offering.

Questions for the programme brief

  1. Initial scope

    Compare equipment, facilities, qualification, training and documentation using dated supplier records.

  2. Continuing operation

    Request comparable assumptions for staffing, consumables, maintenance, supply access and change support.

  3. Evidence and ownership

    Identify who must deliver each requirement and which quotation, specification or contract supports the comparison.

What to prepare for review
  • Consistent scope and workload assumptions
  • Dated supplier and transfer quotations
  • Inclusions, exclusions and unresolved evidence

Working environments

Consider the entire working environment.

Illustrative stock photography provides context for the people, processes and working environments behind this capability.

Look beneath the surface.Interactive view
Separate the layers of this illustrative window. A useful comparison also separates what is supplied from what the institution must prepare.

Separate the layers of this illustrative window. A useful comparison also separates what is supplied from what the institution must prepare.

Initial scope
Compare equipment, facilities, qualification, training and documentation using dated supplier records.
Continuing operation
Request comparable assumptions for staffing, consumables, maintenance, supply access and change support.
Evidence and ownership
Identify who must deliver each requirement and which quotation, specification or contract supports the comparison.

Move across the drawing to explore.

Technician inspecting an environmental monitoring plate. Illustrative stock photograph.
Technician inspecting an environmental monitoring plate
A technician in protective clothing working with laboratory instrumentation. Illustrative stock photograph.
Technician working with laboratory instrumentation
Document review at a desk. Illustrative stock photograph.
Document review at a desk
Data centre cabinets beneath blue cabling. Illustrative stock photograph.
Data centre cabinets beneath blue cabling

Start a conversation

Bring the question to feasibility.

Begin with your institution, your local context and the capability you want to develop.