# Case studies

> Discover how AI and digital transformation help manufacturing businesses optimise operations, reduce waste, and accelerate growth across metals, steel, and other sectors

**URL:** https://www.gosmarter.ai/casestudies/

**Date:** 2021-04-23
**Last updated:** 2026-03-25

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Real businesses. Real problems. Real results.

These case studies cover manufacturers and industrial businesses across metals, electronics, renewables, and logistics — all using digital tools and AI to remove manual drudgery, cut waste, and get more done with the same team.

From reinforcing steel suppliers using GoSmarter to automate mill certificate handling, to electronics manufacturers building a digitalisation roadmap, to logistics companies cutting carbon with data — every one of these engagements started with a specific problem that needed fixing.

Each case study covers the context, the specific challenge, the approach taken, and the measurable outcome. No vague claims. No anonymous "leading manufacturer". Real businesses, named, with real results you can interrogate.

Browse by sector or challenge, or start with [Midland Steel](https://www.gosmarter.ai/casestudies/midland-steel/) — the most directly relevant case study for metals manufacturers. For background reading on the problems these businesses solved, explore the [GoSmarter blog](https://www.gosmarter.ai/blog/) or dig into the [solutions pages](https://www.gosmarter.ai/solutions/) to see which operational challenges GoSmarter tackles.




## Helping Manufacturers Grow through Digitalisation - Case Studies

> Explore our portfolio of manufacturing digitalisation case studies featuring UK and European steel, metals, and precision engineering companies



We are a UK-based tech scale-up founded by Steph Locke and Ruth Kearney, recognised leaders in helping manufacturers across the UK and Europe digitalise their operations. Building on this expertise, we are developing **GoSmarter** AI Production Assistant designed specifically for metals manufacturers. Our tools deliver value in days, not months. \
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On this page you will find a wide portfolio of manufacturing work that we have delivered over the years. Explore our case studies and please reach out if you want to drive faster growth in your manufacturing business.

### Metals and Steel Sector

**Midland Steel future-proofed operations** with a digital roadmap that unlocked efficiencies and funding. Read more [Midland Steel Digital Review case study.pdf](https://nightingalehq.ai/Midland%20Steel%20Digital%20Review%20case%20study.pdf)

**Halving rebar scrap rates to achieve industry gold standard**; Optimisation tools halved scrap rates, cutting costs and carbon emissions. Read more [Midland Steel Rebar Optimiser case study.pdf](https://nightingalehq.ai/Midland%20Steel%20Rebar%20Optimiser%20case%20study.pdf)

**Improved product lineage achieved and 100s hours saved with steel mill certificate AI process**; AI automation of mill certificates saved 120+ hours a year and improved accuracy. Read more\
[Midland Steel MillCert case study.pdf](https://nightingalehq.ai/Midland%20Steel%20MillCert%20case%20study.pdf)

**Digitalisation to support growth for precision engineering manufacturer;** MAAS used a digital roadmap to optimise systems and upskill teams for growth. Read more [MAAS Machining Digitalisation case study.pdf](https://nightingalehq.ai/MAAS%20Machining%20Digitalisation%20case%20study.pdf)

**Electronic manufacturer advances digital agenda**; Philtronics built a clear digital roadmap to align systems and people for expansion. Read more [Philtronics CEM Digitalisation case study.pdf](https://nightingalehq.ai/Philtronics%20CEM%20Digitalisation%20case%20study.pdf)

**Electronics components producer optimises back-office operations**; TMD Technologies modernised workflows with no-code tools and training. Read more [TMD Back Office Optimisation case study.pdf](https://nightingalehq.ai/TMD%20Back%20Office%20Optimisation%20case%20study.pdf)

**Improved resource and waste management through tracking**; Digital scrap tracking boosted reuse, transparency, and sustainability. Read more [Midland Steel Waste Management case study.pdf](https://nightingalehq.ai/Midland%20Steel%20Waste%20Management%20case%20study.pdf)

**Leaner Cut & Bent production and finance with dashboards**; Real-time dashboards turned manual reporting into fast, data-driven decisions. Read more [Midland Steel Finance Dashboards case study.pdf](https://nightingalehq.ai/Midland%20Steel%20Finance%20Dashboards%20case%20study.pdf)and [Midland Steel Production Dashboards case study.pdf](https://nightingalehq.ai/Midland%20Steel%20Production%20Dashboards%20case%20study.pdf)

### **Agriculture, Materials and Renewables**

**Renewables group speeds up digitalisation to support growth**; Galetech Group accelerated shared services with a focused digital strategy. Read more [Gaeltech Renewables Digitalisation case study.pdf](https://nightingalehq.ai/Gaeltech%20Renewables%20Digitalisation%20case%20study.pdf)

**Pallet manufacturer ready to accelerate digitalisation**; CJ Sheeran streamlined operations and set a clear ERP strategy for growth. Read more [CJSheeran Pallets Digitalisation case study.pdf](https://nightingalehq.ai/CJSheeran%20Pallets%20Digitalisation%20case%20study.pdf)

**Cosmetics company expanding its operations globally**; Drigate Manufacturing created a digital roadmap to modernise systems and scale internationally. Read more [Drigate Manufacturing Digitalisation case study.pdf](https://nightingalehq.ai/Drigate%20Manufacturing%20Digitalisation%20case%20study.pdf)

### **Logistics**

**Digitalisation is the key to Decarbonisation**; A carbon-saving algorithm helped FLS optimise routes and cut emissions. Read more [FLS Logistics Decarbonisation case study.pdf](https://nightingalehq.ai/FLS%20Logistics%20Decarbonisation%20case%20study.pdf)

**Logistics company develops data hub within weeks**; Freight Logistics Solutions built a central data hub, halving manual work and saving £120k. Read more [FLS Logistics Data Hub case study.pdf](https://nightingalehq.ai/FLS%20Logistics%20Data%20Hub%20case%20study.pdf)

**Platform for Sharing Data on Respiratory Diseases**; Helmholtz launched global data platforms for influenza and RSV to enable collaboration. Read more [Helmholtz Germany Data Sharing case study.pdf](https://nightingalehq.ai/Helmholtz%20Germany%20Data%20Sharing%20case%20study.pdf)

**Data sharing platform for Influenza**; Open research hubs scaled influenza and RSV collaboration with automated PubMed integration. Read more [Helmholtz Germany Data Platform case study.pdf](https://nightingalehq.ai/Helmholtz%20Germany%20Data%20Platform%20case%20study.pdf)\
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**Image reference:** Photo by [Francesco Gallarotti](https://unsplash.com/@gallarotti?utm_source=unsplash&utm_medium=referral&utm_content=creditCopyText) on [Unsplash](https://unsplash.com/photos/green-plants-on-soil-ruQHpukrN7c?utm_source=unsplash&utm_medium=referral&utm_content=creditCopyText)



## Accelerating Digitalisation with Philtronics Limited

> Accelerating digitalisation with electronics manufacturer Philtronics Limited



> "We have gone through an extended period of growth and with the support of NHQ we are able to accelerate our digitalisation efforts (developing a strategy and roadmap) to match this success. We know exactly what we have to do in terms of investing in our systems, processes and most importantly our people in order to drive exciting change within the next 12 -18 months and NHQ are a core part of this journey”. **Simon Pritchard, CEO, Philtronics**

Philtronics are a Wales-based contract electronic manufacturer (CEM), offering outsourced electronic manufacturing services (EMS) to a range of customers. They have experienced aggressive growth over the past 24 months, doubling in both factory space and staff numbers. Revenue grew 20% over the global pandemic and they are ready invest in their core systems, processes and their people. They partnered with NHQ to evaluate their current position and understand what direction and steps they should take regarding technology solutions and their broader digitalisation strategy.

