Sensors & equipment signals
Capture temperature, humidity, pressure, level, flow, energy, counts, run state, alarms and other relevant conditions.
Industrial IoT & sensor integration
Turn machine and sensor signals into operational action.
Connect equipment, meters and environmental conditions to alerts, workflows and existing systems—so teams know what changed, what needs attention and what was done about it.
Technology-neutral engineeringIntegration with OCTO Ops and existing systems
VisibleCondition and state without manual chasing
ResponsiveAlerts tied to clear responsibility
TraceableSignal, action and evidence in one record
ConnectedOperational data shared where it matters
Start with the decision
Industrial IoT is useful when a signal changes what the operation does next.
A dashboard full of readings is not the outcome. The value comes when trusted physical data triggers a timely, accountable response.
Flatorb begins with the condition, state or event the business needs to know—then engineers the sensing, connectivity, rules, user workflow and integration around it.
Where a simple manual check or barcode transaction is sufficient, we will say so. Sensors, gateways and advanced connectivity should be justified by frequency, risk, response time and return.
The operational outcomeKnow what changed, decide whether it matters, assign the response and preserve the evidence.
Practical design principle
Begin with one high-value decision or exception, prove it in the real environment, and scale only after the data and response workflow are dependable.
Core capabilities
Build the complete path from sensor to accountable action.
The solution is configured around the physical environment, operating risk, people and systems—not around a fixed device catalogue.
Edge & gateway engineering
Collect, normalize and transmit reliable readings using an appropriate industrial or wireless connection.
Rules, alerts & workflows
Convert thresholds and state changes into notifications, assignments, escalation, approval and response evidence.
Platform & systems integration
Connect trusted IoT events with OCTO Ops, ERP, MES, CMMS, dashboards and other applications where required.
Practical applications
Monitor the conditions and states that carry operational consequence.
Each application should have a defined owner, response window and business reason—not just a sensor and a graph.
Temperature & humidity
Protect cold chain, storage, production or controlled environments with threshold alerts and response evidence.
Equipment condition
Capture run state, stoppage, alarms, vibration or other indicators that help teams respond before loss increases.
Energy & utilities
Bring meter readings and usage patterns into operational reporting, exceptions and improvement initiatives.
Level, pressure & flow
Monitor tanks, lines, pumps and processes where changes affect safety, continuity, quality or replenishment.
Production & cycle signals
Record counts, cycles and machine events to improve visibility of output, interruptions and actual operating time.
Safety & environment
Connect door state, air quality, leakage, noise or other conditions to the response process appropriate to the site.
Connected architecture
Keep the physical signal attached to its operational context.
The right architecture can use existing devices and systems, add only the missing control points, and preserve a clear boundary between operational technology and business applications.
- 01Capture
Read the condition or equipment state
Use an appropriate sensor, PLC interface, meter or device already present in the environment.
- 02Normalize
Validate and contextualize the signal
Apply timestamps, equipment identity, location, units, quality checks and edge logic where required.
- 03Control
Apply the business and response rule
Determine whether the event is normal, exceptional, urgent, acknowledged or overdue.
- 04Improve
Use the history to reduce recurrence
Review patterns, delays, failures and response performance before expanding the automation.
- Physical layerMachine · meter · environment
- Edge layerSensor · PLC · gateway
- Operational layerOCTO Ops · rules · workflow
- Enterprise layerERP · MES · CMMS · BI
Engineering principle
The best Industrial IoT solution is the simplest dependable path from signal to action.
“Technology earns its place when the reading is reliable, the response is clear and the operational result can be measured.”
Related capabilities
Connect sensing with the systems and workflows that coordinate work.
Industrial IoT often creates the greatest value when combined with operational software, process automation and integration.
01
Related capabilityProcess Automation
Turn trusted events into assignments, approvals, escalations and controlled next steps.
Explore Process Automation ↗02
Related capabilitySystems Integration
Share sensor-driven operational events with ERP, maintenance, manufacturing and reporting systems.
Explore Systems Integration ↗Frequently asked questions
Practical questions before you instrument the operation.
We confirm the physical environment, existing devices, response workflow, connectivity and security requirements during discovery.
Do we need to replace our existing sensors, meters or PLCs?
Not necessarily. We first assess the available signals, interfaces, reliability and ownership. Existing equipment can often be integrated, with new devices added only where there is a clear gap.
Which industrial protocols and connectivity options can be used?
The choice depends on the equipment and environment. An implementation may use industrial interfaces, Ethernet, Wi-Fi, cellular or low-power wireless patterns, with gateways and standard messaging where appropriate.
Can the system work when internet connectivity is intermittent?
Yes, where the use case permits it. Edge buffering, local logic and synchronization can be designed into the solution, subject to the required response time and equipment architecture.
Can a sensor alert automatically create a task or escalation?
Yes. Thresholds and state changes can trigger notifications, assignments, escalation, acknowledgement, evidence capture and integration with the relevant operational workflow.
How do you address security?
Security is designed with the customer’s IT and operational-technology policies, including controlled interfaces, segmented access, encrypted communication where supported, role-based permissions and minimized exposure.
Can we begin with one machine or one process?
Yes. A focused pilot is often the best starting point. It allows the team to prove data reliability, response behaviour and operational return before scaling.
Start with the operational need
Which signal should change what your team does next?
Show us the condition, equipment, current response and systems involved. We’ll help define the practical IoT architecture and first implementation step.
Discuss your requirement ↗