Engineering-Led Robotics Services
Verify Capability Before Committing Production
Yana helps robotics teams evaluate whether shortlisted suppliers possess the engineering, manufacturing, quality, testing and lifecycle capabilities required by a defined product or component programme.
Qualification is structured around project-specific requirements and evidence, not factory size, catalogue claims or certification status alone.
The project has one or more potential manufacturers, but their actual capabilities have not been assessed consistently.
Product brochures, certificates and customer references do not answer whether the supplier can meet the project’s specific process, test and quality needs.
Evaluate multiple candidates against the same engineering, manufacturing, quality, commercial and risk framework.
Determine what further evidence, samples, factory review or process validation is required before committing development or production resources.
Supplier qualification is a buyer-defined assessment of whether a supplier appears capable of meeting a specific project requirement. Certification is written assurance issued by an independent body that a product, service or system meets defined certification requirements. Yana does not operate as a certification body.
A supplier certificate may be one input into qualification. It does not replace product-specific engineering, process and capability evidence.
Translate the buyer’s technical, manufacturing, quality, lifecycle and commercial requirements into an assessment framework.
Establish which legal and operating entities design, manufacture, integrate, sell and support the product.
Evaluate whether the supplier has the engineering disciplines, product knowledge and problem-solving capacity required by the project.
Review the processes, equipment, controls and capacity required to manufacture the relevant robot, component or subsystem.
Determine how the supplier controls requirements, defects, corrective actions, product revisions, process changes and supplier substitutions.
ISO 9001:2015 remains the current published requirements standard as of July 2026; a revised edition is expected in September 2026. ISO describes the standard as a quality-management framework, not as proof of project-specific product capability. ISO
Assess whether the supplier can measure and demonstrate the characteristics that determine product conformity.
ISO 10012:2026 addresses measurement-management systems. ISO/IEC 17025:2017 remains current for testing and calibration laboratory competence. These standards may provide useful evidence but are not universal requirements for every robotics supplier. ISO
Identify technologies, materials and suppliers whose failure, substitution or obsolescence could materially affect product performance or continuity.
Evaluate whether the supplier can support the product beyond initial delivery.
The agreed technical, manufacturing, quality, commercial and evidence fields used to assess every candidate.
A structured record showing what evidence was received, verified, observed, not confirmed or not disclosed.
Findings relating to product ownership, engineering resources, design control and application relevance.
Observed or documented manufacturing, testing, capacity and quality-system strengths and gaps.
Technical, quality, supply-chain, software, commercial and lifecycle risks requiring mitigation or further evidence.
Actions, responsible parties, required evidence and timing for unresolved qualification gaps.
A recommendation against the agreed project criteria, including conditions, limitations and next-stage actions.
Exact deliverables and assessment depth depend on product risk, project stage, available evidence and the agreed scope.
Establish what the supplier must design, manufacture, test, document and support, and what would happen if the supplier fails.
Key output: Qualification scope and risk profile
Translate product, process, quality, commercial and lifecycle requirements into consistent assessment questions and evidence expectations.
Key output: Qualification criteria matrix
Request controlled documents, records, specifications, process information, test evidence and organisational information.
Key output: Evidence register
Review the supplied evidence, identify contradictions and gaps, and determine which issues require clarification, samples or on-site investigation.
Key output: Desktop assessment findings
Depending on scope and risk: factory capability assessment, process walkthrough, sample or first-article review, test-system review, calibration review, pilot-build observation, reliability evidence review or sub-supplier verification.
Key output: Validation findings
Separate critical blockers from conditions that can be closed through further documentation, testing, process improvement or commercial controls.
Key output: Gap-closure and corrective-action plan
Document the evidence, unresolved risks, assessment limits and recommendation for the buyer’s sourcing or production decision.
