The Fulcrum Focus

You know how, when you’re in the field, you sometimes need to step back to get a little perspective? It’s similar with software. We recently took a few minutes to host a webinar, Chart new territory with lines and polygons in Fulcrum, to help our customers understand how our geospatial innovation and capabilities fit in with our purpose as a company.

With the alarming increase in extreme weather events, electrical poles face an unprecedented challenge. Damaged poles can incapacitate a grid, leaving communities in darkness, cutting off communication, and stalling vital services. However, the solution is not costly-full scale replacement of the many poles that make up a grid. Instead, utilities are much better off reinforcing poles and implementing preventative measures. Fortunately, field data collection and inspection software can help utilities strengthen electrical poles, grids, and services against future storms.

The power of where in emergencies

In the critical moments following a disaster, the ability to pinpoint and act upon geolocation data can be lifesaving. For utility companies, this information is the compass that directs the restoration efforts in a landscape where traditional landmarks may no longer exist. Geolocation data provides clarity amidst the confusion, enabling a swift return to normalcy.

Every dataset tells a story, but without location, it’s incomplete. Geospatial data collection ties information to specific places, revealing patterns and relationships that would otherwise stay hidden. Within Geographic Information Systems (GIS), this connection allows teams to perform geospatial analysis using modern geospatial technology.

Vegetation management is a continuous challenge for utility companies. From mountain forests to city streets, ensuring vegetation doesn’t interfere with electrical lines is critical for safety and service continuity.This is no easy feat, especially if utilities rely on outdated data collection methods that can’t properly track critical data points or produce decisive insights.

Despite their decades-old prevalence, utility poles stand at the forefront of a technological evolution. As telecom companies build ever-newer networks, utility poles become essential equipment for both legacy electrical grids and cutting-edge telecoms. Doubling pole use benefits both utilities and telecoms, but these utility pole partnerships can present numerous challenges without proper oversight. 

I’m excited to share some big news with you today. We’ve brought lines and polygons to Fulcrum, a move that’s been high on our clients’ wish list for quite some time. This isn’t just a new feature; it’s a big step forward in making GIS-oriented data collection and field operations more straightforward and effective, a goal I had in mind when I joined Fulcrum four years ago. And believe me, we’re just warming up.

Global electricity demand is projected to grow between 62% and 185 percent by 2050.  As our world becomes more electrified, new challenges threaten the reliability and stability of our power infrastructure.

The future of electric vehicles (EVs) presents a looming challenge. The projected demand for public EV charging stations will place the US electrical grid under immense strain.

Geographic Information Systems (GIS) continue to transform field data collection, offering depth and detail that were previously out of reach. Fulcrum leads the charge in this revolution by integrating GIS lines and polygons directly into its data collection tool, setting a new benchmark for industries requiring comprehensive and precise geospatial analysis. Join us as we explore the enhanced functionalities and real-world applications that are defining the next chapter in field data collection.

Geographic information systems (GIS) have emerged as vital tools for visualizing and analyzing spatial data in utility management. These systems utilize detailed mapping features such as lines (representing linear features like roads or utility cables) and polygons (depicting enclosed areas like parcels or land use zones). This technology grants utility companies a deep understanding of complex network systems, facilitating informed strategies to meet the needs of growing communities. It empowers them to pursue well-informed expansion strategies with efficiency and foresight. Below we’ll explore how GIS lines and polygons for utility planning can help with data-driven decisions and field management tasks.

Data accuracy plays a critical role in utility field operations. Incorporating GIS lines and polygons is reshaping utilities with visual data collection and mapping of critical assets.

Field inspections are central to an electrical utility’s network, safeguarding infrastructure by identifying wear and potential hazards to prevent service disruption. Successful electrical inspections require collecting and analyzing accurate and reliable data to identify inefficiencies and risks and prioritize timely remediation.

The 2023 T&D World Live Conference was a landmark event, bringing together the brightest minds in the transmission and distribution sector. Fulcrum was among many who exhibited and attended with a team of experts in their field. Although the show was well attended by major players in the industry, the environment was one of a close-knit community. 

Field operations managers and their teams play an indispensable part in electrical utilities. They work tirelessly to ensure timely maintenance, infrastructure upgrades, and emergency response.  However, in an industry where precision and efficiency are paramount, managing and coordinating field teams presents a constant challenge.

Electrical utilities may turn to in-house data collection solutions to maintain a sense of operational control. However, this approach leads to serious security vulnerabilities that put data integrity at risk and can have cascading effects on everything from service delivery to reputation. In this finale of our ongoing series, we’ll explore how SaaS data collection solutions strengthen data security for electrical utilities and creates better business and service outcomes. 

If you are a follower of Fulcrum (and we hope you are!), you’ve probably seen our Esri announcements over the past six months or so, starting with our definitive commercial provider agreement and most recently talking about further Esri integration with a host of new features. But today we wanted to single out a couple of advantages to the Fulcrum-Esri pairing that don’t get enough press:  scalability and flexibility.  And as there’s no industry better to showcase these benefits, read on to learn more about GIS integration for utilities and how it optimizes both scalability and flexibility of their operations. 

.ince the acceleration of digital technology, electrical utilities have often relied on in-house or “homemade” software solutions for data collection tools. Piecing together a range of different solutions might provide a degree of control and customization. However, this fragmentary approach also comes with serious challenges that can negatively impact utilities, particularly around IT workload and opportunity costs. 

As the fourth installment in our series exploring the benefits of SaaS data collection tools for electric utilities, join us as we look at how innovative SaaS platforms significantly reduce the need for costly hardware and software maintenance and upgrades, all while offering advanced data collection features.

