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John Deere: Pioneering the Future with Agricultural IoT Technology

John Deere, based in Moline, Illinois, is one of the world’s leading manufacturers ofagriculturaland construction machinery. Over the years, John Deere has undergone a remarkable transformation, evolving into a technology-driven company that harnesses cutting-edge advancements like machine learning,cloudcomputing, and automation to optimize the performance of its agricultural and constructionmachinery. The company has earned a stellar reputation forinnovationand excellence, reaching net sales and revenue of $52.6 billion in 2022.

John Deere’s drive to innovate – a growing population and the need for more food resources

John Deere is trying to solve a major future problem. By 2050, the size of the world’s population will exceed 10 billion, increasing global food demand by around 50%. The company’s goal is to work towards a fully autonomous production system that will be capable of taking care of crops at the individual plant level, by giving each plant proper nutrients, water, soil and more. This would allow farmers to maximize both yield and production of crops.

John Deere had its first tech summit in Austin, Texas, at the beginning of April to showcase its latest agricultural and construction innovations andtechnologies. The analyst community was able to witness its latest See and Spray technology which enables farmers to pinpoint weeds usingcomputervision and machine learning and eliminate them swiftly. John Deere also demonstrated its new ExactShot technology that will enable farmers to plant seeds and fertilize only the area right around the seed, which will save up to 60% in fertilizer, thus reducing costs for the farmer while also significantly limiting the environmental harm. All these latest technologies rely on John Deere’s “tech stack” that the company has built over the years. From GPS to field mapping that allow tractors to drive in straight lines and even take turnsautonomously, to its connectivity anddigitaltwin solutions for remote monitoring.

John Deere’s long-term strategy – Leap Ambitions

In 2022, John Deere launched its Leap Ambitions Framework to unlock a $150-billion incremental opportunity and to measure its SmartIndustrialStrategy – focusing on combining smart technology innovation with the company’s legacy ofmanufacturingexcellence.

  1. To expandthe number of connected machines to 1.5 million by 2026, a significant increase from the 500,000 connected machines in 2022.
  2. Demonstrate viable low/no carbon alternative power solutions by 2026.
  3. Aim for 10% of total revenue to be recurring by 2030.

The company’sstrategyinvolves increasing the number of acres that are connected via John Deere Operation Center, an online farm management system (farms using this system are known as engaged acres), to 500 million by 2026 from 329 million in 2022, with 75% of engaged acressustainablyengaged by 2030. In terms of its equipment strategy, the company will also ensure that 100% of new small agriculturalequipment启用连接,提供吗避署ctronicoptions, and deliver a fully autonomous battery-powered避署ctricagricultural tractor by 2026. Lastly, John Deere’s construction and forestry segment will deliver 20+ electric and hybrid-electric product models and increase the adoption of various technologies by 2026.

Connectivityplays a major role in John Deere’s goals and the company still has an RFP out for a satellite provider that can provide it with 5Mbps download and upload speeds with under 500ms latency. This would be a fallback solution in areas where cellular connectivity is weak or has dead spots and is critical for the company to ensure as all of its autonomoussolutionsneed connectivity to run.

John Deere is a prominent player in the global tractor market. In fact, the company holds a leading position in the connected agriculture space.According to the latestConnected Agriculture trackerby Counterpoint Research, John Deere’s 40% shipment share was the largest in the connected tractors market as of the end of 2022.

Global Connected Tractor Shipments Share - connected agriculture

Competitive advantages – Pushing in innovation connectivity and sustainability

John Deere’s competitive advantage rests on a foundation of innovation, connectivity and sustainability. The company’s rapidly growing connected machine portfolio, strong focus on automation and EVs, expanding electric product lineup, and an unparalleled dealer network make it a leader in an increasingly technology-driven agricultural landscape.

  • Connected machine portfolio:约翰迪尔公司53%的产品可以连接到ternet and the integration ofcellular连接在这些连接产品公关的82%opels farming into a new era of data-driven decision-making. This connected ecosystem enables real-time monitoring, remote diagnostics and predictive maintenance, ultimately boosting efficiency and productivity for farmers.
  • Focusing on automation and EVs:Automationhas been a key driver for John Deere’s product portfolio, enabling farmers to be more efficient and to do more with fewer resources. It is also making electric-powered choices available for all the different types of equipment. From tractors to small agriculture and turf equipment, the company’s focus on避署ctrificationis a strategic move that not only aligns with environmental concerns but also anticipates future regulatory shifts and consumer preferences.
  • Extensive dealer network and retrofit services:

John Deere’s vast network of over 2,000 dealer locations across the US and Canada solidifies its competitive edge. With separate dealer groups catering to agriculture and construction/forestry, the company ensures tailored expertise for each sector. Furthermore, John Deere’s commitment to retrofit services and product upgrades demonstrates the company’s dedication to maximizing the longevity and value of its equipment. The substantial contribution of retrofits and upgrades, amounting to 18% of total equipment sales in 2022, highlights the company’s innovative approach to customer satisfaction.

