XERTIFY™ By INGENI

Bring compliance into the engineering workflow.

XERTIFY is Ingeni’s platform for connected compliance engineering. Starting with X-Trace, it gives engineering teams a clear, structured way to manage requirements, verification and traceability throughout the project lifecycle.

Agent operations dashboard showing tasks, active agents, runtime, and execution activity
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XERTIFY™ By INGENI

Bring compliance into the engineering workflow.

XERTIFY is Ingeni’s platform for connected compliance engineering. Starting with X-Trace, it gives engineering teams a clear, structured way to manage requirements, verification and traceability throughout the project lifecycle.

Agent operations dashboard showing tasks, active agents, runtime, and execution activity
dashboard bg

XERTIFY™ By INGENI

Bring compliance into the engineering workflow.

XERTIFY is Ingeni’s platform for connected compliance engineering. Starting with X-Trace, it gives engineering teams a clear, structured way to manage requirements, verification and traceability throughout the project lifecycle.

Agent operations dashboard showing tasks, active agents, runtime, and execution activity
dashboard bg
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THE CHALLENGE

Complex Complex projects projects need need traceability traceability that that keeps keeps pace.pace.

Complex Complex projects projects need need traceability traceability that that keeps keeps pace.pace.

Complex Complex projects projects need need traceability traceability that that keeps keeps pace.pace.

Requirements evolve. Teams review in parallel. Verification moves forward. Every change creates new relationships to understand and decisions to track.

Keeping that lifecycle connected takes more than a static traceability matrix.

Requirements keep moving

Requirements keep moving

Projects develop across multiple requirements, layers and versions. Teams need a clear view of how every item connects as the design evolves.

Requirements keep moving

Projects develop across multiple requirements, layers and versions. Teams need a clear view of how every item connects as the design evolves.

Reviews involve the whole team

Reviews involve the whole team

Requirements and test specifications move through authors, peer reviewers, verification reviews and sign-off. Clear ownership and structured workflows keep progress moving.

Reviews involve the whole team

Requirements and test specifications move through authors, peer reviewers, verification reviews and sign-off. Clear ownership and structured workflows keep progress moving.

Every change has an impact

Every change has an impact

A change in one requirement can affect downstream requirements, tests and verification activity. Teams need visibility into those relationships before moving forward.

Every change has an impact

A change in one requirement can affect downstream requirements, tests and verification activity. Teams need visibility into those relationships before moving forward.

XERTIFY™ TRACE

Keep the full traceability lifecycle connected.

X-Trace brings requirements, verification and review activity into one structured workflow — giving engineering teams clear visibility from project setup through to sign-off.

Build traceability around your project

Start with a traceability structure designed around the way your project works. Configure requirement and V&V layers, define relationships and assign the right people to each stage. X-Trace gives your team a clear framework from the beginning, while keeping the structure flexible as the project develops.

Configurable requirement, verification and validation layers

Defined relationships across the traceability strategy

Role-based access and ownership

Project structures tailored to your workflow

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ID & Naming

Layers

Relationships

Summary

ID & Naming Conventions

Define the primary identifier standards and digit constraints that will be automatically generated and validated for artifacts within this project.

Project Type

Hardware & Firmware Development

Determines default asset profiles and schema types.

ID Prefix

HWDEV

Requirement ID Digits

4

Number of digits for requirement IDs (1-9).

Test ID Digits

3

Number of digits for test IDs (1-9).

BG Image

ID & Naming

Layers

Relationships

Summary

ID & Naming Conventions

Define the primary identifier standards and digit constraints that will be automatically generated and validated for artifacts within this project.

Project Type

Hardware & Firmware Development

Determines default asset profiles and schema types.

ID Prefix

HWDEV

Requirement ID Digits

4

Number of digits for requirement IDs (1-9).

Test ID Digits

3

Number of digits for test IDs (1-9).

BG Image

HW Safety Requirements

0

0

0

0

REQ

Product Requirements

0

0

0

0

REQ

HW Safety Verification

99

VER

HW Safety Verification

87

VER

HW Safety validation

70

VAL

HW Arch Verification

65

VER

Design Requirements

0

0

0

0

REQ

Architecture Requirements

0

0

0

5

REQ

5

4

1

BG Image

HW Safety Requirements

0

0

0

0

REQ

Product Requirements

0

0

0

0

REQ

HW Safety Verification

99

VER

HW Safety Verification

87

VER

HW Safety validation

70

VAL

HW Arch Verification

65

VER

Design Requirements

0

0

0

0

REQ

Architecture Requirements

0

0

0

5

REQ

5

4

1

Connect requirements to verification

See how requirements, tests and downstream activity connect across the project.

