Full-stack web applications built to scale. Engineered for Manufacturing.
IRPR.io designs and engineers custom web applications for startups, enterprises, and growth-stage teams worldwide. Whether you need an internal operations platform, a customer-facing SaaS product, or a high-traffic marketing site, we build web applications with the performance, security, and maintainability of a tier-one engineering team.
IRPR.io delivers industrial and manufacturing software - from MES and ERP integrations to IoT-powered predictive maintenance and Industry 4.0 dashboards. We engineer for environments where uptime, safety, and physical-world consequences matter.
When IRPR.io builds web app development for Manufacturing organizations, we bring both the deep technical craft of our global engineering team and a working understanding of Manufacturing-specific realities: Legacy system integrations (SAP, Oracle, custom MES), IoT device fleet management and OTA updates, Real-time OEE dashboards and anomaly detection. Every engagement we run in the Manufacturing space is compliance-aware from day one, with ISO 9001, ISO 27001, SOC 2 baked into architecture decisions — not bolted on at the end.
Every engagement runs through our IRPR framework — Idea, Roadmap, Product, Release. Fixed price set in week 2. Senior engineers from kickoff to handoff. No ticket-counting.
No juniors learning on your dime. Every line of code is written or reviewed by a senior engineer.
We commit to business outcomes, not ticket counts. Fixed scope, fixed budget, fixed timeline.
Your repo, your infrastructure, your IP. We hand off a codebase your team can actually maintain.
Every sector has its own gravity — the constraints, integrations, and audit pressures that bend a build. We treat them as inputs to architecture, not afterthoughts.
Legacy system integrations (SAP, Oracle, custom MES). We design web apps architectures that address this directly — at the data model, the access controls, and the operational runbooks — rather than as a post-launch fix.
IoT device fleet management and OTA updates. We design web apps architectures that address this directly — at the data model, the access controls, and the operational runbooks — rather than as a post-launch fix.
Real-time OEE dashboards and anomaly detection. We design web apps architectures that address this directly — at the data model, the access controls, and the operational runbooks — rather than as a post-launch fix.
Safety-critical workflows and audit trails. We design web apps architectures that address this directly — at the data model, the access controls, and the operational runbooks — rather than as a post-launch fix.
Supply-chain visibility across tiers. We design web apps architectures that address this directly — at the data model, the access controls, and the operational runbooks — rather than as a post-launch fix.
Patterns we've shipped to production — not capabilities we'd be willing to try. Every entry below has at least one engagement behind it.
Where web apps meets mes / erp modernization and integrations: shipped patterns, regulated by Manufacturing workflows, with the audit trail and operational telemetry your team needs from day one.
Where web apps meets predictive maintenance with iot + ml: shipped patterns, regulated by Manufacturing workflows, with the audit trail and operational telemetry your team needs from day one.
Where web apps meets quality-control and inspection software: shipped patterns, regulated by Manufacturing workflows, with the audit trail and operational telemetry your team needs from day one.
Where web apps meets supply-chain visibility platforms: shipped patterns, regulated by Manufacturing workflows, with the audit trail and operational telemetry your team needs from day one.
Where web apps meets factory operations dashboards: shipped patterns, regulated by Manufacturing workflows, with the audit trail and operational telemetry your team needs from day one.
Controls designed into the system from the architecture phase — first-pass audits are the norm, not the exception.
Quality-management discipline that survives audit and supports continuous-improvement workflows.
Information-security management aligned to a real ISMS — controls, evidence, and management review built in.
Trust-services controls baked into your SDLC so audits become a reporting exercise, not a fire drill.
ITAR (when applicable) requirements designed into the architecture rather than bolted on at audit time.
Every engagement ends with a working codebase, runbooks, and a team trained to operate it. No undocumented black boxes.
What are you actually building — and for whom.
Fixed price, fixed scope, fixed timeline. No surprises.
Senior engineers ship the build — weekly demos.
Production, on-call runbooks, and your team trained.
Tell us what you're building. We'll come back in five days with a roadmap, a fixed price, and a dedicated team ready to ship.