Key output: Qualification report and next-stage control plan
NIST SP 1326, finalised in July 2026, defines supplier due-diligence research as investigating pertinent supplier or product information so acquisition decisions can be better informed. It is focused on cybersecurity supply-chain risk, but its provenance, dependency and evidence principles are relevant to connected robotics products. NIST
ISO 19011:2026 is the current international guidance for auditing management systems. A Yana supplier assessment is not automatically a certification audit, but the standard provides a useful audit-process reference. ISO
| Dimension | Core question |
|---|---|
| Identity and ownership | Which entity owns the product, design, factory and customer responsibility? |
| Product and engineering | Can the supplier understand and control the required architecture? |
| Manufacturing processes | Can it execute the required processes repeatedly? |
| Quality and change control | Can it control defects, revisions, deviations and substitutions? |
| Testing and measurement | Can it demonstrate that units meet the agreed requirement? |
| Critical supply chain | Which sub-tier technologies or materials create dependency? |
| Software and cybersecurity | Who owns firmware, remote access, updates, data and vulnerabilities? |
| Capacity and scalability | Can the supplier support pilot, ramp and forecast volumes? |
| Compliance readiness | Can it provide the required product and technical documentation? |
| Lifecycle and support | Can it repair, update and support the product for the programme life? |
Identity and ownership
Which entity owns the product, design, factory and customer responsibility?
Product and engineering
Can the supplier understand and control the required architecture?
Manufacturing processes
Can it execute the required processes repeatedly?
Quality and change control
Can it control defects, revisions, deviations and substitutions?
Testing and measurement
Can it demonstrate that units meet the agreed requirement?
Critical supply chain
Which sub-tier technologies or materials create dependency?
Software and cybersecurity
Who owns firmware, remote access, updates, data and vulnerabilities?
Capacity and scalability
Can the supplier support pilot, ramp and forecast volumes?
Compliance readiness
Can it provide the required product and technical documentation?
Lifecycle and support
Can it repair, update and support the product for the programme life?
| Evidence status | Meaning |
|---|---|
| Observed or independently confirmed | Direct observation, witnessed test or authoritative third-party evidence |
| Controlled supplier record | Dated, revision-controlled document or production record |
| Supplier-reported with supporting material | Statement supported by partial documentation |
| Publicly reported | Website, catalogue, press release or public filing |
| Not confirmed or not disclosed | No sufficient evidence available |
Observed or independently confirmed
Direct observation, witnessed test or authoritative third-party evidence
Controlled supplier record
Dated, revision-controlled document or production record
Supplier-reported with supporting material
Statement supported by partial documentation
Publicly reported
Website, catalogue, press release or public filing
Not confirmed or not disclosed
No sufficient evidence available
Supplier claims should be recorded separately from evidence. The absence of evidence does not automatically prove that a capability does not exist, but it reduces the confidence available for a sourcing decision.
Qualification depth should follow project risk rather than applying the same checklist to every supplier.
Appropriate for standard, replaceable components; low production volume; low failure consequence; mature product categories; low switching cost.
Appropriate for custom components; meaningful tooling or integration cost; moderate production volume; material performance consequences; limited alternative suppliers.
Appropriate for safety-critical or high-consequence products; high switching cost; high production volume; proprietary technology dependency; complex software or connected systems; weak alternative supply.
These levels are Yana project-planning categories, not external certification grades or universal industry classifications.
A management-system audit asks whether the management system is defined and implemented. A product and process assessment asks whether the actual production system can meet the specific robotics requirement. A supplier may perform well in one assessment and poorly in the other.
No. A successful sample shows that one or more units can meet selected requirements under defined conditions. It does not by itself prove repeatable manufacturing, production capacity, change control, calibration, traceability or sustained quality.
Where lot-based inspection is relevant, ISO 2859-1:2026 is the current edition defining AQL-indexed acceptance-sampling schemes for inspection by attributes. It should not be treated as a substitute for process capability or engineering validation. ISO
Available evidence supports progression to the defined next stage, subject to normal project controls.
