#Pipeline Monitoring

[chriswu08]

BLIIoT Remote Monitoring RTU Gateway S275 Provides an Efficient Solution for Pipeline Monitoring

Foreword

Pipeline systems play an important role in various industries such as water supply, natural gas transportation, and chemical production. However, the safety and reliability of pipelines are crucial to ensuring the normal operation of the system.

The use of IoT technology can not only achieve the goal of visualizing and digitizing pipeline integrity management, but also minimize time and space risk factors to ensure safe and smooth operation of pipelines.

Pipeline Monitoring Requirements

In pipeline monitoring applications, the following parameters typically need to be monitored:

Liquid Level Monitoring: Make sure the liquid in the pipeline is at a safe level to avoid leaks or excessive water discharge.

Temperature Monitoring: Monitoring the temperature within pipes can help prevent overheating or undercooling.

Pressure Monitoring: Maintain normal pressure within the pipeline to ensure normal operation of the system.

Leak Detection: Detect leaks promptly to avoid environmental damage and personnel safety issues.

Valve Status Monitoring: Monitor the opening or closing status of the valve to achieve remote control.

etc.

Application of Remote Monitoring Gateway S275 in Pipeline Monitoring

Data Collection and Monitoring

Remote Monitoring Gateway S275, which supports RS485 and multiple IO channels, the sensor can be easily configured to monitor various parameters of the pipeline system in real time. By connecting analog and digital sensors, the device can collect data such as level, temperature, pressure, etc. and save it in an internal database for subsequent analysis and reporting. This helps identify potential problems early and take appropriate action.

Alarms and Notifications

Remote Monitoring Gateway S275 has a powerful alarm function, and users can set alarm thresholds based on monitoring data. Once these thresholds are exceeded or dropped, the device will trigger an SMS alarm to notify relevant personnel. This real-time alert can help take quick action to reduce potential risks.

Remote Control

Maintaining the safety and reliability of your pipeline system is not just about monitoring, but also about real-time control. The relay outputs of Remote Monitoring Gateway S275 can be used to control valves, pumps and other equipment to remotely close or open them when necessary. This remote control capability helps reduce risk and improve operational efficiency.

Data Upload and Integration

Remote Monitoring Gateway S275 supports multiple communication protocols such as SMS, Modbus, MQTT, etc., and transmits data to cloud platforms, SCADA, etc. This means pipeline monitoring data can be integrated into cloud solutions, enabling remote access, data visualization and analysis. In addition, the device is also compatible with multiple public cloud platforms such as Huawei Cloud and Alibaba Cloud, as well as users' private cloud platforms.

Summarize

Remote Monitoring Gateway S275 is a powerful IoT terminal device that can be widely used in the field of pipeline monitoring. Provides comprehensive data collection, monitoring, alarm and control functions, while supporting multiple communication protocols and cloud platform integration to ensure the safety and reliability of the pipeline system. Whether it is water supply, natural gas transmission or chemical production, Remote Monitoring Gateway S275 can provide efficient solutions for pipeline monitoring.

More information about BLIIoT Remote Monitoring RTU Gateway S275: https://www.bliiot.com/m2m-rtu-p00175p1.html

[morganaspendragonss]

first day without my manager is going so well actually. i’ve only accidentally gotten everyone in the office into trouble once AND i managed to stop myself from bursting into tears

[commencecorporation]

How Sales Tracking Software Can Skyrocket Your Business Success

In today’s fast-paced business environment, managing sales and inventory effectively is both a challenge and an opportunity. To stay competitive, businesses must monitor sales, optimize stock levels, and streamline operations. A powerful sales tracking software and sales tracking system, such as Commence CRM, can transform these processes, delivering efficiency and growth. By integrating a robust sales tracking solution, businesses can overcome obstacles and unlock remarkable benefits.

Simplify Operations with a Sales Tracking System

Running a business requires juggling multiple responsibilities, from tracking inventory to monitoring sales. Manual methods are time-consuming, error-prone, and inefficient, often resulting in missed opportunities. A comprehensive sales tracking software automates these tasks, simplifying workflows and ensuring accuracy. Commence CRM’s sales tracking system empowers businesses to manage stock, track sales, and enhance productivity with ease.