### APPROACH

The NHQ team worked with the leadership team to map key business processes and identify areas of improvement. They evaluated current systems and where efficiencies could be delivered with integrations and new tools.

### OBJECTIVES

- Map core business process in order to consolidate knowledge and identify areas for digitalisation
- Review existing systems and primary service providersMake recommendations for new technologies including document management system (DMS)
- Reduce paper-based processes on the factory floor via monitors, barcoding and PDAs
- Evaluate the level of digital literacy within the company and assess training needs
- Advise on skill and hiring requirements to support successful digitalisation

### ACHIEVEMENTS

- Developed a comprehensive workflow for core business processes
- DMS recommendations aligned with business objectives and existing systems
- Identified under-utilised solutions and where they could deliver quick efficiencies
- Identified ’quick-win’ process automations across the business to save time
- Improvements to operating and security infrastructure
- Profiling for hiring of digitalisation team
- Digital skills training and upskilling recommendations
- Identify funding and support mechanisms to support implementation

### KEY RESULTS

- Map key business process in preparation for digitalisation
- Recommend appropriate DMS to improve operations
- Delivered digital roadmap and action plan for implementation


## Why It Worked

Philtronics didn't just need new software. They needed to understand where they actually were before deciding where to go.

That's the most common mistake manufacturers make. They buy a tool before they've mapped the problem. Then the tool doesn't fit, nobody uses it properly, and the investment sits gathering dust.

The NHQ team started by mapping core business processes. Every key workflow. Every handoff. Every place where someone was using a spreadsheet or a piece of paper when they didn't need to. That groundwork made the DMS recommendation meaningful — because it was built on real evidence, not a vendor's sales pitch.

### Leadership buy-in made the difference

Simon Pritchard, CEO, was involved from the start. That matters. Digital transformation stalls when it's treated as an IT project rather than a leadership priority. When the person at the top is visibly committed, the rest of the organisation pays attention.

Philtronics had also just been through a period of exceptional growth — doubling factory space and staff in 24 months, with revenue growing 20% during the pandemic. That kind of growth creates growing pains. Processes that worked with 10 people start to creak with 20. Manual workarounds that felt manageable become bottlenecks.

The timing was right. The growth had created urgency. The leadership had the appetite. The job was to channel that into a structured plan rather than a shopping list of new tools.

### Why DMS selection matters

A Document Management System isn't glamorous. But for a contract electronics manufacturer, it's fundamental.

Think about what a CEM deals with every day: customer specifications, revision-controlled drawings, supplier quality records, test reports, and non-conformance records. If any of those are on paper, buried in someone's inbox, or saved in an uncontrolled shared folder — you have a compliance risk and an operational bottleneck.

The right DMS ties all of that together. It gives you version control, audit trails, and the ability to find any document in seconds rather than minutes. For ISO-certified manufacturers, that's not a nice-to-have. It's table stakes.

Getting the DMS wrong is expensive. Getting it right — matched to your existing systems, your team's digital literacy, and your growth plans — is one of the highest-value infrastructure decisions a growing manufacturer can make.

## FAQs

{{< faq question="What is a Document Management System (DMS) and why does it matter for electronics manufacturers?" >}}
A Document Management System is exactly what it sounds like: a central, controlled place to store, manage, and retrieve business documents. For electronics manufacturers, that means revision-controlled engineering drawings, customer specifications, quality records, test reports, and supplier documentation.

Paper-based or uncontrolled document management creates three problems. First, version control breaks down — people work from old drawings and mistakes happen. Second, audit trails disappear — when your ISO auditor asks to see change history, you're scrambling through email threads. Third, you lose time — finding a document should take seconds, not ten minutes of digging through shared folders.

For ISO 9001-certified manufacturers, a properly implemented DMS is the backbone of your quality management system. It makes compliance audits faster, reduces the risk of non-conformance, and gives every team member access to the right version of the right document at the right time.
{{< /faq >}}

{{< faq question="How do you evaluate digital literacy before recommending tools?" >}}
Recommending a tool without understanding the team's current skill level is how you end up with expensive software nobody uses.

The NHQ approach starts with an honest assessment of where the team actually is. That means talking to people on the shop floor and in the office, understanding which tools they currently use (and which ones they're supposed to use but don't), and identifying where the gaps are.

From there, training recommendations are grounded in reality. If staff need basic upskilling before a more advanced tool will stick, that goes into the plan. If there's a need for a dedicated digital hire, that gets scoped too. The goal is sustainable adoption — not a flashy tool that collects dust because nobody was set up to use it properly.
{{< /faq >}}

{{< faq question="What funding mechanisms are available for UK manufacturers looking to digitalise?" >}}
There are several funding routes worth exploring, depending on your location and stage of growth.

**Made Smarter** is the most directly relevant programme for UK manufacturers. It offers subsidised digital technology adoption support, match-funded grants, and access to technology specialists. It's primarily aimed at small and medium-sized manufacturers in England, with regional programmes across the North West, Midlands, and other areas.

**Innovate UK** offers grant funding for innovation projects, including digitalisation. It's competition-based, so applications need to be robust — but for manufacturers with a credible case for productivity improvement, the funding can be substantial.

In Wales specifically — where Philtronics is based — **Business Wales** and programmes such as the **Flexible Skills Programme** offer additional support for digital skills development.

GoSmarter helps clients identify which funding mechanisms apply to their situation, put together credible applications, and structure the project scope to meet funder requirements. The goal is to reduce the net cost of digitalisation — not just map out what's needed, but help you pay for it.
{{< /faq >}}

## Go deeper

- [No-Code Workflows for Metals SMEs](https://www.gosmarter.ai/hubs/no-code-workflows-metals-smes/) — how to digitalise without an IT department
- [AI for Metals Manufacturing](https://www.gosmarter.ai/hubs/ai-for-metals-manufacturing/) — a plain-English guide to AI in manufacturing
- [Investing in digital technology lowers future operating costs](https://www.gosmarter.ai/blog/investing-in-digital-technology-lowers-future-operating-costs-for-manufacturers/)



## Midland Steel Manufacturing

> A company-wide digital review for Midland Steel delivered a transformation roadmap for rebar supply operations across Ireland and the UK.



## Manufacturer drives growth with digital review

Midland Steel is a market-leading reinforcing steel supplier in Ireland and the UK. They offer a diverse range of prefabricated rebar solutions. We completed a company-wide digital review looking at processes and technologies used across the business and delivered a comprehensive roadmap and action plan for implementation. ​

## Approach

We reviewed processes and systems across the business (Production, Finance, R&D and IT). We met with key individuals, evaluated technologies and reviewed documentation.

