Discrete Manufacturers
Work order tracking, routing and traceability across assembly, machining and fabrication lines.
Manufacturing IT Services
Codazz builds and integrates the software that runs a plant — MES and shop-floor apps, ERP integration, industrial IoT telemetry, predictive maintenance, production scheduling, computer-vision quality inspection and warehouse systems. Brownfield-friendly: we connect to the controllers and equipment you already run rather than asking you to replace them.

Independently audited, certified and built to standards you can check

IT solutions for manufacturing are the systems that run a plant: MES and ERP integration, industrial IoT telemetry from machines and sensors, predictive maintenance models, production scheduling, quality-inspection computer vision, and warehouse and inventory software. Codazz builds and integrates these systems, connecting shop-floor equipment over OPC UA, MQTT and Modbus to cloud data pipelines, then surfacing OEE, downtime and yield data to plant and supply chain teams.
Most plants run a mix of new and twenty-year-old equipment. We read PLCs over OPC UA, Modbus and MTConnect, and add external IoT sensors where a machine exposes nothing at all.
Work orders, material consumption, labour and scrap moving cleanly between the shop floor and SAP, Oracle, Dynamics, NetSuite or Odoo — without double entry or overnight batch guesswork.
Vibration, temperature, current and cycle-count history turned into anomaly detection and remaining-useful-life models that open a work order before a fault becomes downtime.
Computer-vision models on line-side cameras for surface defects, missing components, label and print verification, with human-in-the-loop review for borderline calls.
Work order tracking, routing and traceability across assembly, machining and fabrication lines.
Batch records, recipe management, yield tracking and continuous-process telemetry with audit trails.
Multi-customer job costing, capacity planning and customer-facing production visibility portals.
CMMS integration, condition monitoring, spare-parts planning and mobile maintenance workflows.
Demand and supplier signals, inventory policy, and automated replenishment against production plans.
Our Manufacturing Solutions
No eighteen-month big-bang programme. Each system below ships on its own, integrates with what you already run, and earns the next one.
MES
Work order execution, routing and operation tracking, material consumption, labour capture, scrap and rework coding, plus finite-capacity scheduling that reflects real changeover times.
ERP
Bidirectional integration between shop-floor systems and SAP, Oracle, Microsoft Dynamics, NetSuite or Odoo — BOMs, work orders, inventory movements, job costing and financial postings.
IIoT
Edge gateways, sensor retrofits and protocol adapters that stream machine data over MQTT into time-series storage, with OEE, downtime reason codes and live line dashboards on top.
Analytics
Anomaly detection and remaining-useful-life models trained on machine history and past failures, plus demand and inventory forecasting for planners.
Vision
Line-side cameras and vision models for surface defects, missing or misplaced components, label and OCR verification, with defect images and results written back to the batch record.
WMS
Receiving, putaway, cycle counting, kitting, work-in-progress tracking and finished-goods dispatch, with barcode and RFID scanning on rugged mobile devices.
Manufacturing software fails when it ignores the floor. A scheduling tool nobody trusts, a dashboard fed by a nightly export, an inspection step that adds thirty seconds to takt time — all of it gets worked around within a month. We start by instrumenting what is actually running, prove the data is right, and only then build the planning, analytics and automation layers on top of it. That order is why the systems stay in use.
500+
Projects Delivered
Across 16+ industries
200+
Engineers
Edmonton HQ, Chandigarh dev centre
34
Countries Served
Clients in 96 cities
OPC UA
Shop-Floor Ready
Plus Modbus, MTConnect and MQTT
Platforms and partners our clients build with
Why Codazz for Manufacturing
Protocol adapters and edge gateways that timestamp at source, buffer through network drops, and reconcile against counters so the numbers match the floor.
Finite-capacity plans that respect changeovers, tooling, labour skills and material availability instead of assuming infinite capacity.
Availability, performance and quality broken down by line, shift and reason code, so improvement work targets the actual constraint.
Supplier lead times, safety stock policy and consumption signals wired together so purchase requisitions raise themselves against the production plan.
Lot and serial genealogy from raw material through to shipment, with electronic batch records and immutable change logs for regulated production.
Scanner-first, glove-friendly interfaces for operators, maintenance and material handlers that keep working when the plant Wi-Fi does not.
Direct PLC and controller reads
Vibration, temperature and current
CNC and machine-tool telemetry
High-frequency tag historians
Availability, performance, quality
Edge defect detection models
Anomaly and RUL modelling
Material and WIP tracking
Purdue-model network boundaries
Store-and-forward through outages
Platforms we designed, built and still support.

Logistics
An IoT fleet and route-optimization platform running 15K+ daily deliveries with a 98% on-time rate and 25% fuel savings.

FinTech
Rebuilt a real-time trading engine for 100K+ users — sub-50ms latency and 99.99% uptime.

Healthcare
A HIPAA-compliant patient platform that has handled 200K+ consultations and cut consultation time by 60%.
Common questions about our IT solutions for manufacturing — integration with existing MES and ERP systems, industrial protocol support, predictive maintenance and delivery timelines.
Ask our teamCodazz builds MES and shop-floor applications, ERP integration layers, industrial IoT telemetry pipelines, predictive maintenance models, production scheduling and planning tools, computer-vision quality inspection, and warehouse and inventory management systems. Every build is custom software integrated with the equipment, controllers and business systems already running in your plant.
Yes. We build integration layers between shop-floor systems and enterprise software using REST and GraphQL APIs, message queues, flat-file and EDI exchange, and database-level replication where an API does not exist. Typical targets include SAP, Oracle, Microsoft Dynamics, NetSuite, Odoo and in-house MES platforms, so plant data and order data stay in sync without replatforming.
We connect to PLCs and machine controllers over OPC UA, Modbus TCP and RTU, MTConnect, EtherNet/IP and Profinet, then normalise that data onto MQTT or Kafka for the cloud layer. For retrofits on older equipment we add external IoT sensors for vibration, temperature, current draw and cycle counting rather than replacing the machine.
Predictive maintenance starts with a historian of machine telemetry: vibration, temperature, current, pressure and cycle counts sampled continuously. We label that history against past failures and work orders, then train anomaly-detection and remaining-useful-life models that raise a maintenance ticket before a fault becomes downtime. Model quality depends on how much labelled failure history exists, so we start with rule-based thresholds and move to learned models as data accumulates.
Yes. We build receiving, putaway, cycle counting, kitting, work-in-progress tracking and finished-goods dispatch, with barcode and RFID scanning on mobile devices used on the floor. These systems connect back to ERP for stock valuation and to MES for material consumption against work orders.
A single-line telemetry pilot with a dashboard and alerting typically runs 6 to 10 weeks. A plant-wide MES module with ERP integration and mobile shop-floor apps usually takes 4 to 8 months. We deliver in two-week sprints against a fixed scope per milestone so each release is usable on the floor before the next one starts.
Where we build Manufacturing software
Tell us what you are trying to build. A senior engineer will come back within one working day with a scope, a timeline and a fixed price.