Real-Time Inventory Management

Effective inventory control is essential for meeting customer needs. Commence’s sales tracking system provides real-time insights into stock levels, helping businesses avoid stockouts or excess inventory. By automating inventory tracking, setting alerts for low stock, and optimizing reordering, this system maintains ideal inventory levels and reduces costs. This ensures products are always available, boosting customer satisfaction and operational efficiency.

Effortless Order Fulfillment

Accurate and timely order fulfillment is critical for customer loyalty. Commence’s sales tracking system integrates seamlessly with order processing, minimizing manual data entry and errors. When a customer places an order, the system updates inventory, generates pick lists, and triggers shipping notifications. This streamlined process enhances order accuracy, speeds up fulfillment, and elevates the customer experience.

Actionable Sales Insights

Staying ahead requires a clear understanding of sales trends and customer demand. Commence’s sales tracking software delivers detailed insights into sales performance and inventory status. By analyzing seasonal trends and customer preferences, businesses can make informed decisions about inventory and marketing strategies. These insights drive increased sales, higher revenue, and a competitive advantage.

Boosted Business Efficiency

Manual sales tracking and inventory reconciliation are labor-intensive and error-prone. Commence’s sales tracking software eliminates duplicate data entry, manual reconciliations, and discrepancies, saving time and improving accuracy. By automating routine tasks, employees can focus on strategic priorities, streamlining operations and reducing administrative costs. This enhances overall productivity and optimizes resource allocation.

Seamless Integration with Business Systems

A standout feature of Commence’s sales tracking system is its ability to integrate effortlessly with other business applications. This ensures smooth data flow across platforms, eliminating manual transfers and reducing errors. By creating a unified ecosystem, businesses can support comprehensive processes, from sales to customer management, fostering collaboration and informed decision-making.

ConclusionIntegrating Commence’s sales tracking software and sales tracking system is a game-changer for businesses of all sizes. These tools streamline inventory management, enhance order fulfillment, and provide valuable insights to fuel growth. By leveraging the power of Commence CRM, businesses can optimize operations, boost efficiency, and achieve unparalleled success. Contact Commence CRM today to explore how a sales tracking system can propel your business to new heights.

[skyintelli]

How Advanced Drone Technology is Enhancing Safety, Efficiency, and Reliability

How Advanced Drone Technology is Enhancing Safety, Efficiency, and Reliability

Infrastructure plays a crucial role in supporting modern society, from the delivery of energy to the transportation of critical resources. However, maintaining the integrity of pipelines and powerlines has always been a challenging and labor-intensive task. With the advancement of aerial technology, drones that detect pipeline defects and drones that detect powerline defects are now transforming how companies monitor, maintain, and protect their valuable infrastructure assets.

Traditional inspection methods often require manual surveys, helicopter flyovers, or shutting down operations — all of which can be costly, time-consuming, and sometimes dangerous. The introduction of specialized drones offers a smarter, safer, and far more efficient solution to detecting problems before they escalate into catastrophic failures.

The Importance of Early Defect Detection

For both pipelines and powerlines, early detection of defects is critical to avoiding costly repairs, environmental damage, and service disruptions. Cracks, corrosion, insulation breakdowns, and structural weaknesses are often invisible to the naked eye until it’s too late. Traditional methods can miss subtle warning signs, but drone-based inspections equipped with advanced sensors can detect even the smallest irregularities with exceptional accuracy.

The ability to identify potential issues proactively allows asset owners to perform targeted maintenance, extend the lifespan of their infrastructure, and ensure the safety of both the environment and the public.

How Drones Detect Pipeline Defects

Drones that detect pipeline defects utilize a combination of high-resolution cameras, thermal imaging, LiDAR sensors, and sometimes even gas-detection payloads to monitor vast pipeline networks. These technologies enable drones to quickly scan long stretches of pipeline for signs of:

Corrosion and material degradation

Leakage hotspots detected through thermal anomalies

Ground disturbances indicating possible leaks

Surface cracks and deformations

Vegetation encroachment that could threaten pipeline integrity

Using drones drastically reduces the need for manual inspections, which often involve hazardous conditions or remote terrain. A drone can cover hundreds of miles of pipeline in a fraction of the time, capturing precise, actionable data that can be analyzed in real-time or post-flight.