## Objectives

- Assess existing systems and processes
- Identify opportunities to go paperless and automate workflows to improve efficiency
- Recommend cost-effective technical solutions that scale with the business
- Evaluate the level of digital literacy within the company and assess future upskilling and training needs
- Identify key technology hires to support implementation

## Achievements

- Provided a roadmap with actionable recommendations, priorities, costings and owners to support digitalisation
- Recommended a Data Hub project to consolidate data from different systems, delivering greater insight into the business
- Identified high-value, quick-win projects including business reporting and automating work instructions
- Built a skills map and identified areas of improvement
- Delivered a plan to achieve longer-term near-real-time data analytics and increased process automation
- Identified support and funding mechanisms for implementation

## Key results

- Reviewed of company-wide processes and systems
- Delivered digital roadmap and action plan for implementation
- Identified funding and support mechanisms for next steps

## FAQs

{{< faq question="Why does digital transformation in steel manufacturing require a holistic review?" >}}
Midland Steel is not a typical technology case study subject — it is a market-leading reinforcing steel supplier with decades of operational knowledge and established processes. The challenge of digital transformation for a business like Midland Steel is not a lack of capability or ambition. It is the complexity of understanding which processes to change, which technologies to adopt, and in what order to implement them without disrupting the operations that customers depend on.

The digital roadmap that GoSmarter delivered addressed this complexity directly. By reviewing processes across Production, Finance, R&D, and IT, and by engaging with key individuals across the business rather than just IT leadership, the review captured a realistic picture of where digital tools would deliver the most value and where implementation would be most straightforward.
{{< /faq >}}

{{< faq question="What is the Data Hub recommendation?" >}}
One of the key recommendations from the Midland Steel review was a Data Hub project — a centralised system to consolidate data from different operational systems into a single source of truth. This is a common pattern in manufacturing businesses that have grown over time, accumulating separate systems for production, finance, and logistics that do not communicate easily with each other.

A Data Hub does not replace these systems. It connects them, making it possible to run cross-functional analysis and reports that would otherwise require manual data extraction and reconciliation. For Midland Steel, the long-term vision of near-real-time data analytics and increased process automation starts with this foundational data infrastructure.
{{< /faq >}}

{{< faq question="What funding and support mechanisms are available?" >}}
Part of GoSmarter's value in the Irish manufacturing market is knowledge of the funding and support landscape. The digital review for Midland Steel included identification of specific funding and support mechanisms for the implementation phase — reducing the financial risk of acting on the roadmap and accelerating the timeline for adoption.
{{< /faq >}}



## Go deeper

- [Scrap, Waste & Yield Optimisation](https://www.gosmarter.ai/hubs/scrap-waste-yield-optimisation/) — how GoSmarter's Cutting Plans reduces scrap rates for long product manufacturers
- [Spreadsheet-to-System Planning for Metals](https://www.gosmarter.ai/hubs/spreadsheet-to-system-planning/) — the live planning transformation behind the Midland Steel results
- [AI for Metals Manufacturing](https://www.gosmarter.ai/hubs/ai-for-metals-manufacturing/) — how AI applies across every role in a metals business


## MAAS Case Study

> Machining manufacturer takes on NHQ for Digital Review



> NHQ nailed it! Their understanding of our company, where we are at and how digitalisation can support our growth was excellent. They were extremely efficient in gathering all the necessary info from us both from a business perspective and the management team and as result were able to generate a very comprehensive report and practical roadmap to guide us into a more productive digital world.
>
> > **Tadhg Hurley, Managing Director, MAAS**

### **Streamlining operations and system integrations**

MAAS has an ambitious growth target for the next 12 months and will invest in their core processes and systems to support this. Priorities for the business include the installation of a new DNC system, and the optimisation of existing EPR and finance systems. Training and upskilling of the core management team is also a key factor to their digitalisation success.

### Approach

The NHQ team completed a company-wide digital review, looking at processes and technologies used across the business, and delivered a comprehensive digital roadmap to support growth.

### **Objectives**

- Review existing ERP and financial systems
- Evaluate requirements for a new DNC system
- Recommend CRM system to support sales activities
- Identify areas where paper-based and manual processes could be reduced
- Review compliance system requirements for a Document Management System (DMS)
- Evaluate the level of digital literacy within the company and assess training needs
- Recommend next steps in terms of priorities and funding support.

### **Achievements**

- Recommendations on DNC system that aligned with MAAS business requirements
- Identification of under-utilised ERP and finance modules to deliver efficiencies
- Operating and security infrastructure improvements
- Identified ’quick-win’ process automations in finance to save time
- Recommendations around digitalising compliance processes and setup of a Microsoft Sharepoint DMS to support
- Digital skills training and upskilling recommendations
- Identified funding and support mechanisms to support implementation.

### **Key Results**

- Reviewed of company-wide processes and systems
- Delivered digital roadmap and action plan for implementation
- Identified areas where system integrations and cloud save costs.

## Why machining precision manufacturers need digital infrastructure

MAAS manufactures precision machined parts for some of the world's most demanding customers: Apple, Stryker, Alcon, Abbott. These customers set exacting standards for quality, traceability, and supply chain reliability. Meeting those standards consistently, at scale, with ambitious growth targets, requires a digital infrastructure that can keep pace.

The priorities identified in the MAAS digital review — DNC system installation, ERP optimisation, CRM deployment, compliance documentation — are not isolated IT projects. They are interconnected investments in the operational foundation that precision manufacturing growth requires. Getting the sequence right matters: a new DNC system delivers more value when it is connected to an optimised ERP. A CRM delivers more value when the operational data it draws on is reliable.

## The value of a comprehensive digital review

Tadhg Hurley's quote captures something important about the value GoSmarter delivers through digital reviews: "Their understanding of our company, where we are at and how digitalisation can support our growth." This is not a generic technology assessment — it is a diagnosis of where a specific business is in its digital maturity, what its specific growth constraints are, and what investments will deliver the most value in the right sequence.

For precision manufacturing businesses like MAAS, the digital review provides a roadmap that is credible to management, actionable for IT teams, and fundable through identified support mechanisms. It turns a complex, potentially overwhelming set of decisions into a structured plan with clear priorities and owners.

## About MAAS

MAAS is a leading Irish manufacturer of precision machined parts and components, supplying major multinational customers in medical devices, consumer electronics, and energy sectors. Based in Ireland, the company combines advanced CNC machining capabilities with a commitment to quality and continuous improvement. The engagement with GoSmarter was part of a broader strategic investment in the digital and operational capabilities needed to support ambitious growth plans.



## German research centre shares COVID-19 data globally

> To support data sharing and knowledge dissemination, the Helmholtz Centre for Infection Research partnered with NHQ to create a global COVID-19 study platform.



As a response to the worldwide pandemic, [Helmholtz Centre for Infection Research](https://helmholtz-hzi.de/en/) in Germany required a fast and secure way for researchers to share COVID-19 data.

The result was [Serohub](https://serohub.net/en/), a platform to accelerate research about the seroprevalence of SARS-CoV-2. We delivered a platform to enable researchers, government, and industry partners to contribute knowledge and tools and ultimately improve evidence-based decision-making on COVID-19.

