Measure
A sensor or compatible device produces a measurement, status or event.
Industrial connectivity & smart devices
IoT &
IoT &
Connected Solutions
Connect equipment, collect useful information and facilitate operational monitoring through solutions adapted to real-world requirements.
An architecture defined around your equipment, data and connectivity.
NISAN / CONNECTED OPERATIONS
MOCKUP
Concept monitoring overview
Tracked equipment
GPS
Configuration dependent
Data acquisition
IoT
Compatible sensors
Communication
↔
Based on network availability
Data utilization
DATA
Based on selected platform
Illustrative diagram — no live data
Concept architecture
DEVICE → DATA → ACTION
01
Connected devices
Sensors & equipment
02
Field data
Collection & transmission
03
GPS tracking
Vehicles & assets
04
Monitoring
Project-specific interfaces
IoT / Engineering
From field data to actionable information.
Understanding IoT
Connect devices to better understand operations.
The Internet of Things, or IoT, refers to devices capable of measuring, producing or transmitting information through electronic systems and communication networks.
A solution may combine sensors, a processing device, a communication method and a software interface. Its design depends on the required data, network coverage, operating environment and budget.
Our principle:
collect the right information, select an appropriate transmission method and make the data understandable to the people who need it.
How it works
Four steps to turn data into useful information.
The exact data path depends on the selected system. Some devices transmit data directly, while others require a gateway or intermediate processing.
Process
Data is prepared, interpreted or grouped according to the system capabilities.
Transmit
Information is transmitted through a communication link compatible with the site and application.
Use
An interface or application can display the data and support its analysis.
Our IoT solutions
Connectivity designed around your needs.
Services can cover needs analysis, equipment selection, integration and the definition of monitoring arrangements.
GPS tracking for vehicles and machinery
GPS / FLEETStudy and integration of geolocation solutions for vehicles, trucks and mobile equipment, with features depending on the selected devices and software.
↗Technical parameter monitoring
SENSORS / DATAStudy of measurement collection from compatible sensors: temperature, status, levels or other parameters depending on available instruments.
↗Industrial equipment connectivity
INDUSTRY / IoTAssessment of communication possibilities between equipment and monitoring systems, subject to interface compatibility and required authorizations.
↗Data collection and reporting
DATA / CONNECTIVITYDefinition of data paths, transmission frequency and the means needed to make information available to authorized users.
↗Monitoring interfaces
DASHBOARD / SOFTWAREStudy or development, according to the agreed scope, of interfaces for viewing status, history or indicators derived from available data.
↗Alerts and notifications
EVENTS / ALERTSDesign of alert mechanisms based on defined thresholds or events, where supported by the devices, connectivity and platform.
↗Integration of existing solutions
INTEGRATION / APIAssessment of data exchange with existing applications, subject to documentation, compatibility and authorized access.
↗
Application areas
01 / LOGISTICS
02 / INDUSTRY
03 / ENERGY
04 / BUILDINGS
05 / SECURITY
06 / UTILITIES
Practical applications for professional operations.
IoT can improve visibility into equipment and operations when data is reliable and properly used.
01 / LOGISTICS
Transport & logistics
Tracking and data collection solutions for vehicles and mobile assets, depending on installed equipment.
- Position and routes, depending on the system
- Available events and data
- Support for operational analysis
02 / INDUSTRY
Industry & maintenance
Study of parameter reporting to support equipment monitoring and technical diagnostics.
- Measurements from sensors
- Monitoring selected equipment states
- History where supported by the solution
03 / ENERGY
Energy & technical installations
Collection of data from compatible instruments to support monitoring of specified parameters.
- Instrument compatibility
- Transmission through supported interfaces
- Access to authorized data
04 / BUILDINGS
Buildings & facilities
Study of solutions for monitoring selected building states or parameters, depending on installed sensors and systems.
- Available measurements and status
- Compatible interfaces
- Alerts according to project scope
05 / SECURITY
Security & electronic equipment
Assessment of integration possibilities for data from compatible systems without replacing their dedicated safety functions.
- Study of available interfaces
- Authorized data exchange
- Respect for safety functions
06 / UTILITIES
Pumping & infrastructure
Study of data collection for selected parameters from water installations or infrastructure.
- Compatible sensors and parameters
- Transmission according to coverage
- Monitoring defined by requirements
Added value
See more. Understand better. Make better decisions.
A useful IoT solution starts with a measurable objective. It should address a real need without adding unnecessary complexity to operations.
Results depend on sensor quality, connectivity, configuration, maintenance and the effective use of data.
Operational visibility
Access available data through an appropriate viewing interface.
Improved asset tracking
Organize tracking of compatible equipment and the information it provides.
Diagnostic support
Use available measurements and histories to better understand selected events.
Better-informed decisions
Base selected decisions on information that has been properly collected and interpreted.
Project methodology
A structured process from requirements to deployment.
Every project should consider technical feasibility, recurring connectivity costs, site conditions and responsibilities related to data.
Define the need
Identify equipment, required data and operational objectives.
Assess feasibility
Analyze interfaces, power, connectivity and site constraints.
Define the architecture
Select components, data paths and information access methods.
Integrate & test
Verify communication, measurement quality and intended functions.
Document & maintain
Define responsibilities, monitoring procedures and maintenance.
Essential technical considerations
⇄
⌑
A connected solution must be reliable and controlled.
Technology selection alone is not enough. Connection quality, access security and service continuity must be considered from the design stage.
Connectivity & availability
The transmission method must suit site coverage, distance, data volume and communication frequency.
✓
Assess actual network coverage
✓
Consider possible connection loss
✓
Verify power supply and autonomy
✓
Define transmission frequency
Security & data governance
Access, user permissions, data retention and protection measures should be defined according to project risks and requirements.
✓
Restrict access to authorized users
✓
Protect credentials and communications
✓
Define backups and data retention
✓
Plan updates and maintenance
Frequently asked questions
Prepare your IoT project.
A few answers to help you understand the requirements for a connected solution.
What is the difference between IoT and an embedded system?
An embedded system performs an electronic or computing function within equipment. IoT concerns, among other things, connectivity and data exchange between devices and other systems. An embedded system can operate without an Internet connection.
Can IoT work without the Internet?
Some solutions operate on a local network or use direct communication between devices. Remote access and hosted services may require additional connectivity.
Can trucks and machinery be tracked by GPS?
Yes, a tracking solution can be studied according to the vehicles, compatible trackers, communication coverage, tracking needs and selected software services.
Can alerts be received when an anomaly occurs?
This depends on whether a measurement or detectable event exists, configured rules, available transmission and the capabilities of the selected platform.
What budget should be expected?
The budget depends on the number of devices, sensors, trackers, connectivity, software development, installation and maintenance. A needs assessment allows a suitable quotation to be prepared.
Does NISAN already have a proprietary IoT platform?
This page describes solution areas that can be studied. The availability of an existing platform, proprietary product or specific integration must be confirmed when assessing your request.
Want to connect your equipment or improve operational tracking?
Present your needs to NISAN CORPORATION SARL so we can assess an IoT solution suited to your equipment, environment and objectives.