Senior ServiceNow Platform Engineer - AI and Automation
About the job
- A college, university, or equivalent degree in Computer Science, Engineering, Information Technology, or a related discipline, or equivalent relevant experience.
- Demonstrated experience designing, developing, testing, and supporting enterprise software solutions.
- Strong knowledge of software-development lifecycle practices, including requirements analysis, solution design, development, testing, deployment, and production support.
- Experience with APIs, integrations, secure development, source control, testing, and release processes.
- Experience communicating with users, technical teams, and management to define requirements, identify tasks, estimate effort, and deliver production-ready solutions.
- Experience developing on the ServiceNow platform using JavaScript, Flow Designer, IntegrationHub, REST APIs, Script Includes, Business Rules, UI Builder, Service Portal, scoped applications, and platform configuration tools.
- Familiarity with ServiceNow AI capabilities, Now Assist, generative AI, virtual agents, agentic workflows, AI orchestration, machine learning, or comparable enterprise AI technologies.
- Design, configure, develop, test, deploy, and maintain high-quality ServiceNow solutions.
- Translate business needs into secure, scalable, supportable, and reusable technical designs.
- Develop applications, workflows, integrations, scripts, APIs, reusable components, and platform capabilities using established engineering standards.
- Evaluate feasibility by analyzing requirements, data flows, system interactions, dependencies, constraints, and proposed solutions.
- Define application interfaces, system responsibilities, deployment patterns, and nonfunctional requirements.
- Document solution designs, technical decisions, support models, operating procedures, and reusable engineering patterns.
- Partner with platform architects, product managers, administrators, cybersecurity teams, and business stakeholders to ensure that solutions align to enterprise standards.
- Lead the engineering of ServiceNow-based AI, automation, and orchestration capabilities.
- Identify and develop practical AI-enabled workflows that reduce manual effort, improve decision quality, accelerate response, and simplify the user experience.
- Design solutions that responsibly combine ServiceNow platform capabilities, AI services, enterprise data, integrations, APIs, and workflow automation.
- Evaluate agentic and human-in-the-loop patterns to determine where automation can safely act, where human approval is required, and where additional governance is necessary.
- Develop technical guardrails for security, privacy, auditability, explainability, reliability, and operational support.
- Ensure that AI-enabled solutions are designed around clearly defined business problems rather than novelty alone.
- Measure whether AI and automation capabilities reduce friction, improve outcomes, and create sustainable value.
- Design, develop, and maintain integrations between ServiceNow and enterprise systems.
- Build and support REST-based integrations, web services, IntegrationHub spokes, APIs, data exchanges, and event-driven workflows.
- Apply secure integration patterns, authentication standards, error handling, monitoring, logging, and recovery mechanisms.
- Partner with enterprise integration teams to align ServiceNow connectivity with broader architectural standards.
- Improve reuse by establishing common integration patterns, documentation, and technical accelerators.
- Ensure that integrations are observable, supportable, and designed to minimize avoidable operational overhead.
- Advance modern engineering practices across the ServiceNow platform, including source control, CI/CD, DevSecOps, automated testing, code reviews, release governance, and deployment traceability.
- Expand automated testing coverage using appropriate platform and enterprise testing tools.
- Embed quality controls into the development lifecycle rather than relying on late-stage validation.
- Establish reusable testing patterns for workflows, integrations, applications, upgrades, and AI-enabled capabilities.
- Improve release confidence, deployment velocity, defect prevention, and recovery readiness.
- Contribute to technical standards for coding, configuration, documentation, peer review, testing, and production support.
- Reduce technical debt by promoting maintainable, upgrade-resilient, and out-of-the-box-first design principles.
- Partner with product managers and stakeholders to define a value hypothesis for significant development initiatives.
- Design telemetry into solutions so that adoption, performance, quality, friction, and business outcomes can be measured after release.
- Evaluate success using measurable indicators such as time saved, automation rates, reduction in manual touchpoints, cycle-time improvement, reduced defects, reduced risk, and user adoption.
- Apply cognitive hospitality principles by creating workflows that reduce unnecessary cognitive load and make the next action clear.
