TESTLAYER
Test Architecture Integration and Test Layer Enablement.
Why does TESTLAYER exist?
The electronic testing ecosystem has evolved in a fragmented way — and this creates technical risks in NPI and in the product lifecycle.
Fixture Houses, Test Vendors, EMS and OEMs have evolved their domains. What has not evolved is the layer that integrates Test Architecture and enables the Test Layer as a validatable and sustainable system.
Fragmentation leads to improvisation. Systems lead to predictability.
When this layer does not exist
- Fixture becomes mechanical support
- Software becomes an isolated script
- Technology is underutilized
- NPI becomes a risk point
- Operations lose traceability
When TESTLAYER exists
- Test Architecture becomes a system
- The Test Layer is integrated and validated
- Technology is properly adopted
- NPI gains predictability
- Lifecycle is sustained
TESTLAYER exists to transform multiple actors into one integrated test system.
Reduce technical risk in NPI and throughout the lifecycle by transforming
electronic testing into an integrated, predictable and validatable system.
What We Do
We integrate Test Architecture and enable the Test Layer as a system.
We connect fixture, test technology, software and process from development to manufacturing, reducing technical risk in NPI and sustaining operations throughout the lifecycle.
Architecture Integration
Definition and integration of the test system as an architecture.
Layer Enablement
Fixture + instruments + software operating as a single layer.
NPI Validation
Less rework, more predictability before the line.
Lifecycle Sustainment
Continuous structure to keep the layer operational and traceable.
We don’t deliver parts. We deliver the integrated layer.
What we
are
- Lifecycle Sustainment
- Test Layer Validation
- Meta-Channel between Fixture, Vendor and EMS
- Applied Test Engineering
- Function within NPI
- Test Architecture Integration
- Operational Test Infrastructure
- Technology Adoption Partner
What we
are not
- OEM
- EMS
- Consulting
- Fixture House
- Software House
- Test Vendor
- Temporary Workforce
- Vendor Technical Support
How it Works
The industrial test cycle does not start on the line — and does not end at NPI
It involves technical decisions, architecture integration, layer validation and operational sustainment. TESTLAYER acts exactly where the system needs to be connected and validated.
The cycle
- 1Production Requirements
- 2Definition of Test Architecture
- 3Integração de Fixture, Tecnologia e Software
- 4Test Layer Validation
- 5NPI
- 6Production
- 7Lifecycle Support
Where TESTLAYER operates
Acts in the definition and integration of the Test Architecture.
Enables validation of the Test Layer before the line.
It sustains the operation throughout the product lifecycle.
Our role is not to react to failures — it is to structure the system before they occur.
The Meta-Channel
TESTLAYER operates as a meta-channel between Fixture House, Test Vendor, EMS and OEM.
Without this layer, each part of the ecosystem operates in isolation: technology exists but is not adopted; fixture exists but does not enable; software exists but does not close the Test Layer. The meta-channel connects technical decision, integration and operation.
Test Vendor
Real technology adoption on the line — with integration, validation and sustainment.
Fixture House
Technical predictability: fixture does not just provide access — it enables testing within the architecture.
EMS
Industrial validation and Test Layer sustainment in NPI and throughout the lifecycle.
OEM
Compliance, traceability and technical predictability — from requirement to operation.
The meta-channel transforms multiple suppliers into one integrated test system
Who We Serve
EMS
Test layer validation and sustainment
- Industrial validation
- Repeatability
- Coverage
- Ramp-up
- Field sustainment
- Internal compliance
Vendors
Technology adoption in manufacturing
- Local integration
- Sales cycle reduction
- NPI support
- Post-NPI sustainment
- Operational field
Fixture House
Complementary test engineering
- Co-engeneering
- EMS validation
- Rework reduction
- Technical support
- Post-delivery
OEM
Test Layer strategy and governance
- Definition of Test Architecture
- Technical governance of the Test Layer
- Independent validation in NPI
- Compliance and traceability
- Technical lifecycle sustainment
Purpose
Enable the adoption of Test Architecture and reduce technical risk of the Test Layer throughout NPI and the product lifecycle.
What we enable
- Reducing Validation Time
- Correct Adoption of Testing Technology
- NPI predictability
- Operational Support
- Technical and Data Traceability
Capabilities
- Applied Test Engineering
- Test Architecture Integration
- Test Layer Validation
- Lifecycle Sustainment
- Meta-Channel between Fixture, Vendor and EMS
Our purpose is not to execute isolated tasks. It is to structure the Test Layer as a system.
Manifesto
Testing is not a phase.
Testing is system.
We do not believe in late validation.
We do not believe in improvisation on the line.
We do not believe that technology alone solves structural problems.
We believe Test Architecture must exist before production.
That the Test Layer must be integrated, validated and sustained.
It is not a component.
It is the validated integration of hardware, software, technology and process,
operating as a complete test architecture.
Fixture, software, instruments and process are not parts — they are a system.
While the ecosystem evolved in a fragmented way,
technical risk was pushed into NPI.
And the cost, into operations.
TESTLAYER exists to change this.
Our role is not to react to failures.
It is to structure the system before they happen.
We do not deliver reports.
We do not deliver isolated scripts.
We do not deliver temporary labor.
We deliver predictability.
We deliver integration.
We deliver sustainment.
Testing is architecture.
Testing is system.
Testing is engineering.
Let’s discuss your test scenario
Every operation has a unique context. Talk directly to engineering.
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