## Approach

The overall approach was to support the increased use of data-driven approaches for infection research and drive greater collaboration. The project had four primary aims:

1. be a community space for researchers
2. allow for critical appraisal of diagnostic trials
3. host study-related documents
4. be a cloud-based, meta-analysis platform

## Objectives

- Build a centralised platform where researchers can share studies, publications, and data easily
- Incorporate four key platform elements: community, trial summary, document, and meta-analysis
- Train and support staff in adopting and maintaining the platform to ensure long-term sustainability

## Achievements

- Align with research, management, and technical teams on data infrastructure and content
- Built a sharing facility using the Netlify CMS to allow easy study management
- Used GitHub to enable greater levels of collaboration in a cost-effective way
- Delivered a general public website and a service environment for researchers
- Trained and onboarded staff to use and maintain the platform effectively ensuring scalability

## Key results

- Serohub platform launched
- 105 Publications uploaded
- 6 major research studies shared
- Collaborations across 3 continents

## FAQs

{{< faq question="What is the challenge of data sharing in crisis science?" >}}
When COVID-19 emerged as a global pandemic in early 2020, one of the most critical bottlenecks to effective public health response was data. Seroprevalence studies — research measuring the proportion of a population that has antibodies to SARS-CoV-2, indicating prior infection — were being conducted by research institutions around the world. But the results were scattered across institutions, published at different times, using different methodologies, and often inaccessible to researchers and policymakers who needed them most.

The Helmholtz Centre for Infection Research's vision for Serohub addressed this directly: a centralised, open platform where seroprevalence studies, publications, and data could be shared, reviewed, and built upon. The challenge was building this platform quickly enough to be useful during the pandemic, with a technology architecture that would be sustainable and maintainable by the research institution's own team long after the initial build.
{{< /faq >}}

{{< faq question="Why open infrastructure mattered?" >}}
The decision to use Netlify CMS for study management and GitHub for collaboration was not just a technical choice — it was a commitment to transparency and accessibility. These tools are open, widely understood, and do not create dependency on commercial platforms that could become expensive or unavailable. For a research institution sharing data that needs to be accessible to researchers globally, on an ongoing basis, this kind of infrastructure choice matters.

The result — 105 publications uploaded, six major research studies shared, and collaborations across three continents — demonstrates what is possible when the right infrastructure is in place and the right team builds it quickly. Nightingale HQ's ability to understand both the technical requirements and the research mission was key to delivering a platform that worked for its intended users.
{{< /faq >}}

{{< faq question="How did the pandemic response evolve into long-term capability?" >}}
Beyond the immediate pandemic response, the Serohub project demonstrates GoSmarter's capability in building data platforms for complex, high-stakes applications. The same principles that made Serohub effective — centralised data, open infrastructure, trained internal teams — apply to manufacturing businesses managing complex operational data. The context is different; the approach is the same.
{{< /faq >}}




## TMD Technologies Manufacturing Case Study

> How TMD Technologies streamlined back-office operations with no-code digital tools and technical training — with measurable quick wins from day one.



## Electronics components manufacturer streamline back office ​

TMD Technologies Limited (TMD) is among the world’s leading manufacturers of microwave tubes, high voltage power supplies, and transmitters for radar and communications applications. We helped them improve their back-office operations by deploying no code digital tools and delivering technical training. ​

Defence and aerospace manufacturing demands precision. Not just in the components — in the systems that surround them too. When your products end up in radar systems and military communications equipment, there is no room for administrative errors. Supplier documentation that can't be traced. Time records that don't add up. Reports that take hours to pull together manually. These aren't just inefficiencies. In this sector, they're risks.

TMD understood that. The engagement focused on targeted, practical improvements to back-office operations — time tracking, supplier management, and data visualisation — without touching the core manufacturing processes that are already working.

## Why incremental improvement beats a big-bang overhaul

The temptation with digital transformation is to treat it like a building project. Knock everything down and start fresh. New ERP. New everything. Six months of disruption.

That approach fails more often than it succeeds. For manufacturers operating in high-precision, high-stakes environments, the risk of disrupting core operations is too high. You don't want your supplier management process to go dark for three months while a new system beds in.

The smarter approach is incremental. Identify the processes causing the most friction. Fix those. Build capability. Move to the next one.

For TMD, that meant three focused interventions: time tracking, supplier onboarding, and Power BI upskilling. Each one delivered standalone value. Together, they created a more visible, more efficient back-office operation — without requiring a single moment of downtime in manufacturing.

### Quick wins that create lasting change

Helen Anderson captured it well: "sometimes it's the incremental improvements and quick wins that can be hugely valuable." That's not a consolation prize. It's a strategy.

When you give a team a tool that saves them real time — a time tracking system that takes two minutes instead of twenty, a supplier onboarding flow that runs itself — you build trust in digital tools. That trust makes the next improvement easier to adopt. And the one after that.

This is how digital maturity actually develops in manufacturing businesses. Not through a single transformational project, but through a series of well-chosen, well-implemented improvements that compound over time.

## Approach

Reviewed operational processes relating to business wide productivity. Worked closely with key individuals from Operations providing technical specialism & industry best practise.

## Objectives

- Provide greater transparency to projects with time management tools;​
- Streamline supplier management processes to save time;
- Upskill core staff so new tools are sustained within the firm.

## Achievements

- Enabled a time tracking tool, facilitating employees to record time spent on tasks or projects;
- Reviewed supplier onboarding processes and recommended tools for automation around quotations and order acknowledgement;
- Provided upskilling for technical staff on Power BI to maintain solutions in-house.

## Key results

- Implemented a time management tool;​
- Reviewed supplier management process;​
- Upskilled team’s digital skills.​

## FAQs

{{< faq question="Why does back-office efficiency matter in precision manufacturing?" >}}
TMD Technologies operates in one of the most demanding sectors in electronics manufacturing: microwave tubes and high-power RF components for defence and aerospace applications. The precision required in the core manufacturing process is mirrored in the demands placed on back-office operations — supplier management, time tracking, and compliance documentation all need to work reliably and consistently in an environment where errors have significant consequences.

Deploying no-code digital tools in this context demonstrates that digital transformation does not require a complete system overhaul. Targeted improvements to specific processes — time tracking, supplier onboarding, data visualisation — can deliver meaningful value without disrupting the core manufacturing operation that the business depends on.

Helen Anderson's testimonial captures the GoSmarter approach well: understanding that incremental improvements and quick wins are often the right starting point, and that upskilling the internal team to sustain solutions is as important as the technical implementation itself. Leaving a team with better tools and better capabilities is the outcome that creates lasting value.
{{< /faq >}}

{{< faq question="What is the value of upskilling alongside implementation?" >}}
One of the key deliverables in this engagement was training TMD's technical staff on Power BI to maintain their solutions in-house. This reflects a deliberate philosophy: technology implementations that create dependency on the implementing partner are less valuable than those that build internal capability. GoSmarter's goal is always to leave clients more self-sufficient, not more dependent.
{{< /faq >}}

{{< faq question="What is the difference between no-code tools and custom software development for manufacturers?" >}}
Custom software development means hiring developers to build something from scratch. It's expensive, slow, and creates an ongoing dependency — every change, every bug fix, every new feature requires a developer.