Partnerships continue to be a strong driver for John Deere’s success

Overall, John Deere is making strides to further agricultural technology in a very steady and strategic manner. The company has been making the right investments. It now has more than 3,400 engineers, and has acquired companies like Blue River and Spark AI, and most recently Smart Apply, to help scale its tech solutions.

Below, we have shared some of John Deere’s most notable partnerships and brand acquisitions, which all synch up strongly with the company’s overall product development and strategy over time:

connected agriculture

Conclusion

John Deere’s strength lies in its ability to execute diligently as it is the market share leader in the agriculture space, moving the market along at a pace that is comfortable for most customers. We expect John Deere to continue education efforts through its upcoming tech summits or future CES-level type sponsorships as it tries to establish itself as a household name in the tech space. John Deere has ambitious plans, but it has a strong roadmap to deliver on its leap ambitions and strategy. The company’s partnerships and brand acquisitions through the years further emphasize its commitment to innovation and growth.

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AI & API Accelerating Digital Transformation Across Verticals

  • The hype surrounding digital twins is undoubtedly real, with many IoT players actively seeking to leverage the unique benefits of digital twin technology to gain a competitive edge in the market.
  • Connectivity, a key component of digital transformation, was at center stage with a significant focus on satellite and 5G.
  • 伙伴关系、协作和API将战斗the fragmentation in IoT and digital transformation.

San Diego, Buenos Aires, London, New Delhi, Hong Kong, Beijing, Seoul – May 15, 2023

Counterpoint Research analysts recently attended three of the most prominent tech events of 2023 – Consumer Electronics Show,MobileWorld Congress, and Industrial Transformation at Hannover Messe. After a hiatus of three years, these events saw a remarkable return of in-person attendance, indicating a promising comeback of the tech industry. During their visits, Counterpoint analysts delved deep into the latest trends and advancements in IoT and digital transformation, and have now identified seven key takeaways or focus areas. The findings are expected to have far-reaching implications for businesses and organizations looking to stay ahead in the rapidly evolving tech landscape.

Commenting on the key takeaways,Associate DirectorMohit Agrawalsaid, “As we attended the tech events of 2023, it became increasingly clear that the rise of digital twins was the single biggest takeaway, particularly in Hannover. We saw how digital twins have energized the industrialIoTplayers, and are likely to become a critical component of digital transformation in the coming years. Connectivity plays a crucial role in enabling digital transformation and the events had a significant focus on satellite, private networks, eSIM,5G, and connectivity management platforms. Finally, we were impressed with the companies’ incorporation of AI in various processes, especially in analytics, visual inspection, and robotics. It is exciting to see how these technological advancements will shape the future of industries, and we are eager to keep a close watch on these developments.”

Key Take aways from tech events
Source: Counterpoint Research

Each of the events was attended by over 100,000 visitors and had exhibitors across the long value chain of IoT and digital transformation. Many of the takeaways amplified Counterpoint Research’stop trends prediction for 2023released earlier this year, notedResearchVice PresidentNeil Shah. “IoT is an incredibly vast and fragmented value chain, and it is becoming increasingly clear that industry consolidation is necessary. Efforts like theQualcomm Aware platformare a step in the right direction to reduce fragmentation and improve the overall IoT landscape. It is essential to see more of these kinds of partnerships between players in the industry to reduce adoption friction points and fully realize the potential of IoT. APIs are increasingly becoming important in seamless collaborations. As we move forward, we remain optimistic about the future of IoT and the role that industry collaboration will play in driving innovation and growth,” Shah added.

The comprehensive and in-depth ‘IoT and Digital Transformation Trends from CES, MWC and Hannover Mess的port is now available for purchase at report.www.arena-ruc.com.

Feel free to reach us at press@www.arena-ruc.com for questions regarding our latest research and insights.

Background

Counterpoint Technology Market Research is a global research firm specializing in products in the technology, media and telecom (TMT) industry. It services major technology and financial firms with a mix of monthly reports, customized projects and detailed analyses of the mobile and technology markets. Its key analysts are seasoned experts in the high-tech industry.

Analyst Contacts

Mohit Agrawal

Neil Shah

Counterpoint Research

press@www.arena-ruc.com

Related reports

Global Connected Construction Machine Shipments Grew 6.7% YoY in 2022

  • Onein three construction machines sold in 2022 had embedded connectivity.
  • The connected construction machinery market is expected to see an annual growth rate of 11% over the next eight years.
  • The top five players – Caterpillar, XCMG, Sany, Komatsu and Volvo – captured 60% of connected construction machine shipments in 2022.