Moreover, thermal cameras can detect temperature variations caused by escaping gases or fluid leaks, even when such leaks are invisible to standard optical inspections. This non-invasive technique provides a significant advantage for early intervention and repair.

How Drones Detect Powerline Defects

Similarly, drones that detect powerline defects are revolutionizing the energy sector. Power companies have traditionally relied on ground crews or helicopters to inspect transmission and distribution lines — both methods that are expensive and sometimes dangerous.

With drones, inspectors can safely evaluate:

Broken or frayed wires

Damaged insulators

Corrosion on metallic components

Vegetation encroachment risks

Structural damage to towers and poles

Loose fittings and connectors

Using advanced imaging technologies like high-resolution zoom cameras, thermal sensors, and even ultraviolet (UV) cameras, drones can uncover issues like hotspots that indicate overloaded or damaged components.

This aerial perspective, combined with automated flight paths and machine learning analysis, means that inspections are not only faster but also more consistent and less prone to human error. Drones can easily access hard-to-reach places without risking worker safety, ensuring that defects are detected early and addressed before causing service interruptions.

The Benefits of Using Drones for Infrastructure Inspection

Employing drones that detect pipeline defects and drones that detect powerline defects offers multiple advantages:

Enhanced Safety: Minimizes the need for workers to operate in hazardous environments.

Cost Efficiency: Reduces inspection costs compared to traditional methods.

Speed: Rapid deployment and faster data collection.

Accuracy: High-resolution imagery and sensor data reveal issues invisible to the naked eye.

Environmental Protection: Early leak detection prevents ecological disasters.

Regulatory Compliance: Helps companies meet increasingly stringent inspection requirements.

Data Management: Drones collect digital data that can be stored, analyzed, and compared over time to track asset conditions.

These benefits not only improve operational performance but also support corporate sustainability goals and public safety initiatives.

The Future of Drone-Based Infrastructure Monitoring

The future of infrastructure monitoring is being shaped by even smarter drones. Integration with AI and machine learning is allowing for real-time defect detection, pattern recognition, and predictive maintenance models. This means drones will not only detect current issues but also forecast potential future problems based on historical and environmental data trends.

In addition, as beyond-visual-line-of-sight (BVLOS) regulations evolve, drones will be able to autonomously patrol entire pipeline and powerline networks without the need for constant manual oversight. Combined with advancements in battery life, sensor resolution, and 5G communication, drones will become an indispensable part of infrastructure management.

Partnering with Experts in Drone Inspection Technology

To maximize the advantages of drone technology, it's crucial to work with a provider that understands both the technology and the unique challenges of infrastructure inspection. For companies seeking reliable, cutting-edge drone solutions for defect detection, Skyintelli, Inc is the partner of choice.

Skyintelli, Inc specializes in deploying advanced drone systems tailored for industrial inspection, including solutions for pipelines and powerlines. With expertise in aerial data collection, defect analysis, and regulatory compliance, Skyintelli, Inc helps organizations elevate their inspection programs, reduce risks, and protect their critical infrastructure investments. Trust Skyintelli, Inc to guide you into the future of safer, smarter infrastructure monitoring.

[jimbuchan]