As part three of our series about the importance of SaaS solutions for electric utilities, we follow up on our previous blogs about time savings and integration by looking at the budgetary benefits of how cloud-based data collection tools optimize resources.

In Part 2 of our series on SaaS data collection tools for electric utilities, we highlight the superiority of SaaS platforms in integrating with other digital systems like GIS, business intelligence, and analytics software. These integrations allow for seamless data exchange and maximize the utility of each system, ultimately helping utilities reduce workflow friction, save money, and scale operations. Keep reading to find out more!

If electric utilities and their contractors need reliable, efficient, and affordable SaaS data collection tools, why do they so often rely on in-house software solutions to manage their field operations?

Wooden utility poles are essential infrastructure but costly to replace. Using inspection software helps utilities reduce replacement frequency by identifying issues early and maintaining each pole’s health more efficiently. Accurate, consistent inspections lower operational costs and enhance safety while extending pole lifespan.

Since COVID, employers in just about every industry have been scrambling for workers. This is happening particularly in the trade fields as older workers retire in greater numbers. And while electrical utilities and contractors have not had quite as many issues attracting new workers as, say, the construction industry, they too are struggling to retain workers.

More than a mere inconvenience to customers, power outages represent a costly ordeal with far-reaching implications for electrical utilities, and, by extension, their service contractors. Both the direct costs (e.g., resources dedicated to troubleshooting and restoration) and the indirect costs (e.g., revenue loss from disrupted service and potential compensation to affected consumers) add up quickly – especially when outages are happening more frequently and for longer periods.

To guarantee safety, improve efficiency, and meet regulatory requirements, electrical utilities must collect reliable, consistent, and accurate data from a vast range of inspections and field operations, including pole inspections, vegetation management tasks, and more.

It is more important than ever for electrical utilities to ensure the safety and security of their facilities from threats and attacks from trespassers, tampering, and saboteurs. Join us as we discuss how field inspection management software helps utilities keep their facilities safe and secure from physical threats.

Undergrounding relocates overhead utility lines and infrastructure below ground. Cities and utility companies are increasingly adopting this to enhance the reliability and look of their electrical systems.

We love sharing the innovative ways our clients use Fulcrum to make their field inspection tasks easier, faster, and more comprehensive. Today we focus on clients using Fulcrum to inspect properties, both indoors and outdoors, for their customers and the public. Read on to learn how Fulcrum has transformed the way they do their work!

Designing mobile data collection apps with intention helps teams capture cleaner, more valuable information in less time. When apps are focused and easy to navigate, data collectors work faster, and the results become easier to trust and analyze. Fulcrum’s platform combines a drag-and-drop interface and powerful form builder with geolocation capabilities, including GPS coordinates, custom maps, and geotagged photos. It works in a web browser or in offline data collection mode, so teams capture real-time data even without connectivity. These flexible tools support clarity, scalability, and stronger outcomes across every project.

 Utility poles are everywhere, so much a part of the landscape that we don’t even notice them. That is, unless something goes wrong. A power or cable outage due to a defective utility pole is bad, sure. But did you know that about 10% of California’s wildfires are caused by utility pole failures, including Camp Fire, the worst wildfire in California state history? Utility companies face high stakes, necessitating a strict inspection schedule to maintain their utility poles in optimal condition.

Making the switch from pen and paper
Maybe you’ve been contemplating making the switch from pen and paper for your utility pole inspections. Or thought about moving from collecting data on optical loss on fiber optic cable using a spreadsheet typed on a laptop on the hood of your car in the middle of nowhere. However, you don’t get any further because this isn’t the right time to upgrade to data collection software for utility field operations.

In late 2021, Pacific Gas and Electric (PG&E) encountered a severe problem. A former contract worker was accused of falsifying up to 3,000 electric system inspections over two years. The deception was revealed when a power pole, allegedly inspected and declared free of rot, collapsed into a residential backyard. It sent a live electrical wire into a swimming pool, fortunately without causing any injuries.

Every year, thousands of workers are injured or killed by electrical hazards, a situation made more tragic because many of these incidents are preventable.

esThe work your field technicians do at the front lines is core to your organization, and leveraging the information they collect in the process can help your company make better decisions at every level. That makes your field teams the perfect catalyst to drive your utility’s digital transformation.

h President Biden’s infrastructure bill, also known as the American Jobs Plan (AJP), aims to create millions of jobs and modernize the country’s crumbling infrastructure. The federal government touts this bill as the biggest public investment since the 1960s. It aims to kickstart the economy post-pandemic, akin to the era of interstate highways and the Space Race. Utility and telecom companies show keen interest in the $400 billion allocated for infrastructure in the $2 trillion plan.

In a recent study conducted by Boston Consulting Group (BCG), 95% of executives across several industries in the United States, UK, Singapore and India said that mapping and GIS location intelligence are important to achieving desired business results.

At our core, Spatial Networks is a geography company. From building geospatial technology products to collecting, organizing, and analyzing geodata, we eat, drink, and breathe geography. It’s sobering to learn that, for many of our customers, Fulcrum often provides their first exposure to the wonderful world of Geographic Information Systems (GIS).

I had the opportunity to represent Fulcrum at the inaugural DroneDeploy Conference in San Francisco, CA last week. One of the goals of the conference was to “focus on real-world drone deployments across industries driven by people”. The conference had people in attendance from an array of industries including end users, software providers, and developers interested in folding aerial survey data into applications.