San Diego, Buenos Aires, London, New Delhi, Hong Kong, Beijing, Seoul – April 27, 2023

Global connected construction machine shipments grew 6.7% YoY in 2022 despite a decline in overall construction machine shipments, according to Counterpoint’s latestGlobal Connected Construction Machine Marketreport. One in three construction machines sold had embedded connectivity. The slowdown in China’s construction activity impacted the shipments of Chinese players and overall global shipments. However, due to a 10% YoY increase in the average selling price (ASP) in 2022, construction machine revenues grew 3% YoY to reach$213 billion. The ASP increased due to supply shortages and addition of features like避署ctrificationandconnectivity.

Construction machines refer to equipment, machinery and vehicles specially designed for construction tasks such as excavation, loading and unloading, moving materials, material handling and demolition. The construction machinery also includes mining machinery applications like rock drilling, rock cutting, crushing and tunneling. Engineering and construction projects are complex and difficult to manage. Connected machines help measure construction activity, which is regarded as a barometer of economic prosperity for any region.

Commenting on connected construction machine brand dynamics,SeniorResearch AnalystSoumen Mandalsaid, “Construction machinery is a highly concentrated market with the top five players –Caterpillar,XCMG,Sany,KomatsuandVolvo– capturing 60% of connected construction machine shipments in 2022. Smaller players likeLiebherrare aiming to make inroads by providing connectivity in a larger proportion of their SKUs.JCBandHitachicater to the lower end of the market by offering cost-effective solutions and have fewer machines with connectivity. We expect significant growth opportunity for connectivity for these brands in the coming years.”

Construction machine market Counterpoint

The demand for connectivity is driven by theft prevention, predictive maintenance, automated operations, distance monitoring,AR/VR-based simulation and usage-based applications like insurance, vehicle financing and rental services. The tracking of machine assets also helps schedule construction operations in a better way and complete projects on time.Orbcomm,Teltonika,Calamp,syniotec,Machinemax,Trackunit,VisionTrack,Tenna,TrimbleandDPL Telematicsare a few among many players embeddingconnectivityin heavy construction machines while offering complimentary services like connectivity and device managementplatforms.

Commenting on the market outlook,Associate DirectorMohit Agrawalsaid, “Global construction machine shipments are likely to remain flat and reach2.33millionunits by 2030. The current downtrend is expected to last another two to three years. We expect the market to rebound from 2025 onwards. The scarcity of skilled technicians, laborers and drivers will fuel the growth ofautomatedmachines. We expect nearly75%of construction machines to have embedded connectivity by 2030 as the industry shifts towards electrification and autonomous operations. Further, we expect the connected construction machinery market to see an annual growth rate of11%over the next eight years. Currently, 4G is the leading technology in the connected construction machine market but we expect5Gto be the most preferred technology by the end of the forecast period.”

The comprehensive and in-depth ‘Global Connected Construction Machine Market 2022的port is now available for purchase atreport.www.arena-ruc.com.

Feel free to reach us at press@www.arena-ruc.com for questions regarding our latest research and insights.

Background

Counterpoint Technology Market Research is a global research firm specializing in products in the technology, media and telecom (TMT) industry. It services major technology and financial firms with a mix of monthly reports, customized projects and detailed analyses of the mobile and technology markets. Its key analysts are seasoned experts in the high-tech industry.

Analyst Contacts

Soumen Mandal

品牌来源:新标识:Twitter

Mohit Agrawal

品牌来源:新标识:Twitter

Counterpoint Research

品牌来源:新标识:Twitter

press@www.arena-ruc.com

Related Reports

Oasis Smart-SIM’s CloudSIM™ to Catalyze Growing Need for On-demand Connectivity

  • CloudSIM™ is a remote hardware SIM stored in a dedicated, secure and GSMA-certified environment.
  • CloudSIM™ provides on-demand cellular connectivity more securely and more affordably than ever before.

Oasis Smart-SIM and TATA Communications revealed their latest innovation CloudSIM™ atMWC 2023in Barcelona, Spain. CloudSIM™ is a remote hardware SIM that provides on-demand cellular connectivity more securely and more affordably than ever before.

CloudSIM™存储在一个专用的、安全和GSMA-certifie吗d environment and is facilitated through TATA Communications’ MOVE™ platform. By delivering device integrity and provisioning the Cloud SIM™ technology on the cloud, Tata Communications and Oasis Smart-SIM’s innovation helps reduce costs and simplify designs. This changes the traditional way of delivering on-demand connectivity, which typically requires costly and complex additional SIMs,eSIMsoriSIMson the hardware platform. It will provide SanCloud devices the ability to remotely control and monitor the operational performance of industrial equipment and plants across the manufacturing chain. It will simplify deployment across fragmented supply chains and benefit enterprises globally.