Broadcasting Your Team's Pipeline

Regardless of whether your business provides products or services, finding a way to both evaluate and motivate your sales team can be challenging. Even those who have invested in modern CRM platforms such as Salesforce may still use legacy platforms and processes... by choice or without knowledge of a leading-edge solution which comes standard. If it's the latter, the good news is that making the change to an automated (and much more visually appealing) application is neither complex or time-consuming. In fact, it takes only the will to make the switch and after just days of migrating from classic-to-2.0 you may catch yourself saying 'how did we ever manage this the old way'. Taking Stock Be it a spreadsheet, cheat sheet or baking sheet, if you are consistent in your method when holding your recurring sales team sessions you're well ahead of the game as consistency is half the battle. Where the campaign is lost is in the vanishing hours of productivity during the preparation before your meetups or daily sprints in updating records or replacing last week's charts with the latest report. Though it may take effort in which to manually take stock and assemble your 'analytics', you've tackled the tough part. On the other hand, if your team sessions are in need of organization, initiating and agreeing on a process takes only a few steps and need only be tedious if you choose it to be. Salesforce, for example already has all of the tools you need by taking advantage of Custom Objects, Kanban and Agile/Scrum, allowing you to essentially run your meetings via the browser. Boring Repels Let's assume for the moment that your enterprise is using at least a basic process to run your sales targeting sessions. It might not be visually attractive, but it works. If you are presenting to your sales team audience the information within a tabular or spreadsheet-style, the message will be heard, but could be diluted within the numbers and letters. Worse still, if the source of the information presented in your spreadsheet is from an exported report from your CRM, you are creating more work with a mediocre experience.

So how do you get some rapid traction? Simple... use the data that you already have from your Opportunities IN Salesforce, not exported FROM Salesforce. You already know the power of reports and dashboards in your CRM... why not give 'em a prominent place at your next team's session? Productivity and Motivation Going further, some internal sales teams have used a 'display all' approach by using a sales Command Center dashboard and showcasing in on a monitor. This not only benefits the management, but also the individual sales hunters who may not always access their own performance metrics (which is as it should be as they are busy focusing on business). By broadcasting your team's goals and achievements, there is full transparency to how the group is performing, be it closed-won business or the month's pipeline. And it does't just need to include Sales, but also Service... basically any data element where you want to track performance, quotas / goals or segmentation of records is tailor-suited for this purpose. Should your team congregate in the same office, highlighting your dashboard on a monitor showcases the team's progress, and can also be a source of motivation. Utilizing this approach, you can also create contests, leaderboards and competitions tied to revenue goals which can be regularly updated on your large-screen monitor. When setting this up, be sure that your source account is always logged-in, which can be accomplished with a regular refresh cadence. This can be done by utilizing a browser extension such as Enhance Salesforce Dashboard which accomplishes this task, while auto-refreshing the dashboard ensuring that your data is regularly updated without the need to log back in each day (or hour). You have spent time and effort in educating your team on the use of Salesforce. Using this alternative in highlighting your analytics' live can give your team a sense of motivation and teamwork with less admin work.

__________________________________________________________________________________________ Title image by Newsweek | Analytics by BP Squadron

[ajinkya-2012]

https://allventurehub.com/pipeline-monitoring-system-market-share-analysis-and-key-developments/

Pipeline Monitoring System Market

[cyberswift-story]

Understanding the Importance of Water Utility Surveys

Water is a fundamental resource that sustains life, and the infrastructure supporting its supply and distribution is a critical component of urban and rural development. A water utility survey plays a pivotal role in ensuring the efficient and sustainable management of water resources.

Learn more at https://www.cyberswift.com/blog/water-utility-solution-detailed-overview/

[firsteigen-databuck]

Top 10 Data Pipeline Monitoring Tools in 2025

1. DataBuck

Key Features:

AI-powered data validation and anomaly detection

Automated data quality checks (14 checks, exceeding competitors’ offerings)

Seamless integration with cloud environments like GCP and BigQuery

Comprehensive data quality reporting

FirstEigen’s DataBuck stands out as a leader in automated data pipeline monitoring. It uses AI/ML to continuously analyze data, detect anomalies, and correct issues in real-time. With 14 data trustability checks, it surpasses most competitors, making it a top choice for enterprises prioritizing data quality and compliance.

2. Integrate.io

Key Features:

Low-code/no-code platform for quick pipeline setup

Real-time monitoring and customizable alerts

Support for ETL and ELT processes

Integrate.io simplifies data pipeline monitoring with its intuitive interface and robust integrations, making it suitable for teams with limited technical expertise.

3. Fivetran

Key Features:

Automated data governance and lineage tracking

Centralized alerts for simplified troubleshooting

Fivetran is ideal for enterprises that need detailed data lineage and governance for better pipeline control.