X-Trace organises your engineering items into a clear hierarchy and continuously checks forward and backward traceability. Functional requirements can link directly into corresponding verification activity, keeping development and testing aligned.

Complete requirement-to-verification traceability

Forward and backward traceability checks

Connected requirements and test specifications

Clear visual traceability through the Trace Tree

Keep work moving through every review

Build review and approval into the engineering workflow. X-Trace supports peer review, verification review and functional sign-off with clear role boundaries at every stage. Versioned layers let teams continue development while previous work moves through review, keeping progress moving without losing control.

Integrated peer and verification reviews

Independent review and approval roles

Controlled layer versioning

Baseline management and functional sign-off

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Draft

Version

1.0.1

2

2

0

Add requirement

Filter

6

Sort

Search...

Showing

05

of 453

ID

Origin

Requirement

Block ID

Block Name

Checks

AR‑01

HW-01

HW-02

The architecture shall support both streaming and memory‑to‑memory image processing modes.

A01

Modal

REQ

F

B

VER

F

B

AR-02

HW-03

The architecture shall include an image processing pipeline capable of applying lens correction and geometric transforms.The architecture shall include an image processing pipeline capable of applying lens correction and geometric transforms.The architecture shall include an image processing pipeline capable of applying lens correction and geometric transforms.

B02

Pipeline

REQ

F

B

VER

F

B

AR-03

HW-04

The architecture shall support one or more scalable image scaling paths that can operate independently.

C01

Scaler

REQ

F

B

VER

F

B

AR-04

HW-05

The architecture shall support direct memory access for image input and output.

D04

Sens_4

REQ

F

B

VER

F

B

AR-05

HW-02

HW-04

The architecture shall allow configurable instantiation of processing functions to support different system configurations.

F01

Configurator

Last updated 10 Apr 2026, 10:55 AM

BG Image

Draft

Version

1.0.1

2

2

0

Add requirement

Filter

6

Sort

Search...

Showing

05

of 453

ID

Origin

Requirement

Block ID

Block Name

Checks

AR‑01

HW-01

HW-02

The architecture shall support both streaming and memory‑to‑memory image processing modes.

A01

Modal

REQ

F

B

VER

F

B

AR-02

HW-03

The architecture shall include an image processing pipeline capable of applying lens correction and geometric transforms.The architecture shall include an image processing pipeline capable of applying lens correction and geometric transforms.The architecture shall include an image processing pipeline capable of applying lens correction and geometric transforms.

B02

Pipeline

REQ

F

B

VER

F

B

AR-03

HW-04

The architecture shall support one or more scalable image scaling paths that can operate independently.

C01

Scaler

REQ

F

B

VER

F

B

AR-04

HW-05

The architecture shall support direct memory access for image input and output.

D04

Sens_4

REQ

F

B

VER

F

B

AR-05

HW-02

HW-04

The architecture shall allow configurable instantiation of processing functions to support different system configurations.

F01

Configurator

Last updated 10 Apr 2026, 10:55 AM

MEASURED IMPACT

More efficient workflows. Measurable results.

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0
%

Faster test specification workflows

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0
%

Faster change impact analysis

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Internal benchmarks reflect standard Trace workflows without AI-agent or MCP-enabled automation. Agentic workflows may deliver further efficiency gains. Results vary by project and configuration.

X-Trace brings structure and automation into key traceability activities,

helping engineering teams move through everyday compliance work with greater speed and consistency.

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0
%
6
0
%
6
0
%

Faster workflow execution

AI-READY TRACEABILITY

Bring your AI agents into the workflow.

X-Trace connects with your organisation’s own AI agents, helping teams automate repetitive traceability tasks while keeping project information within a structured engineering workflow.

Connect through MCP to create, update and retrieve X-Trace items directly through your AI.

Create HW Product requirements

AI Agent

HW Safety Requirements

0

0

0

0

REQ

Create

Turn inputs into X-Trace items

Use your connected AI agent to create items directly within X-Trace, bringing AI-assisted work into the same environment as your project activity.

HW Safety Requirements

0

0

0

0

REQ

HW Arch Requirements

0

0

0

0

REQ

Design Requirements

0

0

0

0

REQ

Ready to update

Update

Keep project information moving

Connected agents can update X-Trace items as work develops, helping teams spend less time on repetitive manual entry.

 

Retrieve

Get the project context you need

Let your AI agent retrieve information from X-Trace so engineers can access relevant project data through the tools they already use.