- Identify opportunities to remove avoidable steps, reduce swivel-chair activity, and simplify user interactions.
- Use operational data and user feedback to continuously improve released capabilities.
- Serve as a senior technical contributor and trusted advisor for ServiceNow engineering decisions.
- Recommend modern tools, development practices, reusable patterns, and architectural improvements.
- Mentor team members and promote disciplined engineering habits.
- Provide technical guidance for complex platform initiatives while supporting decentralized decision-making.
- Participate in sprint planning, refinement, technical reviews, retrospectives, architecture discussions, and continuous-improvement activities.
- Communicate technical tradeoffs, risks, dependencies, and recommendations clearly to both technical and nontechnical stakeholders.
- Stay current on ServiceNow platform capabilities, AI developments, integration patterns, testing practices, and emerging enterprise technologies.
- Experience with ServiceNow Automated Test Framework (ATF), source control, CI/CD pipelines, update-set governance, application repositories, and release automation.
- Experience integrating ServiceNow with enterprise systems using REST, web services, middleware, event-driven patterns, or integration platforms.
- Experience designing secure solutions with appropriate access controls, auditability, observability, and data-protection safeguards.
- ServiceNow Certified System Administrator, Certified Application Developer, implementation certification, or comparable technical credentials.
- Experience with DevSecOps, automated testing, observability, and reusable engineering patterns.
About the company
Cummins designs and manufactures engines, power generation systems, and related components for commercial vehicles, industrial machinery, and stationary power. Vehicle and equipment makers install its diesel and natural gas engines, while businesses use its generator sets for backup and continuous electricity. Its components include turbochargers, emissions controls, transmissions, axles, and brakes, and its Accelera business builds batteries and electric powertrain systems. Cummins earns revenue from equipment and component sales, replacement parts, and maintenance through company-owned and independent distributors and dealers. Cummins was founded in 1919 and is headquartered in Columbus, Indiana.
Company Size
10,001+
Company Stage
IPO
Headquarters
Columbus, Ohio
Founded
1919
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Simplify's Take
What believers are saying
- Revenue is expanding: August 2026 Cummins reported $9.5 billion in second-quarter sales, up 9% year over year.
- Power demand is increasing: August 2026 Cummins reported Power Systems segment sales of $2.3 billion, up 19%.
- Retirement contributions are fully vested: Cummins' May 2026 US plan filing describes immediate vesting of employee and employer money.
What critics are saying
- Hydrogen investments lost value: February 2026 Cummins reported $458 million of 2025 electrolyzer charges, including $415 million noncash.
- Customer concentration matters: February 2026 filings show PACCAR accounted for 13% of Cummins' 2025 consolidated sales.
- Retiree medical money requires tenure: Cummins' main US savings plan starts those contributions after two service years.
What makes Cummins unique
- Road support has substantial reach: Cummins lists over 3,700 authorized on-highway service locations.
- Fuel choices share engine architecture: Cummins' HELM variants retain common components below the head gasket and fuel-specific parts above.
- Generator packages share a manufacturer: Cummins builds engines, alternators, transfer switches, and controls for its integrated power systems.