No-code tools like Power BI and the GoSmarter platform are built to be configured by the people who actually use them. A production manager can build a dashboard. A quality manager can create a report. An operations team can automate a workflow — without writing a single line of code.

That changes the economics completely. Configuration replaces development. The team that owns the process owns the tool. Ongoing maintenance doesn't require a retainer with a software house.

For manufacturers like TMD, this means targeted improvements can be deployed quickly, maintained internally, and adapted as processes change — without the overhead of a full IT function or an external development agency.
{{< /faq >}}

## Go deeper

- [No-Code Workflows for Metals SMEs](https://www.gosmarter.ai/hubs/no-code-workflows-metals-smes/) — how to digitalise without an IT department
- [AI for Metals Manufacturing](https://www.gosmarter.ai/hubs/ai-for-metals-manufacturing/) — a plain-English guide to AI in manufacturing
- [10 signs your metal shop needs process automation](https://www.gosmarter.ai/blog/10-signs-your-metal-shop-needs-process-automation/)




## Accelerating digitalisation in pallet manufacturing

> Find out how Nightingale HQ worked with CJS Group, the largest manufacturer of timber packaging and pallets in Ireland



> Nightingale HQ have identified digital quick wins that improve operations in the short term. But equally they supported us in setting our digitalisation strategy. The experience has given us the confidence to form a team to support implementation. Their pragmatic approach has been hugely supportive to our business. **Ashleigh Doyle, Director, CJ Sheeran Group**

## Accelerating digitalisation in pallet manufacturing

CJS Group are the largest manufacturer of timber packaging and pallets in Ireland, with 350 staff across 10 locations. The company has a history of M&A activity, which has resulted in different operational approaches and systems from site to site, which has lead to a need to optimise through consolidation in order to scale further.

## Approach

NHQ worked with the CJS leadership team to evaluate their current systems to facilitate growth. Investigate the flow of data between core business processes and support requirements gathering for new systems.

## Objectives

- Review and map existing systems, licenses, and processes
- Identified ’quick-win’ process automations across the business to save time
- Support initial requirement gathering and scoping for appropriate Enterprise Resource Planning (ERP) solutions\
  Recommendations for ERP solutions and modules which align with business objectives
- Evaluate the level of digital literacy within the company and assess training needs
- Advise on senior hiring requirements to support ERP implementation, cloud migration, and move to modern work technologies
- Review business KPI dashboards work  in production, finance, energy to facilitate growth.

## Achievements

- Evaluate current systems, vendors and costings
- Support ERP demo and business alignment
- Improvements in IT policy updates
- Profiling for hiring of digitalisation team
- Digital skills training and upskilling recommendations
- Identify funding and support mechanisms to support implementation.

## Results

- Identify digital quick wins to improve operations in the short term
- Support creation of a technology acquisition strategy for the business
- Provided technical expertise on ERP requirements gathering and demos
- Delivered a digital roadmap with action plan for implementation.



## Data sharing platforms for Influenza and RSV

> How the Helmholtz Centre for Infection Research built open data platforms for RSV and influenza surveillance, following the success of serohub.net.



## Approach

The aim of the project was to build two additional data platforms modelling the key driving factors of serohub. Our approach had to support four primary aims: be a community space for researchers, allow for critical appraisal of diagnostic trials, host study-related documents and be a cloud-based, meta-analysis platform.

## Objectives

- Build a centralised platform where researchers can share studies, publications, and data easily
- Incorporate four key platform elements: community, trial summary, document, and meta-analysis
- Build internal capabilities with core documentation and training
- Connect with the PubMed research library so that articles could be automatically published on the platform.

## Achievements

- Aligned with research, management and technical teams on data infrastructure
- Built a platform using the Netlify CMS to easily manage content
- Used cost effective tools like GitHub and Hugo to enable greater levels of collaboration and scalability
- Delivered a public website and a service environment for researchers
- Created extensive users guides and project documentation
- Delivered digital training and Q&A sessions to staff to ensure scalability.

## Key results

- New platforms live for Influenza & RSV
- Shortcode integration with PubMed to deliver journal articles

## FAQs

{{< faq question="How do you build on the serohub success?" >}}
The Influenza and RSV platforms represent the second phase of GoSmarter's partnership with the Helmholtz Centre for Infection Research. The success of serohub — built during the COVID-19 crisis to enable global seroprevalence data sharing — provided a proven model that could be replicated and extended for related respiratory diseases.

Respiratory Syncytial Virus (RSV) and Influenza are significant public health concerns in their own right, particularly for paediatric populations. Understanding their seroprevalence — how widely they have circulated in a population — requires the same kind of collaborative data infrastructure that proved so valuable for COVID-19 research. By extending the serohub model to these diseases, the Helmholtz Centre is building a persistent infrastructure for respiratory disease research that will remain valuable long after the pandemic recedes.
{{< /faq >}}

{{< faq question="What is the PubMed integration?" >}}
One of the distinctive technical achievements in this project was the PubMed shortcode integration — enabling journal articles from the PubMed research library to be automatically published on the platform. This removes a significant manual step from the research community's workflow: instead of researchers having to manually add publications to the platform, the system can pull them directly from the world's largest biomedical research library.

This kind of integration reflects GoSmarter's approach to data platforms: look for the manual steps that researchers and users spend the most time on, and automate them where the data infrastructure makes it possible.
{{< /faq >}}

{{< faq question="What is the value of open source and sustainable architecture?" >}}
The decision to use GitHub and Hugo — open-source tools widely used in the developer community — reflects a commitment to sustainability and transparency. Research institutions need platforms that will still work in five or ten years, that can be maintained by future teams who were not involved in the original build, and that do not create dependency on commercial platforms with unpredictable cost trajectories. GoSmarter's architecture choices consistently prioritise these long-term considerations alongside the immediate technical requirements.
{{< /faq >}}




## Freight Logistics Green Mile Case Study

> How FLS Logistics used data and analytics to reduce transport emissions, cut costs, and help customers understand their environmental footprint.



It's widespread practice for freight carriers to provide a vehicle that is just ‘available’ and not consider its proximity to the collection point, or if there is a load available to fill its return journey leading to a waste of energy resources. Freight Logistics Solutions (FLS) have developed a Green Mile Carbon Saver Calculator using a transport matching algorithm that selects the closest carrier vehicle to the freight collection point (rather than the closest haulier depot) saving customers on cost and reducing carbon emissions.

> "Working with Nightingale HQ we have developed a data-driven approach to source and control vehicles more efficiently. We want our customers to benefit from getting the right size vehicle from the best location possible, optimising the route. Also return journeys get considered, planned further and reduce empty mileage, costs, and carbon emissions” **Paul Cleverley, Marketing & Communications Director, FLS**

## Approach

A technology and data driven approach reduces transport emissions. This tool is a practical approach to support FLS' sustainability goals, reduce costs and help change commercial behaviours by using data and analytics to help customers understand their environmental footprint.