4. Hevo

Key Features:

Intuitive dashboards for real-time pipeline visibility

Preload transformations for flexible data loading

Hevo’s fault-tolerant architecture ensures zero data loss and high reliability, making it a strong contender for real-time pipeline monitoring.

5. Stitch (by Talend)

Key Features:

Built-in connectors for 140+ data sources

Advanced data profiling and cleansing features

Stitch works seamlessly with Talend’s suite of tools, ensuring data quality across integrations.

6. Gravity Data

Key Features:

Real-time monitoring with automated notifications

Extensive pre-built connectors

Gravity Data ensures reliable pipelines and provides full visibility into pipeline health.

7. Splunk

Key Features:

AI-powered insights for enhanced security and outcomes

Powerful dashboards for real-time data visualization

Splunk’s advanced analytics capabilities make it a versatile tool for data pipeline monitoring.

8. Mozart Data

Key Features:

Clear pipeline observability and dependency tracking

Fast troubleshooting with intuitive indicators

Mozart Data excels in simplifying complex pipelines with its observability features.

9. Monte Carlo

Key Features:

Automated field-level data lineage

SOC 2 Type 2 certified for security

Monte Carlo provides comprehensive data observability with a focus on security and reliability.

10. Datadog

Key Features:

Customizable dashboards for data flow tracking

Log analysis for troubleshooting

Datadog integrates seamlessly with data processing platforms, ensuring efficient pipeline monitoring.

[icedq-toranainc]

What is Data Monitoring? Discover its Benefits and Concept Data Monitoring is the systematic and continuous process of establishing checks, controls and notifications for production data pipelines and input data. Discover how to implement Data Monitoring, its benefits and solutions. To learn more visit - https://icedq.com/data-monitoring

[navalvessels]

Remote patient monitoring devices are used to retrieve and transmit data through a wireless system to a monitoring station or a physician’s office for further analysis and interpretation.

[vividverses]

Exciting developments in MLOps await in 2024! 🚀 DevOps-MLOps integration, AutoML acceleration, Edge Computing rise – shaping a dynamic future. Stay ahead of the curve! #MLOps #TechTrends2024 🤖✨

[reasonsforhope]

Although dam removals have been happening since 1912, the vast majority have occurred since the mid-2010s, and they have picked up steam since the 2021 Bipartisan Infrastructure Law, which provided funding for such projects. To date, 806 Northeastern dams have come down, with hundreds more in the pipeline. Across the country, 2023 was a watershed year, with a total of 80 dam removals. Says Andrew Fisk, Northeast regional director of the nonprofit American Rivers, “The increasing intensity and frequency of storm events, and the dramatically reduced sizes of our migratory fish populations, are accelerating our efforts.”

Dam removals in the Northeast don’t generate the same media attention as massive takedowns on West Coast rivers, like the Klamath or the Elwha. That’s because most of these structures are comparatively miniscule, built in the 19th century to form ponds and to power grist, textile, paper, saw, and other types of mills as the region developed into an industrial powerhouse.

But as mills became defunct, their dams remained. They may be small to humans, but to the fish that can’t get past them “they’re just as big as a Klamath River dam,” says Maddie Feaster, habitat restoration project manager for the environmental organization Riverkeeper, based in Ossining, New York. From Maryland and Pennsylvania up to Maine, there are 31,213 inventoried dams, more than 4,000 of which sit within the 13,400-square-mile Hudson River watershed alone. For generations they’ve degraded habitat and altered downstream hydrology and sediment flows, creating warm, stagnant, low-oxygen pools that trigger algal blooms and favor invasive species. The dams inhibit fish passage, too, which is why the biologists at the mouth of the Saw Kill transported their glass eels past the first of three Saw Kill dams after counting them...

Jeremy Dietrich, an aquatic ecologist at the New York State Water Resources Institute, monitors dam sites both pre- and post-removal. Environments upstream of an intact dam, he explains, “are dominated by midges, aquatic worms, small crustaceans, organisms you typically might find in a pond.” In 2017 and 2018 assessments of recent Hudson River dam removals, some of which also included riverbank restorations to further enhance habitat for native species, he found improved water quality and more populous communities of beetles, mayflies, and caddisflies, which are “more sensitive to environmental perturbation, and thus used as bioindicators,” he says. “You have this big polarity of ecological conditions, because the barrier has severed the natural connectivity of the system. [After removal], we generally see streams recover to a point where we didn’t even know there was a dam there.”