LISTEN: CloudSIM™ to Catalyze Growing Need for On-demand Connectivity

Key Benefits of CloudSIM™

CloudSIM™ is primarily aimed at use cases that do not require permanent connectivity. Limiting the number of profiles required for fleet operations and providing on-demand connectivity reduces the overall cost of connectivity. The three key benefits of CloudSIM™ are:

  • Security: SIMs are digitalized, stored in a secure server and only made available on demand for a limited period.
  • Simplicity: The CloudSIM™ architecture allows for smooth deployment and improved time to market.
  • Scalability: It enables unlimited connectivity when and where it is needed.

WATCH: Oasis Smart-SIM Demonstrates new CloudSIM™ Solution at MWC

Counterpoint’s Take

As the number of cellular-connected devices continues to grow, they bring a multitude of new requirements, use cases and challenges. Therefore, it becomes important for the industry to keep updating its offerings to meet the ever-evolving needs. We believe CloudSIM™, launched by Oasis Smart-SIM and TATA Communications, is an innovative solution for on-demand cellular connectivity, which optimizes costs and complexity, and improves security.

There are multiple use cases where permanent cellular connectivity is not required, such as device maintenance or OS upgrades intelematics、低数据传输在NB-IoT-connected智能分配rs and visited private networks. For these use cases, permanent connectivity only adds unwanted costs to the OEM while also requiring OEMs to keep eSIM profiles in their inventory. Since the CloudSIM™ can provide connectivity as and when required and then deactivate itself on demand, data consumption and the number of profiles required are optimized.

Counterpoint Research Vice President Neil Shah visited the TATA Communications booth duringMWC 2023to see a demo of the solution in action. Oasis Smart-SIM Chief Marketing Officer Jean-Christophe Tisseuil explained some of the key use cases of the solution.

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Analyst Contacts

Shubham Sethi

Ankit Malhotra

碎片,整合马克改变物联网局域网dscape

Connecting “everything” to the cloud and internet and ensuring the flow of data and insights back and forth intelligently, which is also called the internet of things (IoT), is the key digital transformation enabler.

Digital transformation is a blue ocean opportunity for every company in the technology space, helping improve products, manpower and processes. Still in nascent stages, this transformation is inevitable across societies, industries, verticals and enterprises. Every entity will take this journey at different times, at a different pace and with different partners.

The evolution of software, semiconductors, connectivity and cloud technologies over the last two decades has been pivotal to this ongoing transformation. We have seen a plethora of companies proliferating, especially in devices, software-cloud and connectivity domains. The IoT market, as a result, has become fragmented when we look at these three key domains. This intense fragmentation, in turn, is causing a massive consolidation to generate scale and attain operational profitability.

Devices (Components, Devices & Management)

This segment of the value chain includes the companies offering chipsets, modules and devices equipped with sensors to the solutions such as device management.

Source: Counterpoint Research IoT Practice – Devices, December 2022

The chipset market has seen some consolidation (cellular) and fragmentation (because of LPWA – NB-IoT, LTE-M, Wi-Fi and Bluetooth) cycles.

TheIoT module market (analysis here)provides the key metrics here to understand the greenfield and brownfield IoT growth opportunities across applications such as automotive, smart meters, CPEs, asset tracking, telematics, sensors and cameras.

The overall number of players in this segmentrose until 2021 but started seeing a big wave of consolidation in 2022to capture more value with value-added services, software and integration of connectivity and cloud either via partnerships or vertical integration. We believe more consolidation is on the cards in 2023 when some module or device vendors will either exit or be acquired.

TelitAcquiresThales Digital Identity and Security (ex Gemalto)Module business(analysis here)

SemtechacquiresSierra Wireless(analysis herefromSoumen Mandal)

汽车市场也看到consoli NAD模块dation, with many established vendors (e.g. Telit, Sierra, Thales divesting their automotive module business with few players now dominating the market (analysis here)

In terms of devices, we are witnessing rising number of gateways, CPEs vendors to capitalize on 5G or Fiber connected home, premises or enterprise boom. We believe, this segment will undergo consolidation starting 2024. The other vertical devices market players such as smart meters, POS, cameras, industrial sensors, etc will see some consolidation as many will find it challenging to ride on the 5G wave over the next few years.

Connectivity (Data Plans & Management)

Source: Counterpoint Research IoT Practice – Connectivity, December 2022

The connectivity pie has been dominated by:

The connectivity management and managed services companies have also seen consolidation with every wave of cellular “G”, from CISCO-Jasper to Kore Wireless-Wyless and now the biggest news of 2022 –Ericssonexiting this space by offloading the IoT Accelerator platform and managed connectivity relationships toAeris Communications.