## Objectives

- Combine emission data with vehicle locations and route data to produce carbon savings calculations ​
- Plan return journey to further reduce empty mileage and reduce costs for the end customer.​
- Develop a Carbon Dashboard for the end customer to keep track of carbon savings​
- Use data to deliver practical results to reduce supply chain Scope 3 emissions.

## Achievements

- Enables customers to see how much carbon the journey they are booking will produce and how much they will save on their planned journey. ​
- Develop a transport matching algorithm that selects the closest carrier vehicle to the fright collection point rather than the closest haulier depot.​
- Carbon Dashboard provides management reports to keep on top of data and make better decisions.

## Key Results

- Reduction in carbon footprint due to route optimisation
- Carbon Dashboard for data insights ​
- More engaged customers.​

## FAQs

{{< faq question="What is the Green Mile challenge in freight logistics?" >}}
The freight and logistics sector faces a distinctive sustainability challenge: the environmental impact of road transport is large, measurable, and increasingly scrutinised by customers and regulators. At the same time, logistics businesses operate in highly competitive markets where margins are tight and the ability to win and retain customers depends increasingly on demonstrating environmental credentials alongside operational reliability.

The Green Mile initiative addresses this challenge by measuring and reducing the carbon footprint of logistics operations. Data is central to this: you cannot reduce what you cannot measure, and you cannot measure accurately without the right data infrastructure. GoSmarter's role in the Green Mile project was to provide that data foundation — connecting the operational data that logistics companies already collect to the emissions reporting and analysis that the Green Mile programme requires.
{{< /faq >}}

{{< faq question="What makes freight emissions data complex?" >}}
Calculating the carbon footprint of a freight journey is not as simple as multiplying distance by an emissions factor. Vehicle type, fuel type, load factor, route efficiency, and the emissions intensity of the electricity grid (for electric vehicles) all affect the result. Getting accurate numbers requires connecting data from multiple sources — telematics, fuel records, vehicle specifications — and applying the right methodology.

GoSmarter's experience with emissions calculation in manufacturing — where we help companies understand the carbon footprint of their steel procurement and production — translates directly to this challenge. The data engineering and emissions modelling skills are the same; the operational context is different.
{{< /faq >}}

{{< faq question="Why logistics is part of manufacturing's carbon story?" >}}
For metals manufacturers, logistics is a significant part of their carbon footprint. Steel is heavy and supply chains are long — the emissions from transporting raw material to the mill, processed material to the stockholder, and fabricated product to the construction site are not negligible. Understanding and reducing those logistics emissions is part of any credible sustainability strategy for a manufacturing business.

GoSmarter's work in freight logistics emissions therefore connects directly to its work in manufacturing. The tools and methodology developed in the Green Mile project inform how GoSmarter approaches emissions reporting for its manufacturing customers.
{{< /faq >}}




## Galetech Group

> Working with international renewables group to accelerate digitalisation



## Renewables group speeds up digitalisation to support growth​

> _We recently engaged Nightingale HQ to conduct a comprehensive digital review for Galetech Group, and we are extremely pleased with the outcome. The approach taken by the consultancy was not only highly engaging but also deeply integrated with feedback from various levels within our organisation.From the outset, the team demonstrated a genuine commitment to understanding our business in detail. This thorough understanding was evident in the meticulously crafted roadmap they provided, which outlines a clear and actionable plan for a 24-month staged rollout. This roadmap is both comprehensive and tailored to our specific needs, ensuring that we are well-prepared for the future_. **Georgina Quigley, Group Business Integrator, Galetech Group**

\
Galetech Group is a leading player in the renewable energy sector, offering a comprehensive set of solutions throughout the renewable energy lifecycle. The group has ambitious plans to expand over the next 24 months and is transitioning to a shared services model. To support its growth, the company understands the importance of a robust digitalisation strategy to consolidate and streamline its systems. Nightingale HQ conducted a digitalisation review to evaluate its current situation and make recommendations on where the group needs to invest in terms of systems, skills, and personnel.

## APPROACH​

Evaluate existing systems and integrations across the group and provide recommendations on optimising and streamlining with appropriate technical solutions. Provide advisory around skills development and leadership to implement the digital roadmap. ​

## OBJECTIVES​

- Assess existing systems and processes across the identify areas of synergy and consolidation
- Recommend cost-effective technical solutions that scale across the group​
- Evaluate the level of digital literacy within the company and assess future upskilling and training needs​
- Identify key technology hires and funding to support implementation.​​

## ACHIEVEMENTS​

- Delivered a digitalisation roadmap with actionable recommendations, priorities, costings and owners​
- Evaluated solutions for shared workspace and a centralised storage system​
- Recommended single integrated financial system ​
- Recommended self-service HR platform to support learning and skills development​
- Assessed SCADA solutions for centralising and managing operational control data.​
- Advised on upgrade of inventory system to avail of extra features and integrations​
- Identified high-value, quick-win projects relating to automating work instructions and reporting​
- Identify IT hiring requirements to oversee the digitalisation roadmap. ​
- Identify funding opportunities to implement digital roadmap.​

## KEY RESULTS​

Overall, the digitalisation review provided a comprehensive analysis and roadmap for the Galetech Group to support its growth. The  adoption of recommended technical solutions will help drive productivity and their shared services model across the business.

> _Throughout the engagement, the entire team was exceptionally easy to work with. Their knowledge of the current digital landscape is impressive, and they effectively combined this expertise with a strong focus on the people aspect of transformational change. This balanced approach has given us confidence that our digital transformation will be both successful and sustainable.We would highly recommend Ruth and her team at Nightingale HQ for their professional, knowledgeable, and personable approach. Their ability to deeply understand our business and provide a detailed, actionable plan has been invaluable._ **Georgina Quigley, Group Business Integrator, Galetech Group**


## FAQs

{{< faq question="Why do renewable energy businesses need a strong digitalisation strategy?" >}}
Growth is the easy part to celebrate. Managing that growth is where businesses run into trouble.

Galetech Group is expanding rapidly across multiple entities. Without a shared digital infrastructure, each part of the group ends up working differently. Different systems. Different data formats. Different ways of doing the same task. Sharing services — which is a core part of Galetech's growth model — becomes almost impossible without a common digital foundation.

A strong digitalisation strategy means more than buying new software. It means building systems that can scale with the business. For a renewables group managing SCADA data from operational assets, HR across multiple entities, financial reporting from multiple companies, and a growing headcount, that digital infrastructure is what makes a shared services model actually work.

Done properly, it also provides the operational control data needed to run assets efficiently, identify underperformance early, and respond quickly to issues across the portfolio.
{{< /faq >}}

{{< faq question="How does a digital roadmap differ from just buying new software?" >}}
Buying new software without a roadmap is how you end up with five subscriptions, two of which nobody uses, and a team confused about which system is the source of truth.

A digital roadmap sequences your investments logically. It starts with the foundations — data storage, identity management, shared workspace — before layering in more specialised tools. It identifies dependencies: you can't automate a process until the process is documented. You can't implement a self-service HR platform until you know who's responsible for maintaining it.

Galetech's 24-month staged roadmap was built around this logic. Early-stage work focused on consolidation and quick wins — things that would deliver value immediately and build momentum. Later stages introduce more complex integrations as the team's digital capability grows.