Pictured: Quassaick Creek flows freely after the removal of the Strooks Felt Dam, Newburgh, New York.

American Rivers estimates that 85 percent of U.S. dams are unnecessary at best and pose risks to public safety at worst, should they collapse and flood downstream communities. The nonprofit has been involved with roughly 1,000 removals across the country, 38 of them since 2018. This effort was boosted by $800 million from the Bipartisan Infrastructure Law. But states will likely need to contribute more of their own funding should the Trump administration claw back unspent money, and organizations involved in dam removal are now scrambling to assess the potential impact to their work.

Enthusiasm for such projects is on the upswing among some dam owners — whether states, municipalities, or private landholders. Pennsylvania alone has taken out more than 390 dams since 1912 — 107 of them between 2015 and 2023 — none higher than 16 feet high. “Individual property owners [say] I own a dam, and my insurance company is telling me I have a liability,” says Fisk. Dams in disrepair may release toxic sediments that potentially threaten both human health and wildlife, and low-head dams, over which water flows continuously, churn up recirculating currents that trap and drown 50 people a year in the U.S.

Numerous studies show that dam removals improve aquatic fish passage, water quality, watershed resilience, and habitat for organisms up the food chain, from insects to otters and eagles. But removals aren’t straightforward. Federal grants, from the National Oceanic and Atmospheric Administration or the Fish and Wildlife Service, favor projects that benefit federally listed species and many river miles. But even the smallest, simplest projects range in cost from $100,000 to $3 million. To qualify for a grant, be it federal or state, an application “has to score well,” says Scott Cuppett, who leads the watershed team at the New York State Department of Environmental Conservation’s Hudson River Estuary Program, which collaborates with nonprofits like Riverkeeper to connect dam owners to technical assistance and money...

All this can be overwhelming for dam owners, which is why stakeholders hope additional research will help loosen up some of the requirements. In 2020, Yellen released a study in which he simulated the removal of the 1,702 dams in the lower Hudson watershed, attempting to determine how much sediment might be released if they came down. He found that “the vast majority of dams don’t really trap much sediment,” he says. That’s good news, since it means sediment released into the Hudson will neither permanently worsen water quality nor build up in places that would smother or otherwise harm underwater vegetation. And it shows that “you would not need to invest a huge amount of time or effort into a [costly] sediment management plan,” Yellen says. It’s “a day’s worth of excavator work to remove some concrete and rock, instead of months of trucking away sand and fill.” ...

On a sunny winter afternoon, Feaster, of Riverkeeper, stands in thick mud beside Quassaick Creek in Newburgh, New York. The Strooks Felt Dam, the first of seven municipally owned dams on the lower reaches of this 18-mile tributary, was demolished with state money in 2020. The second dam, called Holden, is slated to come down in late 2025. Feaster is showing a visitor the third, the Walsh Road Dam, whose removal has yet to be funded. “This was built into a floodplain,” she says, “and when it rains the dam overflows to flood a housing complex just around a bend in the creek.” ...

On the Quassaick, improvements are evident since the Strooks dam came out. American eel and juvenile blue crabs have already moved in. In fact, fish returns can sometimes be observed within minutes of opening a passageway. Says Schmidt, “We’ve had dammed rivers where you’ve been removing the project and when the last piece comes out a fish immediately storms past it.”

There is palpable impatience among environmentalists and dam owners to get even more removals going in the Northeast. To that end, collaborators are working to streamline the process. The Fish and Wildlife Service, for example, has formed an interagency fish passage task force with other federal agencies, including NOAA and FEMA, that have their own interests in dam removals. American Rivers is working with regional partners to develop priority lists of dams whose removals would provide the greatest environmental and safety benefits and open up the most river miles to the most important species. “We’re not going to remove all dams,” [Note: mostly for reasons dealing with invasive species management, etc.] says Schmidt. “But we can be really thoughtful and impactful with the ones that we do choose to remove.”

-via Yale Environment 360, February 4, 2025