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Growth & Insights and Company News
6 month growth
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13%5 new diesel engines coming out in 2027. Madeline Cuccio Wed, October 7, 2026 at 7:00 PM PDT New engines are a hot topic for automakers in the coming year, thanks in no small part to the dramatic increase in fuel prices. It's all supply and demand, after all, and arguably no one is feeling the pinch at the pump quite like diesels. Moreover, with more modernization programs and clean-energy initiatives than ever before, it's imperative for engine builders to stay relevant in today's economy. Welcome to the rush of the decade's latter half, filled with innovation and reimagining alike, as companies update old diesels and create new ones from scratch. You'll see a lot of common threads across every one of these engines, apart from their application in commercial and private cargo hauling. For the uninitiated, diesel engines prioritize torque, with their lower RPM bands and relatively longer piston strokes naturally producing more torque than gasoline engines. That's because diesels run on compression rather than spark - diesel fuel is less volatile than gasoline, so you can compress it a lot more without pre-ignition, known as knocking. A typical diesel engine packs over 14:1 compression, versus gas engines that have around 50 percent less. So you get more force and leverage to push the piston down, hence the additional torque. Another point you'll notice here is how overbuilt these engines are. It's a well-known pro of diesel engines that they're relatively understressed designs, meaning they can theoretically accept far more power than they're producing from the factory. This means the parts don't have to work hard, which makes these engines last extremely long - generally-speaking, anyway. That said, here's what's on the horizon for 2027. Cummins X15 (2027). The Cummins X15 is arguably one of the best-known and robust heavy-duty truck diesel engines of all time. The engine has been on American roads in one form or another since 1998, boasting a 15-liter straight six design. The types of vehicles that most commonly use this engine under the hoods of just about anything requiring good low-end torque, of which it has plenty - 1,600 to 2,050 lb-ft depending on trim. The applications rangе from agriculture and trucking to rail transport, construction, and power generation, among others. Cummins bills it as a universal Swiss Army knife of diesels. Originally, the engine was a more complicated double overhead-cam design, but Cummins swapped it out for a simpler single overhead-cam layout, among other efforts to maximize its longevity and ease of repair. This trend continues with the 2027 iteration, designed under Cummins' Destination Zero strategy that aims to improve the company's fuel economy across a broad range of its products. To this end, Cummins is developing the new X15 and its sister platforms by utilizing its new HELM initiative, designed to make use of alternative fuel sources to help offset carbon emissions. In the X15's case, that means introducing not just one but three individual models: the standard diesel X15, the hydrogen-powered X15H, and the X15N powered by natural gas. The hydrogen engine in particular may help spur the otherwise relatively stagnant development of so-equipped fuel stations, considering how niche hydrogen engines otherwise are in land transport applications throughout the United States. Cummins X10. At first glance, this engine looks quite similar to the X15, a deliberate choice on the part of Cummins. As the saying goes, if it ain't broke, don't fix it. That said, this downsized engine actually has its own unique history and applications which set it apart from the X15. First announced in 2025, the X10 is specialized for use with stuff like public transit and buses, vocational work, regional trucking, and emergency vehicles like fire engines. Basically anything coachbuilt on a bus chassis, like a Pierce ladder truck or a New Flyer transit bus, that's what this engine is for. Cummins developed this engine using the philosophies of the outgoing L9 and X12, using common parts with the X15 to make it easier to produce and install spares, as well as iteratively upgrading it over time. The basic X10's power ranges between 320 and 450 hp, about 200 hp less than an X15; and between 1,000 to 1,650 lb-ft torque. Moreover, just like the X15, this engine represents a marked improvement in fuel economy, with Cummins estimating a 4% improvement against the L9 and 2% over the X12, while also being about 100 pounds lighter than the X12. The key here is this engine's versatility. A lighter, more compact design allows the X10 to comfortably fit in anything from motor homes to vocational equipment, alongside having enough torque to match the X15 in heavy-duty trim. Moreover, Cummins promises less downtime, with priority given to over-the-air updates, extended service intervals, and the ability to service your own engine. GM mongoose Duramax. GM's newest iteration of the Duramax, an 8.3-liter monstrosity codenamed Mongoose, represents the latest in a long and storied tale of a three-way arms race. It's been ongoing since time immemorial, leading the Big Three to produce some of the greatest American cars of all time, from the Muscle Era of the 1960s to the super-duty trucks of the 2000s and beyond. Diesels have long been at the forefront of the latter, competing amongst each other for bragging rights on who has the biggest numbers - the most torque, most displacement, biggest tuning potential, and so on. The Mongoose marks GM's answer to Ford's Scorpion diesel engine, a point the company actually targets in its press release: "A certain cross-town rival's HD V8 diesel engine may be referred to as the 'scorpion.' But nature, or GM in this case, always