Cyber Vision provides visibility into operational activity and events to ensure seamless operations, higher uptime, and safety of industrial operations.
A cloud-based dashboard that enables OT staff to reduce downtime and improve safety by simply deploying, managing, monitoring and maintaining critical IoT-powered networks, assets and data using built-in IT-managed standards. By streamlining collaboration between IT and OT, this dashboard enables organizations to manage secure IoT connectivity at massive scale with existing staff.
Control Center is an IoT services platform. It provides set-and-forget automation of the entire IoT service lifecycle. It gives you real-time network intelligence, with continuous monitoring of changing network conditions and device behavior. And it is deeply integrated into numerous operator groups across the globe.
Developer Resources
Control Center Overview Control Center Documentation Control Center Sandbox
Cisco IoT Field Network Director (FND) is the network management system for FAN deployment at scale. Cisco FND is designed to help operations teams manage large scale FAN lifecycles across changing conditions and network constraints to stay up and running.
Developer Resources
Field Network Director API Documentation Field Network Director NB-API Sandbox
Accelerate business transformation with tested applications on programmable IoT infrastructure!
Industrial NetDevOps brings the Culture, Tools and Technical Methods from DevOps to Industrial Networks so that they will be more secure, flexible and fast-responding.
Cisco Edge Intelligence is a new IoT software that Extracts, Transforms, Governs and Delivers data from connected assets at the edge to multi-cloud destinations.
Developer Resources
Cisco IOx is a simple yet powerful infrastructure framework allowing developers and operators to securely onboard legacy and greenfield applications to their IoT edge infrastructure at massive scale, creating business value from previously untapped data.
Developer Resources
- Ruggedized, industrial design
- Multiservice IPv6 advanced routing
- Integrated security
- High-availability operation
- Industry-leading reliability and performance
- Simple, OT-centric management
- Support for industrial protocols and standards
- Purpose-built for harsh industrial environments
- Rapid deployment and simple management
- Edge application execution with Cisco IOx
- Operates in hostile environments
- Highly available and secure operation
- Mission-critical wireless for IoT applications
- Certified for operation in extreme environments
- Best-in-class RF architecture
- Simple management at IoT scale
- Secure connectivity for lower-power IoT devices
- Carrier-class service with rich IP support
- Zero-touch deployment and simple ongoing operation
- Flexible backhaul across Ethernet, 3G, 4G/LTE, and Wi-Fi
- Easily integrated, high-performance connectivity
- Tailored for industrial IoT applications
- Comprehensive, integrated security
- Flexible, highly secure IoT data delivery
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IOx Host applications on Cisco hardware, including container-based deployments. -
Cisco IPv6 Mesh Create a communication network overlay for the electric distribution grid to enable street lighting, connectivity to solar or wind power, on-demand metering, and other smart city use cases. -
Control Center Automate connectivity management, deployment, and track activity for all your cellular connected devices.
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1 From within your working directory on the Desktop, open the package.yaml file with a text editor.
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2 Create the package file
descriptor-schema-version: "2.2" info: name: iox_docker_python_ll description: "IOx Docker Python Web Learning Lab Application" version: "1.0" author-link: "http://www.cisco.com" author-name: "Cisco Systems" app: cpuarch: "x86_64" type: docker resources: profile: c1.small network: - interface-name: eth0 ports: tcp: - 8000 startup: rootfs: rootfs.tar target: ["python3 main.py"]Note: Feel free to copy and paste this yaml block into the package.yaml file -
3 Review what this markup file represents in the configuration of the IOx application:
- The descriptor-schema-version section of the file defines what version is used. Currently 2.2 is the standard for IOx 1.2 applications.
- The info section describes the informational aspects of the application that will be displayed when deploying and when installed.
- The app section defines the properties of the application. This includes the CPU architecture, the type of application (in this case docker), and then the resource profile the application should use. The interface-name sub-section indicates that port 8000 will be utilized by the IOx application.
- Finally, the startup section tells the IOx application framework which root filesystem to use and what command to run as specified in target. In this case, it is calling the python3 interpreter to run the main.py script.
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4 Save the file with your modification.