The supplier may proceed after specified gaps, tests, documents or commercial conditions are closed.
The current information is insufficient to support a reliable recommendation.
Material capability, evidence or risk gaps make progression inappropriate under the current requirement.
The evidence scope, supplier access or project criteria are insufficient for a defensible conclusion.
The final supplier approval or sourcing decision remains with the buyer’s authorised decision-makers.
Qualification should determine what product is being supplied, who is the legal manufacturer, whether the supplier provides a robot or completed application, which destination market applies, which safety functions are controlled by the supplier, who owns the technical documentation, and which responsibilities remain with the integrator or buyer.
For industrial robotics, ISO 10218-1:2025 addresses industrial robots as partly completed machinery, while ISO 10218-2:2025 addresses integrated robot applications and cells. This distinction helps allocate responsibility between the robot manufacturer and system integrator. ISO
Yana may identify evidence and responsibility gaps. Formal regulatory, legal and certification conclusions remain with the responsible legal manufacturer and qualified specialists.
China’s robotics ecosystem includes product OEMs, contract manufacturers, integrators, component manufacturers, distributors and trading companies.
Qualification must therefore establish which entity owns the technology, which factory performs production, which processes are outsourced and which critical components or software systems depend on third parties.
| Activity | Typical responsible party |
|---|---|
| Product and qualification requirements | Buyer |
| Qualification framework and evidence review | Yana, within agreed scope |
| Supplier documents and access | Supplier |
| Product engineering judgement | Buyer or authorised engineering partner |
| Factory and process execution | Supplier |
| Certification and conformity assessment | Legal manufacturer and qualified bodies |
| Final supplier approval | Buyer |
| Production acceptance | Buyer under agreed acceptance criteria |
| Ongoing production monitoring | Defined through production-quality support |
Qualification framework and evidence review
Yana, within agreed scope
Final supplier approval
Buyer
Certification and conformity assessment
Legal manufacturer and qualified bodies
Factory and process execution
Supplier
Yana provides an assessment and recommendation against agreed criteria. Yana does not automatically certify the supplier, approve the product, guarantee future production performance or assume the buyer’s final engineering and commercial decision authority.
Technical guides and sourcing intelligence
A detailed framework for evaluating supplier identity, engineering, manufacturing, quality, risk and lifecycle capability.
Technical guideHow to examine real factory processes, equipment, testing, capacity and production controls.
Technical guideHow quality planning, traceability, change control and corrective action support reliable robotics manufacturing.
Technical guideHow product and manufacturing readiness affect supplier selection and qualification.
It is a project-specific assessment of whether a supplier has sufficient engineering, manufacturing, quality, testing and support capability to meet a defined robotics requirement.
Supplier sourcing identifies relevant candidates. Supplier qualification investigates whether shortlisted candidates possess the required capability and supporting evidence.
No. It may provide evidence of a quality-management system, but it does not prove that the supplier can manufacture, test and support the specific robot or component.
Not always. The appropriate depth depends on product risk, available evidence, production volume, switching cost and failure consequence.
No. A sample does not prove repeatability, process capability, capacity, traceability or sustained production quality.
Yes. Multiple candidates can be assessed against the same criteria so the buyer can compare capability, evidence, risks and conditions consistently.
No. Yana provides project-specific findings and recommendations. Formal certification and final supplier approval remain with the relevant authorised parties.
The scope may include firmware ownership, update processes, remote access, cloud dependencies, data handling and vulnerability-response evidence where these affect the robotics product.
The next stage may be corrective-action closure, RFQ negotiation, pilot production, production-quality support or selection of an alternative supplier.
Share the supplier, product or component category, project stage, target volume, critical requirements and the sourcing decision you are preparing. Yana can help define the qualification criteria, assess available evidence, identify capability gaps and structure the next validation step.
Provide enough context to define qualification criteria and assessment depth. No account creation is required.