engineers a better predator - the Mongoose." This is, of course, accompanied by its video showing the titular mongoose hunting said scorpion, advertising about as subtle as the engine itself. Ford's 6.7-liter Scorpion Power Stroke boasts 500 hp and 1,200 lb-ft torque, but the Mongoose is rated at 555 hp and 1,230 lb-ft of torque. By comparison, GM's current top-tier Duramax, a 6.6-liter V8, produces "just" 470 hp and 975 lb-ft torque, which is already on-par with heavy duty truck engines of the 1970s. Basically, this engine is the equivalent of taking an early Kenworth W900 diesel and shoving it into a medium-duty pickup truck, which is hardly surprising, considering the Mongoose is essentially the same as bolting two extra cylinders' worth of displacement onto the existing Duramax. Detroit Diesel generation-six engine family. Much like the passenger truck arms race, there also exists one between heavy-duty haulers and agricultural engine makers, namely brands like Caterpillar, the aforementioned Cummins, and Detroit. The latter's latest iterations, as the name implies, marks the sixth overall generation of the brand's mainstay diesel lineup, including the DD13, DD15, and DD16 - the latter being Detroit's most powerful production diesel, in fact. Much like the Cummins, the numbers represent the engines' displacements, with the 13 being a 12.8-liter, the 15 being a 14.8-liter, and the 16 being a 15.6-liter. As part of the overall modernization of commercial diesel engines, these companies all have their own individual programs to make the engines as reliable and efficient as possible, the two factors which matter most to the end-user; fleet-wide fuel isn't cheap, and an engine that's down for maintenance isn't making money. To this end, the DD-series isn't trying to reinvent the wheel, but rather iterating on the previous generation while incorporating some modernized tech. At the intake side, Detroit has revised the timing cycle and changed around the turbocharger, adding in a wastegate valve to help manage boost levels for more consistent and clean operation. The company is also implementing a new aftertreatment system to further reduce harmful emissions, promising that the components do not impact the engine's performance figures - anywhere from 1450 to 2050 lb/ft torque, depending on displacement and application. These improvements are scheduled to roll out with the smaller DD13 and DD15 in 2027, with the DD16 variant releasing in 2028. As per usual, Detroit plans to fit them in Western Star and Freightliner truck chassis from the factory. GM 3.0L Duramax. This is a familiar face to anyone who knows GM products; the LM2, as its previous iteration was called, first debuted in model year 2019 for the light-duty Silverado and Sierra 1500, putting out a respectable 277 hp and 460 lb-ft torque. It was perfectly adequate as far as most light-duty towing was concerned, but what was more impressive was the fuel efficiency - 27 MPG combined and 33 MPG highway in a truck with the frontal profile of an office building - hence why it's considered such a good engine. That trend continues with this latest iteration, which GM promises will travel a cool 900-plus miles on a single 34-gallon tank of diesel. Forget about the sheer numbers of the 8.3-liter Duramax and its displacement equaling that of a Viper engine; this humble straight six is an absolute lifesaver for people looking to maximize profits in smaller trucks. To put that into context, a far more aerodynamic Porsche Panamera hybrid can stretch its range out to around 750 miles in ideal highway driving conditions. By contrast, you could feasibly cross the entire continental United States filling up in Colorado, Illinois, and Pennsylvania and make it up to Maine with a comfortable reserve. Of course, these numbers are no doubt influenced from the recent surges in fuel prices, with the trend not slowing for a second thanks to the numerous conflicts in oil-refining nations. So expect more efficiency-first engines like this one from competing manufacturers in the coming years to meet the ever-increasing demand.
Cummins receives the ELSSA award. 02.10.2026 Cummins has officially received the ELSSA (Safe and Healthy Work Environments) Award, presented by the Mexican Social Security Institute (IMSS) in coordination with the Government of the State of San Luis Potosí This recognition attests to the ongoing efforts of the company's employees and leaders to identify risks, propose operational improvements, and reinforce a culture of continuous prevention at its worksites throughout the state. The ceremony was attended by Cummins' executive leadership; Gaspar Aguilar, Director of New and ReCon Parts Mexico and Head of Cummins Hispanoamérica; Bob Chestnut, Chief Medical Executive at Cummins; Miguel Medina, Head of Government Relations for Hispanoamérica; and Franco Osuna, Director of Power Systems, along with their operational teams and leaders from various areas of the plant. Similarly, officials from the Government of San Luis Potosí and representatives from the Mexican Social Security Institute participated, including: Mario García Valdés, Secretary of Economic Development (SEDECO), Crisógono Sánchez Lara, Secretary of Labor and Social Welfare (STPS); Ana Elba Serna Martínez, Alma Gabriela Méndez Guerrero, Cynthia Elizabeth Munguía Guzmán, and Daniel Alexandro Leija Calderón, representing the IMSS. Company executives shared that creating safe and healthy work environments is a daily effort made possible by the collective commitment of their team. They emphasized that the award reflects the shared responsibility of making prevention a consistent practice. With this distinction, Cummins reaffirms its position as a leader in the manufacturing industry in central Argentina, aligning its operational standards with international best practices in occupational health and safety.