Ericsson-Aeris Deal Reflects Broader IoT Market Trends(analysis herefromMohit Agrawal)

  • Ericsson has been one of the earliest vendors focusing on managed IoT and eSIM connectivity. With its strong relationships with CSPs and enterprises, Ericsson built a platform to manage close to 100 million IoT devices (automotive formed a major chunk). The same has been the case with other similar players. The vision for the IoT Accelerator platform had been great but the capabilities and focus diluted over time.
  • Further, the scale which Ericsson achieved was not enough to remain profitable. The overall cellular IoT market is close to 3 billion and is estimated to double in the next five years according to our forecasts.
  • Ericsson also tried to expand its offerings with an eSIM management SM-DP+ RSP platform to complement its Entitlement Servers; a partnership withThales Digital Identity and Security (ex Gemalto)as well (learn more about eSIM ecosystem)and leveraging of tight relationships with CSPs. However, the timing was a bit unfortunate.
  • This coincided with the 5G deployment wave (Ericsson’s key focus area), COVID-19 pandemic and tough macroeconomic climate, which put serious pressure on operational metrics and forced its hand to divest the platform toAeris Communications.

We continue to believe that the market has tremendous room to grow, but to remain profitable, the companies will either need a greater scale or a more integrated approach to cross-sell other services to capture maximum value. So, the IoT market is still ripe for exits, consolidations and new bigger entrants.

Cloud (IoT platforms, data & applications)

This is the most interesting part of the value chain. It is here that most value is created & captured in an IoT solution. Our estimates put this value at more than half.

Source: Counterpoint Research IoT Practice – Cloud Platforms, December 2022

Significant numbers have been seen in the entry of players offering IoT platforms, from edge to the cloud, to ingest the data from the edge/endpoint devices/sensors at the edge or in the cloud, run analytics on the data and convert them into actionable insights via an app, GUI or digital twin.

We analyzed the world’s leading IoT platforms before the COVID-19 pandemic and highlighted which platform vendors were ahead or behind and how the industry was ripe for consolidation or exits.

Microsoft, Amazon, Huawei Lead Overall IoT Platform Landscape in Completeness; ClearBlade, FogHorn Emerge as Leading Edge-Focused IoT Platforms(analysis here)

Source: Counterpoint Research IoT Practice, May 2020

A lot has changed since then. The consolidation has already started in this space as many companies are finding their IoT businesses highly unprofitable due to projects not going beyond the POC stages, mounting costs, integration and interoperability issues, lack of platform vendor capabilities, change in focus of the end customer, or macroeconomic environments. Some of the casualties include:

  • In by far the biggest exit in the cloud IoT platform space,Googledecommissioned its Cloud IoT Core. We highlighted in a report how far is Google behind the establishedMicrosoftAzure IoT,Amazon Web Services (AWS)IoT,PTCand upstarts such asClearBlade,LosantandFogHorn Systems(nowJohnson Controls).
  • SAPgave up its Leonardo IoT & Connectivity 360 initiatives (having pledged $2.2 billion in investments in 2017 and onwards).
  • IBMretired its Watson IoT platform after spending almost a decade building different components to complement its cloud and strong enterprise business offerings.
  • FogHorn Systems,one of the fast-growing edge AI and IoT platform players with a strong footing in the industrial IoT segment, was acquired byJohnson Controlsearlier this year. Johnson Controls looks to integrate the FogHorn capabilities into its OpenBlue suite of tailored, AI-powered service solutions such as remote diagnostics, predictive maintenance, compliance monitoring, and advanced risk assessments.
  • Pelion(earlierArm), now an independent company, also pivoted to become an IoT MVNO with more emphasis on connectivity.

Therefore, IoT platforms are the most fragmented IoT domains or part of the value chain. Some platforms have end-to-end capabilities from edge to cloud to applications, whereas some are specialists and will be acquired or exit in the coming years.

Conclusion

The IoT opportunity is significant but also challenging to capitalize if a vendor lacks capabilities, scale, right partnerships and focus to self- or co-create value. The complexity and scale benefits are different for every application and vertical, and the vendors need to be prudent to prioritize and partner. The fragmented nature of the IoT ecosystem will see waves of consolidation and growth. As a IoT player always be ready to pivot or have an exit plan!

Landis+Gyr Posts Robust H1 2022 Results Despite Supply Chain Constraints, FX Headwinds

Landis+Gyr, a leading global provider of integrated energy management solutions, posted H1 2022 net revenue of $728.7 million, a 4% rise from the year-ago period.Counterpoint Research - Landis+Gyr Net Revenue, H1 2018 to H1 2022

H1 2022 Highlights:

