Service // All IoT development services
Drive Operational Excellence with Industrial IoT Solutions
As a premier IIoT service provider, we specialize in custom solutions, enhancing industrial operations across manufacturing, energy, and logistics. Our services enable real-time analytics, streamlined communication, and automation, driving operational excellence.
OUTCOMES
What this work is measured on.
The outcomes engagements in this practice aim at, and how we track them.
We record how often lines stop today and why, then track the same stoppages once condition monitoring is live.
Predictive schedules are judged on your maintenance records: what breakdowns cost now versus what condition-based work costs after.
We instrument energy at the machine level so consumption per unit produced is a number you watch, not an estimate.
Industrial systems are built to run 24/7, so we instrument availability from day one and report what it actually is.
WHERE THIS SITS // CWR90
This is Walk work: days 31-60 of the 90. The build phase, where the agent takes shape inside your systems.
COVERAGE
What the engagement covers.
From strategy to implementation, every layer of the build is owned.
Predictive Maintenance
Implement condition-based predictive maintenance to prevent equipment failures and optimize maintenance schedules.
Real-Time Monitoring
Monitor industrial equipment, processes, and environments in real-time with comprehensive sensor networks.
Industrial Automation
Automate manufacturing processes, quality control, and supply chain operations with intelligent systems.
OT/IT Integration
Bridge operational technology and information technology systems for unified data management and control.
Industrial Analytics
Advanced analytics for production optimization, energy management, and operational intelligence.
Edge Computing Solutions
Deploy edge computing for low-latency processing and real-time decision making in industrial environments.
INDUSTRIES
Where this already runs.
Sector experience that shortens the path from scoping to shipping.
Manufacturing
Smart manufacturing with predictive maintenance, quality control, and automation
Energy & Utilities
Smart grid management, energy optimization, and infrastructure monitoring
Oil & Gas
Pipeline monitoring, safety systems, and production optimization
Logistics & Supply Chain
Fleet tracking, warehouse automation, and supply chain optimization
Mining
Equipment monitoring, safety systems, and operational efficiency
Chemical Processing
Process monitoring, safety compliance, and quality assurance
PROCESS
How the work runs.
A fixed sequence with sign-off gates, so you always know where the engagement stands.
- 01
Industrial Assessment
Analyze industrial processes and identify IIoT implementation opportunities
- 02
System Architecture
Design robust IIoT architecture with industrial-grade components
- 03
Implementation & Integration
Deploy IIoT solutions with existing industrial systems integration
- 04
Optimization & Scaling
Optimize performance and scale solutions across industrial operations
FAQ // QUESTIONS
Frequently asked questions.
Direct answers about scope, timelines, and how delivery works.
What is Industrial IoT (IIoT) and how does it differ from consumer IoT?
Industrial IoT (IIoT) focuses on industrial applications with requirements for higher reliability, security, and performance. Unlike consumer IoT, IIoT operates in harsh environments, requires real-time processing, emphasizes safety and compliance, and integrates with existing industrial systems for mission-critical operations.
How does predictive maintenance work in IIoT systems?
Predictive maintenance uses sensors to continuously monitor equipment health, AI algorithms to analyze data patterns, and machine learning to predict potential failures before they occur. This enables scheduled maintenance based on actual condition rather than fixed schedules, reducing downtime and maintenance costs.
What industrial protocols and standards do you support?
We support industrial protocols including OPC-UA, Modbus, MQTT, CoAP, EtherNet/IP, PROFINET, and legacy protocols. Our solutions comply with industrial standards like ISA-95, IEC 61499, and security frameworks such as IEC 62443 for comprehensive industrial connectivity.
How do you ensure security in industrial IoT environments?
We implement multi-layered security including network segmentation, encrypted communications, device authentication, access controls, intrusion detection, and compliance with industrial security standards. Our approach protects against cyber threats while maintaining operational continuity and safety.
How long does an IIoT implementation take?
IIoT implementations run weeks to months depending on scope. Retrofitting sensors onto legacy equipment, integrating with SCADA or MES systems, and plant access windows are the factors that stretch timelines most. We phase the rollout, typically starting with one line or asset class, so production is never held hostage to the project plan.
What do you need from us to start an IIoT project?
We need a walkthrough of the process you want instrumented, access to whoever maintains the equipment and existing control systems, and the operational number you want to improve. Drawings, protocol documentation, and network diagrams help, but missing documentation is common in older plants and we plan for it.
Who owns the firmware, code, and machine data after an IIoT engagement?
Your organization does, in full. Firmware, application code, dashboards, and all machine data collected during the engagement are yours, handed over with documentation and deployment instructions. We build on open protocols like OPC-UA and MQTT precisely so you are never locked into us or a single vendor.
How do you measure the success of an IIoT deployment?
Before we deploy anything, we agree a baseline for the number the IIoT system is supposed to move: unplanned downtime, scrap rate, energy per unit, or cycle time. That same number is tracked once the system runs in production, so the result is read from your operational data, not from a slide we made. If it has not moved, we treat that as engineering work still to do.
What does post-launch support look like for industrial IoT systems?
IIoT fleets need patching, sensor recalibration, and gateway updates long after go-live. We offer ongoing fleet maintenance covering monitoring, firmware and security updates, hardware failure handling, and periodic reviews against your baseline. You can take this in-house with our runbooks or keep us on a retainer, whichever fits your operations team.
How does pricing work for IIoT development?
We price from a scoped proposal after an engineering call, not from a rate card, because instrumenting a single line and instrumenting an entire plant are different projects. Work is structured either fixed-scope for defined builds or as a retainer for ongoing IIoT development and fleet support. No amounts are quoted before we understand the equipment, the environment, and the integration surface.
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