EquipmentShare and Cummins announce landmark collaboration to deploy 1 gigawatt of mobile power. EQPT | 5 hours ago Multi-year fleet expansion combines advanced power technologies, nationwide rental distribution, and connected fleet intelligence to bridge the national power gap. EquipmentShare.com Inc (Nasdaq: EQPT) ("EquipmentShare"), a leader in connected jobsite technology and one of the largest construction equipment rental providers in the United States, today announced a multi-year fleet agreement with Cummins Inc. ("Cummins"), a global leader in power solutions products. This relationship positions EquipmentShare as a key rental and distribution channel for Cummins, with expected fleet growth to 1 gigawatt of natural gas power generation capacity to support major energy projects across the United States ("U.S."). As the U.S. experiences a surge in industrial development and critical infrastructure, contractors face a critical bottleneck: regional utility providers are struggling to keep pace with soaring power demand. According to the North American Electric Reliability Corporation, peak electricity demand in the U.S. is projected to surge by over 220 gigawatts over the next decade. The strategic investment in Cummins power generation products, including the commitment to utilize the C1400N6C, a 60Hz continuous lean burn gas generator set capable of delivering between 1400 - 1750 kVA of power, will establish EquipmentShare as a leading provider of temporary power, microgrid, and battery energy storage solutions for mission-critical infrastructure projects nationwide. "Combining Cummins' proven leadership in reliable, mission-critical power solutions with EquipmentShare's technology-driven distribution platform allows us to bring a gigawatt of resilient energy capacity online to high-impact jobsites when and where they need it most," said Jabbok Schlacks, founder and CEO of EquipmentShare. By utilizing existing pipeline infrastructure where available and supplementing with virtual pipeline logistics to deliver fuel to off-grid sites, EquipmentShare provides uninterrupted power and equipment uptime across any terrain. This natural gas-led strategy delivers a cleaner alternative that can reduce total energy costs for contractors by 50% to 80% compared to traditional mobile power. "We're pleased to support EquipmentShare as they expand their power fleet with Cummins solutions," said Susan Cleaver, Vice President, Global Power Generation at Cummins. "This investment highlights the ongoing need for dependable power solutions, and we're proud to work with customers and distributors to help meet those needs." About EquipmentShare Founded in 2015 and headquartered in Columbia, Missouri, EquipmentShare (Nasdaq: EQPT) is a nationwide construction technology and equipment solutions provider dedicated to transforming the construction industry through innovative tools, platforms and data-driven insights. By empowering contractors, builders and equipment owners with its proprietary technology, T3(R), EquipmentShare aims to drive productivity, efficiency, and collaboration across the construction sector. With a comprehensive suite of solutions that includes a fleet management platform, telematics devices and a best-in-class equipment rental marketplace, EquipmentShare continues to lead the industry in building the future of construction. For more information, visit www.equipmentshare.com. Forward-Looking Statements This press release includes certain "forward-looking statements" for purposes of United States federal and state securities laws. Forward-looking statements are statements other than statements of historical fact and can be identified by words such as "anticipate," "believe," "continue," "could," "estimate," "expect," "intend," "may," "might," "plan," "potential," "preliminary," "predict," "should," "will," or "would" or the negative of these terms and similar expressions intended to identify forward-looking statements. These forward-looking statements, which include statements regarding the anticipated benefits of EquipmentShare's strategic partnership with Cummins; planned investments in mobile power generation assets; expected deployment of generation capacity; anticipated customer demand for temporary power, microgrid and energy storage solutions; expected operational, cost, sustainability and reliability benefits of the partnership and EquipmentShare's technology platform; the expected availability and performance of natural gas and diesel generation solutions; workforce development initiatives; and other plans, objectives, expectations and future events are subject to numerous risks and uncertainties, most of which are difficult to predict and many of which are beyond EquipmentShare's control, including but not limited to, risks and uncertainties related to economic, market or business conditions, the construction equipment rental industry, availability of equipment and fuel supplies, the ability of EquipmentShare