The roadmap also covers the human side: which skills need to be hired in, which need to be developed internally, and how change is managed so that new tools actually get used. A tool nobody adopts isn't a digital transformation. It's an expensive mistake.
{{< /faq >}}

## Go deeper

- [No-Code Workflows for Metals SMEs](https://www.gosmarter.ai/hubs/no-code-workflows-metals-smes/) — how to digitalise without an IT department
- [AI for Metals Manufacturing](https://www.gosmarter.ai/hubs/ai-for-metals-manufacturing/) — a plain-English guide to AI in manufacturing
- [GoSmarter for Metals Operations](https://www.gosmarter.ai/hubs/gosmarter-for-metals-operations/) — built for the unique demands of metals and industrial manufacturing



## FAQ Chatbot helps business fly

> Letterbox Lab uses chatbots to deal with unprecedented demand caused by the global pandemic.



This B2C manufacturing and ecommerce business deals with customers and suppliers from all over the world had to quickly increase production and assembly to meet new demand. Demand for their main product, a science kit, exploded overnight. On 18 March 2020 online subscription rates increased six-fold within 24 hours.

From their Worklab space in Wales, the team was dealing with increasing orders and volume queries from both customers and suppliers. Within a week of the lockdown announcement, they had become so inundated with new customers they had to suspend their online registration.

## Approach

Our approach was to support the business to keep up with the volume of questions coming from several different communication channels and successfully capture demand from new customers. We helped them to deploy the GoSmarter Chatbot tool to deal with the most common questions asked by customers and take the pressure off the production and management team.

## Objectives

This aim was to build a Microsoft Azure-hosted chatbot and deploy it to the company website and social media channels. With a little support, their bot was up and running in hours and responding to customer queries worldwide and 24/7.

## Achievements

Their personalised bot christened LetterBOT became the newest member of their customer service team. It was able to guide new users through their product range and help them to choose the right subscription. It took the pressure off the team and was able to deal with volume questions.

## Key results

- Deployed a Microsoft Azure-hosted FAQ Chatbot
- Used a Microsoft QnA Maker knowledgebase to keep the bot relevant and up-to-date
- Selected a pre-built personality and style to suit the brand
- Staff trained to maintain the knowledge base

## Further information

- [Letterbox Lab](https://www.letterboxlab.com/)

## FAQs

{{< faq question="Why does chatbots work for manufacturing e-commerce businesses?" >}}
Letterbox Lab is a distinctive case study in manufacturing: a product business that also operates as a direct-to-consumer ecommerce company. The manufacturing challenge — scaling production to meet a six-fold increase in demand — is fundamentally different from the customer service challenge, but both demand fast, scalable solutions.

The chatbot addressed the customer service challenge precisely because it operates at machine speed. Where a human customer service agent handles one conversation at a time, LetterBOT handled hundreds simultaneously, 24 hours a day, seven days a week. For a business suddenly managing a global customer base from a Welsh worklab, that capability was the difference between controlled growth and being overwhelmed.
{{< /faq >}}

{{< faq question="What is the Microsoft Azure QnA Maker approach?" >}}
The technology underpinning LetterBOT — Microsoft Azure's QnA Maker — is a knowledge base platform that enables businesses to build question-and-answer systems from existing content. Letterbox Lab's FAQ content, product documentation, and subscription information was fed into the knowledge base, enabling the bot to answer accurately from day one without needing to be trained from scratch.

The staff training element of the implementation — teaching Letterbox Lab's team to maintain and update the knowledge base — was essential for long-term sustainability. As products change and new questions emerge, the team can update the bot without external support.
{{< /faq >}}

{{< faq question="How did the pandemic response evolve into long-term business capability?" >}}
Like many of the businesses GoSmarter worked with during 2020, Letterbox Lab's adoption of a chatbot was initially a crisis response. But the capability they built during that period became a permanent part of their customer service infrastructure — a 24/7 channel that continues to handle queries, guide new customers through the product range, and free the team to focus on the work that requires human judgement.

This pattern — crisis response becoming permanent capability — is consistent with the broader shift to digital adoption that the pandemic accelerated across manufacturing and e-commerce.
{{< /faq >}}




## Logistics firm liberates staff with data automation

> FLS Logistics cut 50% of admin time by replacing spreadsheets with a data warehouse. Near real-time visibility without adding IT headcount.



[Freight Logistics Solutions (FLS)](https://www.freightlogisticssolutions.co.uk/) needed help to modernise its data warehousing capabilities to run more effecient operations and gain a competitive advantage. The aim for the cargo transport provider was to improve their digital position and scale their business.

## Approach

We consolidated data into a centralised reporting database to eliminate manual work and provide more timely insights into the business and its customers. Collaborating closely with the management and technical team to deliver a build a scalable and cost-effective data warehousing and data integration process. Utilising a mix of scheduled and real-time data feeds to provide an up-to-the-minute view of the business performance.​

### Objectives

- Consolidate data from multiple sources into one centralised reporting system​
- Deliver a cost-effective solution in terms of maintenance and scalability for the business​
- Train staff so that key digital capabilities are developed and sustained within the firm​
- Support data warehousing competencies in order to help leverage a distinct competitive advantage in the market​.

### Achievements

- Aligned prioritised technical requirements with business objectives in business modelling workshops
- Delivered one central database using Azure SQL that consolidated multiple data sources​.
- Delivered real-time data from APIs using Azure Functions. Real-time analytics support better business decision making​
- Provided a cost-effective solution using Platform as a Service (PaaS) and Serverless solutions with no ongoing maintenance burden and the ability to scale easily​
- Supporting ongoing data warehousing service in order to ensure database optimisation and backup maintenance.

## FAQs

{{< faq question="What is the 50% time saving — what it actually means?" >}}
Freeing up more than 50% of staff time from data entry is not an abstract metric. For a logistics business like FLS, the people spending that time on manual data work are typically operations staff with deep knowledge of their customers and their business. Redeploying that time to customer service, problem-solving, and strategic work is not just an efficiency gain — it is a capability gain.

The reason data entry consumed so much time was fragmentation: multiple data sources that did not talk to each other, requiring manual extraction and reconciliation to get a coherent picture of business performance. Consolidating that data into a centralised reporting database, with real-time feeds from key sources, removed the need for the reconciliation work entirely.
{{< /faq >}}

{{< faq question="Why Azure was the right choice?" >}}
The decision to build FLS's data warehouse on Azure SQL, with Azure Functions handling real-time data feeds, reflects a core principle in GoSmarter's engineering approach: use Platform as a Service (PaaS) and serverless solutions where possible to eliminate ongoing maintenance burden. For a logistics company, maintaining a database infrastructure should not require dedicated IT headcount — the platform should handle it.