  • The company’s H1 2022 bill-to-book ratio was strong, reflecting the continuation of smart metering rollouts across major regions, conversion of backlogs, project deployments, contract wins and strong demand. Landis+Gyr’s revenue and financial performance improved with the help of growth in its residential load management software and services, and meter data management system solutions.
  • The company had a solid order intake of $773.2 million in H1 2022 across its three main regions of operation. However, total backlog for the period rose 7.5% YoY to a record-high of $3,480 million, driven by component shortages andsupply chainconstraints.
  • Landis+Gyr is set firmly on the innovation track with new technological advances, such as the E360IoTgrid-edge meter, E660 next-generationindustrialgrid-edge meter, cloud-native data hub connector application, GridFlex control SaaS demand-side management solution, NB-IoT-supported T550 heat and cold meter, and the water portfolio development which is on track for launch in 2023.
  • The company is rapidly growing in the Latin America region with the release of new solutions such as the Magno cabinet meter, Wi-SUN in collaboration with Cisco, Revelo residential meter, G480NB-IoTultrasonic gas meter and the Edge intelligence ecosystem.
  • Acquisitions and investments with a strong focus on high-growth opportunities, such as newEV charginginfrastructure and flexibility management, will give Landis+Gyr over-proportional growth and make it resilient to recession.
  • Landis+Gyr’s smart infrastructure investments in Australia and New Zealand continue to pioneer smart water solutions to detect customer-side and network leaks and reduce non-revenue water losses. The company is set to roll out its smart water meter in New Zealand in partnership with Watercare as it embarks on its first wave ofdigital transformationin the country.

Counterpoint Research - Landis+Gyr Revenue by Region, H1 2018 to H1 2022

Regional Key Developments in H1 2022

Americas:

  • The Americas region delivered net revenue of $391.7 million in H1 2022, up 20.4% YoY, driven by higher contract wins including APS, United Illuminating, Peoples Gas, Tri-County and Meriwether Lewis Electric.
  • The strong revenue growth was also driven by large advanced metering infrastructure rollouts during the period, namely PSE&G NJ, LG&E and AES Ohio.
  • 主要胜在拉丁美洲与赤道,意大利国家电力公司and EDP for cabinet meters and Iberdrola for C&I meters also helped boost revenue.

Europe, Middle East & Africa (EMEA):

  • Net revenue from the EMEA region fell 6% YoY in H1 2022 to $248 million driven by the unavailability of criticalcomponents. The French and UK markets were hurt by delayed projects and weak currencies during the period.
  • However, smart meter shipments are expected to increase to 4 million units by 2023 due to the SMET2 implementation program, which will replace the SMET1 smart meter.
  • The Fluvius project in Belgium along with the metering rollout in Switzerland will drive high order intake for smart meters through continued public tender activities. Landis+Gyr’s partnership with Enedis in France will be a growth driver for the region.

Asia-Pacific (APAC):

  • Net revenue from the APAC region jumped 23.8% YoY in H1 2022 to $89 million, with the New Zealand and Australian markets being the main drivers. The backlog from this region continues to grow due to strong order intake in Hong Kong, Australia, New Zealand and Southeast Asia (SEA).
  • The company’s initial deployment of the E360smart meterin Australia as part of the long-term partnership with Yurika, a unit of Energy Queensland, is proving to be beneficial.
  • The advanced metering infrastructure in the SEA region is expected to grow as markets such as Indonesia, Thailand, Malaysia and the Philippines are transitioning away from non-AMI setups. The extended partnership with HK Electric to supply smart meters in Hong Kong is also helping Landis+Gyr increase its footprint in the SEA region.

Key Takeaways:

  • Improvements in computing power are driving digital transformation in the utility sector and Edge intelligence for localized decision-making is becoming more critical as the penetration of distributed energy resources is increasing.
  • Like the rest of the smart meter market, the ongoing supply chain constraints are weighing on Landis+Gyr’s ability to fulfil customer orders. However, we expect the situation to ease in H2 2022. Landis+Gyr has been building up its inventory in anticipation of strong shipments in H2 2022.
  • The inventory build-up will result in negative free cash flow but we expect Landis+Gyr to be well positioned to support utilities and end customers.
  • Landis+Gyr is set to benefit going forward as the strong order intake indicates a favourable market environment and an increased need for more intelligent power grids. This will drive energy efficiency and ensure critical infrastructure stability which will be further amplified by the energy crisis.

相关的帖子:

Siemens Makes Headway on its Digital Transformation Initiative Xcelerator

Since the onset of the COVID-19 pandemic, the global marketplace has been abuzz with the term ‘digital transformation’, which is the strategic adoption of digital technologies. Although it has the potential to unlock great value in organizations, there has been little development on this front due to the fragmented ecosystem and companies’ inability to come together and partner for project implementation. In June this year, Siemens launched its open digital business platform, calledSiemens Xcelerator, to boost digital transformation and value creation for customers of all types.

Last week, Siemens entered partnerships withVolta TrucksandAutomotive Cell Company(ACC) to strengthen its offerings in the transportation industry. With this, Siemens Xcelerator now has partnerships with58 companies.

What is Siemens Xcelerator?

Siemens Xcelerator is an open digital business platform featuring a curated portfolio of IoT-enabled hardware and software, an ecosystem of partners and a marketplace. With Siemens Xcelerator, the company aims to make digital transformation easier and faster, helping organisations move projects beyond the pilot stage. The key building blocks of the platform are interoperability, flexibility, openness and strong cybersecurity.