and Cummins to successfully implement and execute the partnership, investments in mobile power generation, customer demand for power solutions,, and other risks and uncertainties. For a further list and description of such risks and uncertainties, please refer to EquipmentShare's filings with the Securities and Exchange Commission available at www.sec.gov. All forward-looking statements, expressed or implied, included in this press release are made as of the date of this press release and are expressly qualified in their entirety by this cautionary statement. Except as otherwise required by applicable law, EquipmentShare disclaims any duty to update any forward-looking statements, all of which are expressly qualified by the statements in this section, to reflect events or circumstances after the date of this press release. Follow STOCKHOUSE Today Honey Badger Silver's PC Mine Takes a Major Step Toward Development | Honey Badger Silver (TSXV: TUF) Play Episode Phenom Resources: SSR Mining Invests Before the First Drill Hole | Phenom Resources (TSXV: PHNM) HotCopper Wire #52 A big, juicy gold megamerger
EquipmentShare and Cummins announce landmark collaboration to deploy 1 gigawatt of mobile power. Multi-year fleet expansion combines advanced power technologies, nationwide rental distribution, and connected fleet intelligence to bridge the national power gap. September 29, 2026 COLUMBIA, Mo. - Sept. 29, 2026 - EquipmentShare.com Inc (Nasdaq: EQPT) ("EquipmentShare"), a leader in connected jobsite technology and one of the largest construction equipment rental providers in the United States, today announced a multi-year fleet agreement with Cummins Inc. ("Cummins"), a global leader in power solutions products. This relationship positions EquipmentShare as a key rental and distribution channel for Cummins, with expected fleet growth to 1 gigawatt of natural gas power generation capacity to support major energy projects across the United States ("U.S."). As the U.S. experiences a surge in industrial development and critical infrastructure, contractors face a critical bottleneck: regional utility providers are struggling to keep pace with soaring power demand. According to the North American Electric Reliability Corporation, peak electricity demand in the U.S. is projected to surge by over 220 gigawatts over the next decade. The strategic investment in Cummins power generation products, including the commitment to utilize the C1400N6C, a 60Hz continuous lean burn gas generator set capable of delivering between 1400 - 1750 kVA of power, will establish EquipmentShare as a leading provider of temporary power, microgrid, and battery energy storage solutions for mission-critical infrastructure projects nationwide. "Our customers are building the foundation of America's future, but they are constantly running into a fundamental problem: regional utility companies simply can't deliver power fast enough," said Jabbok Schlacks, founder and CEO of EquipmentShare. "EquipmentShare's investment bridges that gap. By combining Cummins' proven leadership in reliable, mission-critical power solutions with EquipmentShare's technology-driven distribution platform, we are bringing a gigawatt of resilient energy capacity online to provide these critical, high-impact jobsites the power infrastructure they need, when and where they need it." By utilizing existing pipeline infrastructure where available and supplementing with virtual pipeline logistics to deliver fuel to off-grid sites, EquipmentShare provides uninterrupted power and equipment uptime across any terrain. This natural gas-led strategy delivers a cleaner alternative that can reduce total energy costs for contractors by 50% to 80% compared to traditional mobile power. "We're pleased to support EquipmentShare as they expand their power fleet with Cummins solutions," said Susan Cleaver, Vice President, Global Power Generation at Cummins. "This investment highlights the ongoing need for dependable power solutions, and we're proud to work with customers and distributors to help meet those needs." About EquipmentShare Founded in 2015 and headquartered in Columbia, Missouri, EquipmentShare (Nasdaq: EQPT) is a nationwide construction technology and equipment solutions provider dedicated to transforming the construction industry through innovative tools, platforms and data-driven insights. By empowering contractors, builders and equipment owners with its proprietary technology, T3(R), EquipmentShare aims to drive productivity, efficiency, and collaboration across the construction sector. With a comprehensive suite of solutions that includes a fleet management platform, telematics devices and a best-in-class equipment rental marketplace, EquipmentShare continues to lead the industry in building the future of construction. For more information, visit www.equipmentshare.com. Forward-Looking Statements This press release includes certain "forward-looking statements" for purposes of United States federal