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Our Work / Industrial Process Automation
ManufacturingUnited StatesAutomation

Industrial Process Automation

Automation that takes repetitive, error-prone steps out of a manufacturer's daily process.

DeliverablesProcess review, automation software, alerts, activity log
IndustryManufacturing
CountryUnited States

Business goals

The client is a US manufacturer whose day-to-day process relied on steps that people had to repeat by hand. Manual steps like these cost time on every run, and each one is a chance for a mistake that someone finds later, when it costs more to fix. The client wanted that repetitive work handled automatically, so staff could spend their attention on the exceptions that actually need a person's judgment.

Project overview

Hexagon reviewed how the work moved through the client's process, then built automation around the steps that were repetitive and predictable. Routine tasks now run on rules and schedules. When something falls outside those rules, the right person gets told. Every automated action leaves a record, so staff can see what happened and when, and the process can be adjusted as the operation changes.

Challenges faced and solved

Automation pays off only when it fits how the shop really works.

The challenge

Repeat work eating up skilled time

Skilled people on a production floor end up doing clerical repetition: copying values, checking status, kicking off the next step. It's necessary work that doesn't need their experience.

Our solution

We mapped the repeat steps with the client and automated the ones with clear rules, leaving decisions that call for judgment with the staff.

The challenge

Errors caught too late

A wrong value typed early in a process may not surface until much later. By then the rework costs far more than the original mistake would have.

Our solution

We added validation at the point where information enters the process, so a bad value is rejected before it reaches the next step.

The challenge

Knowing when something stalls

When a process depends on people passing work along, a stalled step can sit unnoticed until someone asks why an order or job hasn't moved.

Our solution

We built exception alerts, so the responsible person hears about a stalled or failed step as soon as the system detects it.

The challenge

Trusting what the system did

Staff won't rely on automation they can't check. If nobody can tell what ran and why, people quietly go back to doing it by hand.

Our solution

We gave every automated action a timestamped log entry and a status view, so anyone on the team can check the work.

Features

FeatureDescription
Production and operations staff
1. Rule-Based Task AutomationPredictable steps run automatically once their conditions are met, which takes repetitive handling off the floor.
2. Scheduled JobsRecurring work runs at set times, so it doesn't depend on someone remembering it during a busy shift.
3. Input ValidationValues are checked as they come in, stopping obvious errors before they travel further down the process.
4. Exception AlertsWhen a step fails or falls outside the rules, the responsible person is notified so they can step in.
5. Status ViewA simple screen shows what is running, what's finished and what needs attention.
Supervisors and administrators
6. Activity LogEach automated action is recorded with its time and outcome, which makes troubleshooting a matter of reading rather than guessing.
7. Rule SettingsAuthorized staff can adjust thresholds and schedules without a code release.
8. Manual OverrideA supervisor can pause an automated step and handle it by hand when the situation calls for it.
9. Data HandoffsInformation moves between steps automatically, which removes retyping between one stage and the next.

How the platform is put together

Each layer has one job.

What staff seeStatus, alerts and settings in a browser
JavaScript
The automation itselfRules, scheduled jobs and validation
PythonREST APIs
Keeping it runningVersion control and controlled, testable changes
Git and GitHubCI/CD

The result

Repetitive steps in the client's process now run automatically, with people pulled in only when something needs them. The activity log shows what ran and when.

AreaBeforeAfter
Routine stepsRepeated by hand on every runRun automatically by rule or schedule
Data entry errorsOften found downstreamChecked when the information comes in
Stalled workNoticed when someone askedFlagged with an alert to the responsible person
Process recordsDependent on individual memoryTimestamped log of each automated action

How we took it from idea to launch

Good software follows a process. Here are the six stages, and what happens in each one.

Stage 1

Discovery & Requirements

Goal: Define the product vision, target audience and core business requirements.

Key activities
  • Stakeholder interviews
  • Market and competitor research
  • Defining user personas
  • Drafting technical specifications or a Product Requirements Document (PRD)
Stage 2

Design (UX / UI)

Goal: Create an intuitive user experience and visual interface.

Key activities
  • UX design: information architecture, user flows and wireframes
  • UI design: high-fidelity mockups and interactive prototypes in Figma or similar tools
  • Design system: colors, typography and component libraries
Stage 3

Development: Frontend & Backend

Goal: Build the functional application using agile sprints.

Key activities
  • Backend: set up databases, design APIs (REST, GraphQL), implement server logic, and configure authentication and authorization (OAuth, RBAC)
  • Frontend: build responsive interfaces and connect components to backend APIs
  • Version control: manage code through Git and GitHub
Stage 4

Security & Optimization

Goal: Harden the application against vulnerabilities and boost performance.

Key activities
  • Security: address the OWASP Top 10, including injection, XSS and CSRF, enforce encryption in transit and at rest, and implement rate limiting
  • Optimization: code splitting and lazy loading, database indexing, API caching and load testing
  • QA and testing: unit, integration and end-to-end tests
Stage 5

Beta Release

Goal: Deploy to a controlled group of real users to catch edge-case bugs and gather feedback.

Key activities
  • Set up staging and production CI/CD pipelines
  • Launch a closed or open beta with real users
  • Monitor errors through observability tools
Stage 6

Public Release (Launch)

Goal: Roll the software out to the general public.

Key activities
  • Final production deployment
  • DNS configuration
  • Marketing and onboarding rollout
  • Post-launch performance and security monitoring

Business benefits

Better use of skilled staff

Experienced people spend less time on clerical repetition.

Less rework

Bad inputs get stopped before they cost more downstream.

Faster response

Problems reach the right person rather than waiting to be noticed.

A process you can check

The activity log answers questions about what happened on any given run.

Conclusion

Good automation in manufacturing is rarely dramatic. It's a set of small, dependable steps that happen correctly every time, with a clear signal when they don't. Hexagon started with how the client's process actually ran, automated what was predictable and left judgment calls to the people who know the work. If your plant still has staff repeating the same steps by hand every shift, show us that process. We'd welcome a conversation about which parts are worth automating first.

Talk to us about your project

Related services: business process automation · custom software development

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FAQs

Do we have to replace our existing systems?Not usually. Automation can often work around what you already have, and we look at that during the process review.
Who decides what gets automated?You do. We review the process with your team and recommend steps with clear rules.
What happens when an automated step fails?The responsible person gets an alert, and the activity log shows what happened.
Can we change the rules later?Yes. Thresholds and schedules can be adjusted by authorized staff, and larger changes go through normal releases.

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