A good example of how Siemens Xcelerator aims to make a difference is the immersive digital twin technology, which makes a virtual replica of a product or service. Siemens has partnered with NVIDIA to enable an industrial Metaverse and increase the use of the AI-driven digital twin technology. Having a digital twin significantly reduces time-to-market and development time as it allows rapid iterations. Siemens is a pioneer in the digital twin technology and has established several partnerships in this space. It partnered with Bentley in 2016 to develop digital twins for the process industry. With NVIDIA’s Omniverse, Siemens aims to create immersive digital twins accessible to everyone. Companies of all sizes will be able to deploy the digital twin technology and receive real-time performance data, create innovative industrial IoT solutions, leverage actionable insights from analytics at the edge or in the cloud, and tackle the engineering challenges of tomorrow by making visually rich and immersive simulations more accessible.

Viewpoint

Integration among operational technology (OT), information technology (IT), and new digital technologies has been the bugbear of digital transformation. In a recent Bain survey of 500 industrial IoT decision makers, 41% of the respondents described integration to be very complex and their biggest challenge. It is great to see Siemens, which has traditionally been a strong OT/IT player, bring its knowledge and expertise into integration. Digital transformation is much more than just applications and software as hardware plays a role just as important. For digital transformation to achieve greater heights, hardware and software must converge or the idea will remain a mirage.

Siemens is betting massively on its digital business by partnering with key industry players, such as NVIDIA and Microsoft, and making acquisitions such as that of Brightly Software and Zona Technology earlier this year. The company expects the acquisitions to play a significant role in creating vertical-specific offerings. Siemens managed to partner with 58 companies within three months of launching Siemens Xcelerator. It started on the right note by striking early partnerships with NVIDIA, Microsoft, Accenture, SAP, Bentley, and more. The partnerships with Volta Trucks and ACC will help Siemens expand its offerings in the electric automotive space. Siemens has been a vocal supporter of openness and creating a marketplace/ecosystem is a logical move. The industrial Metaverse is an interesting initial use case and its first pilot solution will be developed at BMW’s showcase electric vehicle manufacturing site in Hungary. The success of the industrial Metaverse will be closely watched by industry observers.

What caught our eye is theSiemens Xcelerator Academy,which supports customers in their digital transformation journey. The academy offers customers learning opportunities across the globe in different formats. Customer education and problem-solving is key to removing barriers for the successful implementation of digital transformation. We are so focused on technology that we often overlook the softer aspects of customer training and then wonder why the projects are not scaling up.

At Counterpoint Research, we believe that partnerships between various ecosystem players is the only way to achieve the promise of digital transformation. There is no one company that can solve all the challenges of digital transformation. “Partner or perish” is a clear choice and an initiative like the Siemens Xcelerator is a move in the right direction, though it may be still in its early days.

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NFT: Creating Buzz in Digital Ecosystem

During one of the worst pandemics in human history, cryptocurrencies made waves in the market. If the bitcoin saw wild fluctuations, Non-Fungible Token (NFT) was the talk of the digital ecosystem. From companies to investors to celebrities to artists, NFT has become a top investment option. As a result, its market cap grew more than 54 times from $338 million by the end of 2020 to more than $18 billion on June 9, 2021.

What is NFT?

An NFT is a metadata composition, making it one of a kind. Each NFT reflects digital ownership backed by an asset. NFT gives a digital identity to physical or digital assets. It can be associated with any form of tangible or intangible assets. Further, just like other cryptocurrencies, NFT is channeled throughblockchain technology.

NFTs have been around since 2012, some built on the bitcoin network but most operating on the Ethereum network. The first-ever NFT was minted in 2014 by artist Kevin McCoy. Later, in 2017, it again came to prominence when it debuted in the Ethereum network for a digital collectible game. However, in terms of popularity, NFT remains a comparatively new entrant among other cryptocurrencies.

Why all the buzz now?

As we mentioned earlier, its market cap has grown more than 54 times since 2020. This growth has come from a series of high-end trading in NFT assets:

Exhibit 1: Major NFT Trades in 2021

Counterpoint Research-Major NFT Trades in 2021

Source: Counterpoint Research

NFT has now gained much prominence but the potential it holds is yet to be fully discovered. The first applications were across Metaverses, Art, Gaming, Sports, Collectibles and Utility. However, AR/VR, Real Estate, Event Ticketing, Brand Licensing and Tokenizing of real-world assets also show promise. Further, we are seeing many new players from different segments starting to invest and trade in NFTs.

Exhibit 2: Brands Entering NFT Market

Counterpoint Research Brands Entering NFT Market

Source: Counterpoint Research

What makes NFT different from other cryptocurrencies?

Though it is a decentralized form of currency just like other cryptocurrencies, NFT is different from other cryptocurrencies in the following key aspects:

  • NFT opens the possibility of multiple-owner scenarios for a particular asset. Therefore, rather than being owned by one, it holds the potential to be owned by many in pieces.
  • An NFT’s value is uncertain. It depends on how scarce or popular it is considered by the potential buyer.
  • An NFT is not equal to any other NFT. Each token is assigned a digital hash that distinguishes it from every other NFT. Therefore, no two tokens are equal, either in value or in their properties.
  • Little volume with exceptionally high value of assets.
  • The secondary market is relatively less active.

Outlook

During thepandemic, when most of us shifted to our workstations at our homes, the artists and art galleries were among those recognizing the urgent need for digitalization. NFT emerged as a blessing in such a scenario. Further, NFT managed to capture attention quickly, leading to a smoother transition to the blockchain across various use cases. However, it is still a long road ahead in making NFT mainstream.

We are also witnessing some concerns being raised over NFTs. Environmental impact and crypto-bubble are the two major concerns here.

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COVID-19 Will Further Cement the Road to a More Digital World

COVID-19 has been spreadinglike wildfire across most of the world. The virus is crippling economies and bringing industries like aviation, tourism, retail, and manufacturing to a more or less complete halt. Services are restricted to essentials and many people are on the verge of or already have lost their job. Consumers in most of the world are in lockdown, some for several weeks or even months. They are forced to be dependent on the digital space around them more than ever. This will trigger some habitual changes, the traces of which can have profound impacts on several industries in the longer run.

Work from homehas now become a norm and CEOs and CTOs around the world will have to embrace more digitalization and implement robust remote working capabilities across their organizations to sustain through uncertain situations like these.COVID-19 will accelerate the digitalization of services across the Globe and adoption of products which will help stakeholders access those services seamlessly.Some of the products/industries which could gain more traction after the COVID-19 dust settles will include:

Smartphones and associated ecosystem:

  • As users are staying at home, the use of smartphones and their application ecosystem will see a sharp increase and potentially, some new users as well. With the closure of offline retail, smartphones are now crucial to access essential services like delivery of groceries, food, news, hyper-local retail, and mobile payments. Users of these services are likely to be more habituated to their use even after the lockdown ends. This will also make some feature phone users realize the important role a smartphone now plays and could drive them to make the switch. The global smartphone market already showed resilience in February,declining only 14% YoY, somewhat less than expected.

Mobile gaming and OTT platforms:

  • With entertainment options outside the home now closed,mobile gamingcould also see accelerating popularity. Users are likely to download newer games or increase usage of existing games and could hook up to some of them for longer. Online game streaming services like Hatch will have a more viable business case now.
  • People are also heavily usingOTT serviceslike Netflix, Amazon Prime, YouTube, and Hotstar. The usage has been so high that some of these platforms have had to limit the viewing quality. These platforms have the opportunity to retain these users for the long term.
  • The increase in usage of these applications also means large amounts of data generated, which can be analyzed to recommend more curated games and streaming content to customers and increase their stickiness. With such high traffic, this is also a testing time for these platforms. Product managers can use this “usage peak” time to take consumer feedback, analyze data, reduce downtime and improve these platforms to enhance the overall user experience.

Digital transformation of Enterprise: Cloud Computing, Collaborative tools, Remote working capabilities

  • Digital transformation is almost inevitable for enterprises that want to be resilient to uncertain situations like COVID 19. This is also crucial for public services, health care systems and even education. Governments around the globe will have to embrace digitalization for seamless access to these services with faster responses and more efficient resource management, especially in times of emergency. As companies will prepare for times like these, it will require more applications to be hosted online, which will drive additional business forcloud service providers. The reliability and scalability which cloud offers can help organizations deal with uncertainties like unplanned demand. Cloud will also be a viable option for small and medium enterprises as it is more cost-effective.
  • Remote workingwill also lead to an increase in usage of collaboration tools like Teams, Zoom, Skype and Asana. Since work from home is often the only way for office and clerical functions to work, companies will have to think about replacing their desktops with laptops to be prepared for such situations in the future. This will increase the demand for laptops. Small enterprises can also buyrefurbishedlaptops to save costs. It will also underscore that some businesses can manage with less office space while supporting home and flexible working.

Robotics and Autonomy:

  • One of the worst-hit sectors duringCOVID 19is manufacturing. The unavailability of the workforce has led to a complete shut down of the manufacturing facilities of some of the most advanced ODMs/OEMs of the world.Robotics, machine to machine communications, IoT and complete autonomy of assembly lines can help deal with a crisis like this more efficiently by reducing the human intervention to a minimum. COVID 19 can accelerate the path to Industry 4.0.

Telecom Operators:

  • All these services mentioned above require the base of good internet infrastructure in the background. The increased usage of mobile internet and broadband can help drive ARPU for telecom operators which are significant especially in fast-developing countries like India, where operators are facing high debts and competition. Bundling of some of these services can also help operators increase revenue.

COVID-19 came as a sudden disruption to organizations across the globe. While a shock to the system, this type of disruption will inevitably bring about changes; one of them will be an acceleration toward a more digital world.

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