and state securities laws. Forward-looking statements are statements other than statements of historical fact and can be identified by words such as "anticipate," "believe," "continue," "could," "estimate," "expect," "intend," "may," "might," "plan," "potential," "preliminary," "predict," "should," "will," or "would" or the negative of these terms and similar expressions intended to identify forward-looking statements. These forward-looking statements, which include statements regarding the anticipated benefits of EquipmentShare's strategic partnership with Cummins; planned investments in mobile power generation assets; expected deployment of generation capacity; anticipated customer demand for temporary power, microgrid and energy storage solutions; expected operational, cost, sustainability and reliability benefits of the partnership and EquipmentShare's technology platform; the expected availability and performance of natural gas and diesel generation solutions; workforce development initiatives; and other plans, objectives, expectations and future events are subject to numerous risks and uncertainties, most of which are difficult to predict and many of which are beyond EquipmentShare's control, including but not limited to, risks and uncertainties related to economic, market or business conditions, the construction equipment rental industry, availability of equipment and fuel supplies, the ability of EquipmentShare and Cummins to successfully implement and execute the partnership, investments in mobile power generation, customer demand for power solutions,, and other risks and uncertainties. For a further list and description of such risks and uncertainties, please refer to EquipmentShare's filings with the Securities and Exchange Commission available at www.sec.gov. All forward-looking statements, expressed or implied, included in this press release are made as of the date of this press release and are expressly qualified in their entirety by this cautionary statement. Except as otherwise required by applicable law, EquipmentShare disclaims any duty to update any forward-looking statements, all of which are expressly qualified by the statements in this section, to reflect events or circumstances after the date of this press release.
Diesel Generator Set Market powers critical infrastructure on reliability and backup needs. According to a recent market report, the Diesel Generator Set Market is on a steady growth trajectory, driven by the increasing demand for reliable backup power in critical infrastructure, the growth of data centers and healthcare facilities, and the need for power in remote and off-grid locations. Diesel generator sets, which combine a diesel engine with an electric generator to produce electricity, are a proven and reliable source of backup power. The market is being propelled by the need for uninterrupted power supply, the growth of industrialization, and the increasing frequency of power outages. The market is being shaped by several key trends. The increasing adoption of advanced diesel generator sets with improved fuel efficiency and lower emissions is driven by environmental regulations. The integration of generator sets with energy storage systems and renewable energy sources is enabling hybrid power solutions that reduce fuel consumption and emissions. The development of smart monitoring and control systems is enhancing the reliability and performance of diesel generator sets, enabling remote diagnostics and predictive maintenance. The growing focus on sustainability is driving demand for generator sets that can run on alternative fuels, such as biodiesel and renewable diesel. Market segmentation reveals that the industrial segment holds the largest share, driven by the need for reliable power in manufacturing and processing facilities. The commercial segment is also significant, with data centers, hospitals, and office buildings relying on diesel generator sets for backup power. The residential segment is emerging as a high-growth application, driven by the increasing frequency of power outages and the desire for home backup power. Key players in the market include Cummins, Caterpillar, Generac, and Kohler, who are investing in R&D to develop advanced diesel generator sets. Regionally, Asia-Pacific is the largest market for diesel generator sets, driven by rapid industrialization and urbanization in countries like China and India. North America and Europe are also significant markets, driven by the growth of data centers and the need for reliable backup power. The future of the diesel generator set market is bright, with new opportunities in developing hybrid power solutions, expanding into emerging markets, and developing generator sets that can run on alternative fuels. As the world seeks to balance reliability with sustainability, diesel generator sets will remain essential components of the global power infrastructure. Understand Market Analysis shifts with well-researched analysis: