Get end-to-end manufacturing software development — from production scheduling and inventory management to AI-powered machine monitoring — with the scalability to grow from a single plant to enterprise scale.
















Translate operational challenges into a concrete technology roadmap before committing to development. Expert analysis of existing systems, manufacturing workflows, and integration requirements ensures every build decision is grounded in real business outcomes.
What you get:
Current system audit and gap analysis
Technology selection aligned with manufacturing processes
Clear budget and timeline estimate before work begins
Build software solutions that fit the workflows of your production environment — not generic off-the-shelf solutions stretched to fit. Full-cycle development covers everything from shop floor interfaces to backend data infrastructure.
What you get:
Purpose-built interfaces for operators, managers, and executives
Real-time production data collection and visualization
Role-based access control and robust security measures
Connect manufacturing software to the broader operational ecosystem. Seamless integration between ERP systems, MES platforms, IoT devices, and third-party tools eliminates data silos and gives production teams a single source of truth across all manufacturing operations.
What you get:
IoT device and sensor data ingestion at scale
REST API and legacy system connectivity
Real-time data sync across all integrated endpoints
HL7/FHIR for regulated manufacturing environments where applicable
Extend the value of existing manufacturing software without a full rebuild. Targeted modernization of legacy platforms improves performance, expands functionality, and brings aging systems into compliance with current security and operational standards.
What you get:
Legacy codebase audit and technical debt assessment
Cloud migration and infrastructure upgrade
Performance optimization for high-volume production environments
Keep manufacturing software performing reliably as operations scale. Proactive monitoring, scheduled updates, and dedicated support ensure the platform evolves with the business without accumulating technical debt.
What you get:
Feature expansion as manufacturing needs evolve
Dedicated support team with manufacturing domain expertise
SLA-backed response times for critical production systems
Discover how manufacturing companies eliminated manual workflows, gained real-time production visibility, and scaled operations.
Purpose-built software for the specific challenges that slow down manufacturing companies.
Technology is selected to maximize performance, real-time data reliability, and long-term maintainability.



Collaborate in a way that fits your team structure and project maturity.
A fully integrated manufacturing software development team embedded in your processes. Ideal for long-term platform evolution, ongoing feature development, and multi-stream delivery across complex manufacturing operations.
Best for:
Enterprise manufacturers
Scaling industrial software products.
A defined scope delivered end-to-end — from architecture through production deployment.
Best for:
New custom manufacturing software builds
System integrations
Legacy modernization projects
Senior manufacturing software developers embedded in an existing team to accelerate delivery and fill specific technical gaps.
Best for:
Teams needing IoT integration expertise
Azure specialists, or React Native engineers for mobile workforce tools
Manufacturing software is a category of custom software solutions designed to digitalize, automate, and optimize production operations. It spans a wide range of systems — from manufacturing execution systems (MES) and ERP platforms to inventory management, predictive maintenance tools, OEE software, and supply chain management solutions.
The right manufacturing software depends entirely on the specific operational challenges of the business. Off-the-shelf solutions like SAP, Odoo, or Oracle cover broad ERP functionality but rarely fit the exact workflows of a specific manufacturing environment. Custom manufacturing software development fills the gap — building tailored solutions that integrate with existing systems, match production-line realities, and scale with the business.
Timeline depends on scope and complexity. A focused module — such as a machine monitoring dashboard or a warehouse management tool — can be delivered in 2–4 months. Mid-range platforms with ERP integration, IoT connectivity, and custom reporting typically require 4–9 months. Enterprise-grade manufacturing software development projects with multi-site deployments and complex data infrastructure run 9–18 months.
Custom manufacturing software development costs vary significantly by scope. Targeted tools — a production scheduling module or an OEE dashboard — typically run $40,000–$100,000. Mid-complexity platforms with system integrations and IoT connectivity range from $100,000–$300,000. Enterprise-grade manufacturing execution systems or multi-site platforms can exceed $300,000.
Factors include the number of integrations with existing systems, real-time data requirements, mobile components, and AI features.
An ERP (enterprise resource planning) system manages business-level functions — finance, procurement, HR, and order management — across the entire organization. A manufacturing execution system (MES) operates at the shop floor level, tracking real-time production orders, machine status, quality checkpoints, and operator activity.
Predictive maintenance software analyzes real-time telemetry data from manufacturing equipment — vibration, temperature, pressure, cycle counts — to identify patterns that indicate impending failure. Rather than scheduling maintenance on fixed intervals or waiting for breakdowns, predictive maintenance platforms alert teams when equipment health data suggests intervention is needed.
Yes. Integration with SAP, Odoo, and custom ERP systems is a core part of most manufacturing software development engagements. Akveo builds integration layers using REST APIs, Azure Service Bus, and direct database connectors to enable real-time data exchange between custom manufacturing applications and existing ERP and CRM systems.
Turn operational requirements into a concrete development plan. Fill out the details below to receive a transparent breakdown of the budget and timeline required to build or modernize your manufacturing software.