  • Manage Requirements

  • Build Traceability

  • Link Verification

  • Track Changes

  • Run Impact Analysis

  • Measure Coverage

  • Manage Baselines

  • Compare Versions

  • Summarise emails

  • Structure Reviews

  • Control Sign-off

  • Connect AI Agents

  • MCP Integration

  • Manage Requirements

  • Build Traceability

  • Track Changes

  • Streamline processes

INDUSTRIES

Built for engineering where traceability matters.

Semiconductors

X-Trace from requirement to verification.

Connect requirements across engineering layers, maintain clear relationships and keep verification activity aligned throughout the semiconductor development lifecycle.

Semiconductors

X-Trace from requirement to verification.

Connect requirements across engineering layers, maintain clear relationships and keep verification activity aligned throughout the semiconductor development lifecycle.

Semiconductors

X-Trace from requirement to verification.

Connect requirements across engineering layers, maintain clear relationships and keep verification activity aligned throughout the semiconductor development lifecycle.

Automotive

Keep complex development connected.

Bring requirements, verification activity, reviews and sign-off into a structured traceability workflow that keeps pace as automotive programmes evolve.

Automotive

Keep complex development connected.

Bring requirements, verification activity, reviews and sign-off into a structured traceability workflow that keeps pace as automotive programmes evolve.

Automotive

Keep complex development connected.

Bring requirements, verification activity, reviews and sign-off into a structured traceability workflow that keeps pace as automotive programmes evolve.

Industrial

Bring structure to evolving engineering projects.

Manage changing requirements, reviews and downstream impacts within one connected workflow, giving engineering teams a clear view of what changed and what it affects.

Industrial

Bring structure to evolving engineering projects.

Manage changing requirements, reviews and downstream impacts within one connected workflow, giving engineering teams a clear view of what changed and what it affects.

Industrial

Bring structure to evolving engineering projects.

Manage changing requirements, reviews and downstream impacts within one connected workflow, giving engineering teams a clear view of what changed and what it affects.

CONTROL BUILT IN

We’re setting the standard

By engineers for engineers

Our solutions are backed by an expert team who own decades of experience in the engineering and software sectors, so you can trust we know what we’re doing.

By engineers for engineers

Our solutions are backed by an expert team who own decades of experience in the engineering and software sectors, so you can trust we know what we’re doing.

By engineers for engineers

Our solutions are backed by an expert team who own decades of experience in the engineering and software sectors, so you can trust we know what we’re doing.

Empowering the next generation

We support you with the guidance and processes you need to achieve complete product compliance, so that your team can apply this to every future product.

Empowering the next generation

We support you with the guidance and processes you need to achieve complete product compliance, so that your team can apply this to every future product.

Empowering the next generation

We support you with the guidance and processes you need to achieve complete product compliance, so that your team can apply this to every future product.

Tech-led innovation

Save maximum time, effort and resource on your compliance with tools that leverage the latest technology, so you can invest more time on your own product innovation.

Tech-led innovation

Save maximum time, effort and resource on your compliance with tools that leverage the latest technology, so you can invest more time on your own product innovation.

Tech-led innovation

Save maximum time, effort and resource on your compliance with tools that leverage the latest technology, so you can invest more time on your own product innovation.

Which standards are most relevant for semiconductor vendors working in the automotive industry?

ISO 26262 – Functional Safety for automotive electronics and semiconductors. ASPICE – Automotive SPICE for software and systems process maturity. ISO 21434 – Cybersecurity for automotive systems. ISO 9001 – Quality Management Systems. ISO 27001 / TISAX – Information Security and data protection requirements, especially for OEM and Tier 1 collaboration. Our consultancy helps align your processes and documentation with these standards, ensuring compliance and competitiveness in the automotive supply chain.

What does “pre-certification readiness” mean for semiconductor design organisations?

Pre-certification readiness ensures that your organization, development processes, and semiconductor products (such as IPs and SoCs) meet the requirements of key automotive and security standards before formal certification. It helps identify and close process gaps, reduce audit risk, and streamline the eventual certification with bodies for standards like ISO 26262, ASPICE, or ISO 21434.

How do you help semiconductor companies prepare for these certifications?

We perform a detailed gap analysis of your current processes, documentation, and engineering practices against relevant standards. Then, we provide a pragmatic improvement roadmap, including process design, documentation templates, training, and toolchain recommendations. Our approach is tailored to semiconductor design environments (RTL, verification, physical design, IP development), ensuring minimal disruption while achieving compliance efficiently.

Can smaller or Tier 2 vendors realistically achieve compliance with these standards?

Absolutely. Compliance is not limited to large organisations. With the right guidance, even small or mid-sized semiconductor vendors can implement scalable, right-sized processes that satisfy auditor expectations without excessive overhead. Our team specialises in helping Tier 2 and niche semiconductor companies adopt practical, value-driven approaches that meet both customer and certification requirements.