The scalability of this approach is important too. As FLS's business grows and new data sources need to be added, the architecture supports that growth without requiring a rebuild.
{{< /faq >}}

{{< faq question="Near-real-time visibility — why it matters in logistics?" >}}
Chris Sourbutts' testimonial describes the goal as adding value to customers' experience. In logistics, the fundamental value proposition is reliability and transparency — customers want to know where their freight is and when it will arrive. Near-real-time data visibility gives FLS the operational picture they need to answer those questions accurately, manage exceptions before they become problems, and provide a service that retains customers rather than losing them to competitors.
{{< /faq >}}




## The digitalisation of Dry Ice

> How Polar Ice, Ireland's leading dry ice supplier, took its first steps towards digitalising its operations with Nightingale HQ.



Our CEO Ruth Kearney visits Ireland’s leading dry ice supplier, Polar Ice.

## A Brief History of Polar Ice

Polar Ice is a family run business established in 1996, they are the leading manufacturer and supplier of Dry Ice in Northern Ireland. They began with two employees and now have a team of seventeen people. Due to their hard work and dedication they have achieved an impressive market growth of over 800%.

Alison Ritchie is the managing director of Polar Ice, she helped to set up the company alongside her father and two brothers. In 2013, Polar Ice invested in food grade manufacturing and are certified to BRC v8 and ISO9001:2015. Due to consistently striving to achieve the highest grade in their BRC Quality audits, they are the approved dry ice supplier to some of the country’s top meat processors and food suppliers. To ensure their high standards are maintained, Polar ice employ their own quality assurance experts and operate a clean room manufacturing environment to prevent any physical, chemical, or microbial contaminants in their dry ice. As a result of their exacting standards, Polar Ice have received recognition for their achievements in several industry awards including the Ulster Bank Business Achievers Award 2015 - Winner of Women Led Business in Leinster.

## Why Is Dry Ice So Important?

Among Polar Ice’s many customers, pharmaceutical companies such as Pfizer use their dry ice in their shipping containers to transport drugs required to be stored at continuously low temperatures. Aer Lingus also uses dry ice provided by Polar Ice in their onboard catering storage units. Further examples include medical uses such as hospitals and labs to store samples and the Irish Blood Transfusion Service to transport vital plasma products. Whilst there are a number of industries that use dry ice, Polar Ice manufactures a range of products including blocks, slices, and pellets with custom-sized dry ice products on request making it a unique experience tailored to the client.

We are looking forward to working with Polar Ice as their digital partner and supporting them on their digitalisation journey made possible with our digitalisation voucher. To find out more about our products check out our [website](https://www.gosmarter.ai/products) or [book a call](https://outlook.office365.com/owa/calendar/NightingaleHQ@nightingalehq.ai/bookings/) to see how digitalisation could help your business.

## What Digitalisation Looks Like for a Specialist Manufacturer

Polar Ice isn't your typical manufacturer. They operate in food-grade conditions, hold BRC v8 and ISO 9001:2015 certification, and supply pharmaceutical clients including Pfizer. Their products go into cold chain logistics for medical-grade drugs that must be stored at continuously low temperatures. The stakes are high.

That level of compliance means their quality management processes are demanding. Every batch of dry ice they produce must be traceable. Every cleaning record must be accessible. Every supplier must be verified and documented. When an auditor walks in — and for BRC v8, they will — the documentation must be complete, accurate, and findable.

That's a lot of paperwork. Or it was.

### Moving from paper to digital records

Manual recording in a food-grade environment creates risk. Paper gets wet. Ink smudges. Records get misfiled. People forget to fill in a form at the end of a shift.

Digital tools remove most of that risk. When your team logs a temperature reading on a tablet, it's timestamped and stored automatically. When a batch is traced back for a customer query, the record is there in seconds. When an auditor asks for the last six months of cleaning logs, you don't spend two hours pulling files from a cabinet.

For a manufacturer with pharmaceutical clients who expect zero-defect supply chains, this isn't just efficiency. It's brand protection.

### Cold chain logistics and traceability

Polar Ice supplies dry ice for pharmaceutical cold chain logistics — where product traceability isn't a nice-to-have, it's a regulatory requirement. Pharmaceutical clients like Pfizer have strict supplier qualification processes. Being able to demonstrate rigorous digital records and full traceability is part of maintaining those relationships.

As Polar Ice grows, the manual approach to records and traceability will become a bottleneck. A team of 17 can manage a lot on paper. At 25 or 30, it starts to break down. Digitalising now means sustainable growth later.

## FAQs

{{< faq question="Why is digitalisation critical for food-grade manufacturers?" >}}
Food-grade manufacturing operates under audit regimes that demand complete, accurate, and retrievable records. BRC Global Standard for Food Safety requires documented procedures, traceability records, corrective action logs, and supplier approval documentation — and auditors will ask to see them.

Paper-based systems are vulnerable. Documents get lost, damaged, or completed incorrectly. Retrieving a specific record under audit pressure takes time you don't have. Digital systems solve this by creating automatic, timestamped records that are searchable and immediately accessible.

Beyond audit readiness, digital records support faster response to customer queries, better visibility of quality trends, and a cleaner handover when key staff are absent. For manufacturers supplying into pharmaceutical or medical supply chains — where traceability is a contractual requirement — digital records are non-negotiable.
{{< /faq >}}

{{< faq question="How does GoSmarter help businesses with complex compliance requirements?" >}}
GoSmarter works with manufacturers to identify the specific compliance documentation that's creating the most pain, then recommends or configures tools that reduce the manual effort involved.

That might mean a digital quality management module that captures inspection records automatically. It might mean a supplier approval workflow that ensures every new supplier completes the right checks before their first order. Or it might mean connecting existing systems so that compliance data flows without manual re-entry.

For manufacturers with complex regulatory requirements, our [compliance solutions](https://www.gosmarter.ai/solutions/compliance/) are designed to reduce the administration burden without compromising the rigour that auditors expect. The [MillCert Reader](https://www.gosmarter.ai/products/mill-certificate-reader/) is one example — it automates the processing of mill certificates, a document-heavy compliance task that typically costs hours of manual effort per week.
{{< /faq >}}

{{< faq question="What does a digitalisation voucher cover?" >}}
Digitalisation vouchers are funded programmes designed to subsidise the cost of digital advisory and technology adoption for small and medium-sized businesses.

In Northern Ireland, **Invest NI** has historically offered digitalisation voucher schemes covering consultancy costs, software licensing, and implementation support — typically meeting 50% of eligible costs up to a defined cap. **Enterprise Ireland** runs similar programmes for businesses in the Republic.

These vouchers are designed to reduce the risk of making a first investment in digital tools. They allow businesses to work with a specialist — like GoSmarter — to identify the right tools, implement them correctly, and train the team, without carrying the full cost upfront.

GoSmarter works with clients on funded programmes. We help structure the scope of work to meet funder requirements, manage reporting, and make sure the deliverables are genuinely useful to the business — not just boxes ticked to satisfy the grant conditions.
{{< /faq >}}

## Go deeper

- [GoSmarter Compliance Solutions](https://www.gosmarter.ai/solutions/compliance/) — managing compliance documentation automatically
- [No-Code Workflows for Metals SMEs](https://www.gosmarter.ai/hubs/no-code-workflows-metals-smes/) — how to digitalise without an IT department
- [AI for Metals Manufacturing](https://www.gosmarter.ai/hubs/ai-for-metals-manufacturing/) — a plain-English guide to AI in manufacturing