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Infovista Launches TEMS for Industry 4.0

Infovista announced TEMS for Industry 4.0 – a range of new solutions that address the lifecycle needs and challenges of industries as they move towards wider use of connectivity enabled applications and processes.

Built on a core platform trusted by over 1700 wireless network operators globally, TEMS for Industry 4.0 provides an advanced set of tools for network deployment, optimization and operations for connected applications across public and private 3G, LTE and 5G networks.

“The push towards Industry 4.0 is bringing new verticals into the realm of wireless connectivity and with it a need for skills and tools to ensure everything works as expected for a next generation of connected applications,” says Steve Bowker, SVP Global Networks for Infovista.

“TEMS has been trusted by network operators for over 20 years and our Industry 4.0 solution has been designed to help industrial customers design, deploy and scale reliably without performance issues while minimizing business disruption by finding and fixing problems quickly.”

Aimed at a broad spectrum of industrial users including mining, ports, agriculture, transit, safety, rail, transportation and fleet operations; TEMS for Industry 4.0 maximizes the benefits, in terms of reliability, efficiency, total cost of ownership, agility and accuracy to offer true end-to-end wireless connectivity testing and monitoring. The TEMS for Industry 4.0 solution offers a diverse set of elements to meet the needs of different use cases and includes:

- Data Collection Hardware: Probes, phones and custom-designed hardware on which the active test and monitoring software runs are available in different form factors to support various test environments and use cases.

- Data Collection Software Clients: Active test and monitoring software clients that can be embedded to test and monitor connectivity of connected industrial applications.

- Active Testing: Active testing software enabling layer 1 to 7 end-to-end network and application testing, supporting attended and unattended use cases.

- Connectivity Test and Monitoring Orchestration: Centralized platform enabling management, control and real time reporting & analysis of the connectivity testing and monitoring data.

- Connectivity Data Analytics: Insightful Post processing & analysis of collected data using the TEMS products or 3rd party solutions.

- Predictive Connectivity: Analytics and data used to de-risk mission critical application design and increase reliability and performance during operations.

TEMS for Industry 4.0 solutions are in trials with a number of automotive manufacturers, ports and mining companies today and will be generally available July 2020.

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Infovista Launches TEMS for Industry 4.0

Infovista announced TEMS for Industry 4.0 – a range of new solutions that address the lifecycle needs and challenges of industries as they move towards wider use of connectivity enabled applications and processes.

Built on a core platform trusted by over 1700 wireless network operators globally, TEMS for Industry 4.0 provides an advanced set of tools for network deployment, optimization and operations for connected applications across public and private 3G, LTE and 5G networks.

“The push towards Industry 4.0 is bringing new verticals into the realm of wireless connectivity and with it a need for skills and tools to ensure everything works as expected for a next generation of connected applications,” says Steve Bowker, SVP Global Networks for Infovista.

“TEMS has been trusted by network operators for over 20 years and our Industry 4.0 solution has been designed to help industrial customers design, deploy and scale reliably without performance issues while minimizing business disruption by finding and fixing problems quickly.”

Aimed at a broad spectrum of industrial users including mining, ports, agriculture, transit, safety, rail, transportation and fleet operations; TEMS for Industry 4.0 maximizes the benefits, in terms of reliability, efficiency, total cost of ownership, agility and accuracy to offer true end-to-end wireless connectivity testing and monitoring. The TEMS for Industry 4.0 solution offers a diverse set of elements to meet the needs of different use cases and includes:

- Data Collection Hardware: Probes, phones and custom-designed hardware on which the active test and monitoring software runs are available in different form factors to support various test environments and use cases.

- Data Collection Software Clients: Active test and monitoring software clients that can be embedded to test and monitor connectivity of connected industrial applications.

- Active Testing: Active testing software enabling layer 1 to 7 end-to-end network and application testing, supporting attended and unattended use cases.

- Connectivity Test and Monitoring Orchestration: Centralized platform enabling management, control and real time reporting & analysis of the connectivity testing and monitoring data.

- Connectivity Data Analytics: Insightful Post processing & analysis of collected data using the TEMS products or 3rd party solutions.

- Predictive Connectivity: Analytics and data used to de-risk mission critical application design and increase reliability and performance during operations.

TEMS for Industry 4.0 solutions are in trials with a number of automotive manufacturers, ports and mining companies today and will be generally available July 2020.

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For years, the success of DevOps has been measured by how much manual work teams can automate ... I believe that in 2026, the definition of DevOps success is going to expand significantly. The era of automation is giving way to the era of intelligent delivery, in which AI doesn't just accelerate pipelines, it understands them. With open observability connecting signals end-to-end across those tools, teams can build closed-loop systems that don't just move faster, but learn, adapt, and take action autonomously with confidence ...

The conversation around AI in the enterprise has officially shifted from "if" to "how fast." But according to the State of Network Operations 2026 report from Broadcom, most organizations are unknowingly building their AI strategies on sand. The data is clear: CIOs and network teams are putting the cart before the horse. AI cannot improve what the network cannot see, predict issues without historical context, automate processes that aren't standardized, or recommend fixes when the underlying telemetry is incomplete. If AI is the brain, then network observability is the nervous system that makes intelligent action possible ...

SolarWinds data shows that one in three DBAs are contemplating leaving their positions — a striking indicator of workforce pressure in this role. This is likely due to the technical and interpersonal frustrations plaguing today's DBAs. Hybrid IT environments provide widespread organizational benefits but also present growing complexity. Simultaneously, AI presents a paradox of benefits and pain points ...

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My latest title for O'Reilly, The Rise of Logical Data Management, was an eye-opener for me. I'd never heard of "logical data management," even though it's been around for several years, but it makes some extraordinary promises, like the ability to manage data without having to first move it into a consolidated repository, which changes everything. Now, with the demands of AI and other modern use cases, logical data management is on the rise, so it's "new" to many. Here, I'd like to introduce you to it and explain how it works ...

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