What are the benefits of being pre-certified or compliant with automotive standards?

Pre-certification readiness enhances your credibility with Tier 1 and OEM customers, accelerates design-in opportunities, and reduces business risk. It also improves internal efficiency, traceability, and product quality. Many automotive customers now require suppliers to demonstrate process maturity and compliance as part of the sourcing process—so readiness can be a key differentiator in winning business.

Which standards are most relevant for semiconductor vendors working in the automotive industry?

ISO 26262 – Functional Safety for automotive electronics and semiconductors. ASPICE – Automotive SPICE for software and systems process maturity. ISO 21434 – Cybersecurity for automotive systems. ISO 9001 – Quality Management Systems. ISO 27001 / TISAX – Information Security and data protection requirements, especially for OEM and Tier 1 collaboration. Our consultancy helps align your processes and documentation with these standards, ensuring compliance and competitiveness in the automotive supply chain.

What does “pre-certification readiness” mean for semiconductor design organisations?

Pre-certification readiness ensures that your organization, development processes, and semiconductor products (such as IPs and SoCs) meet the requirements of key automotive and security standards before formal certification. It helps identify and close process gaps, reduce audit risk, and streamline the eventual certification with bodies for standards like ISO 26262, ASPICE, or ISO 21434.

How do you help semiconductor companies prepare for these certifications?

We perform a detailed gap analysis of your current processes, documentation, and engineering practices against relevant standards. Then, we provide a pragmatic improvement roadmap, including process design, documentation templates, training, and toolchain recommendations. Our approach is tailored to semiconductor design environments (RTL, verification, physical design, IP development), ensuring minimal disruption while achieving compliance efficiently.

Can smaller or Tier 2 vendors realistically achieve compliance with these standards?

Absolutely. Compliance is not limited to large organisations. With the right guidance, even small or mid-sized semiconductor vendors can implement scalable, right-sized processes that satisfy auditor expectations without excessive overhead. Our team specialises in helping Tier 2 and niche semiconductor companies adopt practical, value-driven approaches that meet both customer and certification requirements.

What are the benefits of being pre-certified or compliant with automotive standards?

Pre-certification readiness enhances your credibility with Tier 1 and OEM customers, accelerates design-in opportunities, and reduces business risk. It also improves internal efficiency, traceability, and product quality. Many automotive customers now require suppliers to demonstrate process maturity and compliance as part of the sourcing process—so readiness can be a key differentiator in winning business.

Which standards are most relevant for semiconductor vendors working in the automotive industry?

ISO 26262 – Functional Safety for automotive electronics and semiconductors. ASPICE – Automotive SPICE for software and systems process maturity. ISO 21434 – Cybersecurity for automotive systems. ISO 9001 – Quality Management Systems. ISO 27001 / TISAX – Information Security and data protection requirements, especially for OEM and Tier 1 collaboration. Our consultancy helps align your processes and documentation with these standards, ensuring compliance and competitiveness in the automotive supply chain.

What does “pre-certification readiness” mean for semiconductor design organisations?

Pre-certification readiness ensures that your organization, development processes, and semiconductor products (such as IPs and SoCs) meet the requirements of key automotive and security standards before formal certification. It helps identify and close process gaps, reduce audit risk, and streamline the eventual certification with bodies for standards like ISO 26262, ASPICE, or ISO 21434.

How do you help semiconductor companies prepare for these certifications?

We perform a detailed gap analysis of your current processes, documentation, and engineering practices against relevant standards. Then, we provide a pragmatic improvement roadmap, including process design, documentation templates, training, and toolchain recommendations. Our approach is tailored to semiconductor design environments (RTL, verification, physical design, IP development), ensuring minimal disruption while achieving compliance efficiently.

Can smaller or Tier 2 vendors realistically achieve compliance with these standards?

Absolutely. Compliance is not limited to large organisations. With the right guidance, even small or mid-sized semiconductor vendors can implement scalable, right-sized processes that satisfy auditor expectations without excessive overhead. Our team specialises in helping Tier 2 and niche semiconductor companies adopt practical, value-driven approaches that meet both customer and certification requirements.

What are the benefits of being pre-certified or compliant with automotive standards?

Pre-certification readiness enhances your credibility with Tier 1 and OEM customers, accelerates design-in opportunities, and reduces business risk. It also improves internal efficiency, traceability, and product quality. Many automotive customers now require suppliers to demonstrate process maturity and compliance as part of the sourcing process—so readiness can be a key differentiator in winning business.

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