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Posts tagged ‘Software-as-a-Service’

Gartner Top 10 Strategic Technology Trends For 2016

2016 Gartner technology trends graphicGartner announced their top 10 strategic technology trends for 2016 at the Gartner Symposium/ITxpo held October 4 – 8th in Orlando. David Cearley, Vice President and Gartner Fellow, presented the company’s Top Ten Strategic Technology Trends for 2016You can find the video here.

Key take-aways from his presentation and the trends announced are provided below:

  • Enterprise 3D-printing shipments will attain a 64.1% Compound Annual Growth Rate (CAGR) through 2019. David Cearley mentioned during his keynote that jet engines are being 3D printed today.  He gave the example to illustrate that 3D printing will continue to gain adoption in more demanding manufacturing environments including aerospace, automotive, energy, medical devices and military-based markets and industries.
  • Emergence of an entirely new class of business models based on smart machine technologies, advanced analytics and big data. Combining machine learning, continued adoption of Internet of Things (IoT) sensors and supporting data models, and advanced intelligence to interpret and act on the data, Gartner’s predictions set the stage of an entirely new class of business models. Manufacturing-as-a-Service and paying only for the production time used in a factory are within reach for more companies than before based on these predictions.
  • The device mesh will expand to include IoT-based devices that scale well beyond the enterprise. Gartner is predicting that in the next three years traditional computing and communication devices, including desktop and mobile devices will increasingly be augmented by wearable devices, home electronics including appliances with sensors, transportation-based sensors and data collection devices, and environmental devices all capable of capturing data in real-time.
  • A digital mesh will continue to proliferate, aligning apps and devices to individuals’ specific roles and tasks.  Gartner sees this digital mesh as an expanding series of devices, services, platforms, informational networks and individuals that integrate together and provide contextual intelligence and enabling greater collaboration. The proliferation of the digital mesh will lead to more ambient, contextually intelligent and intuitive app design over time Gartner predicts.
  • The next twelve months will also see the proliferation of algorithm-based businesses enabling automated background tasks including smart machines. Gartner’s technology trends for 2016 set a solid foundation for the growth of globally-based smart factories and production centers. Acumatica, Plex Systems and other Cloud ERP providers are ideally positioned for this trend, having proven their ability to provide manufacturing intelligence from the shop floor to the top floor. In addition to cloud platforms, these algorithm-based businesses will need to support unstructured data analysis including latent semantic indexing (LSI), data taxonomy and classification algorithms to ensure data fidelity and scalability, and more robust analytics and predictive modeling systems.
  • Combining algorithms, analytics, data architectures and smart machines have the potential to revolutionize manufacturing quickly. General Electric’s Predix platform, IBM’s IoT Foundation and several other cloud-based IoT platforms are already making progress on transforming the vision of algorithm-based smart machine production strategies into a reality for manufacturers globally.
  • Gartner sees a new IT reality taking shape. Adaptive security, advanced systems, Internet of Things (IoT), mesh app & service architectures are the catalysts of the new nature of IT that Gartner is predicting.

A graphic illustrating the top 10 strategic trends is show below:

top ten technology trends 2016

Sources:

Gartner Identifies the Top 10 Strategic Technology Trends for 2016.  Press Release Announcement, October 6, 2015.

Video replay of the keynote: The Top 10 Strategic Technology Trends for 2016

Roundup Of Cloud Computing Forecasts And Market Estimates Q3 Update, 2015

  • cloud computing forecastThe global SaaS market is projected to grow from $49B in 2015 to $67B in 2018, attaining a CAGR of 8.14%.
  • Global spending on Infrastructure-as-a-Service (IaaS) is expected to reach $16.5B this year, an increase of 32.8% from 2014.
  • Cloud applications will account for 90% of worldwide mobile data traffic by 2019, compared to 81% at the end of last year.

These and other insights are from recent cloud computing forecasts and market estimates published by research and advisory consultancies including International Data Corporation (IDC), Forrester, Gartner, Ovum, Wikibon and others.

While the methodologies differ significantly, the findings from a recent Economist Intelligence Unit study provide the galvanizing thread across this diverse set of data.  The Economist found that the most mature enterprises are now turning to cloud strategies as a strategic platform for growing customer demand and expanding sales channels. The study found low-maturity or lagging cloud adopters focus on costs more than growth.

Key take-aways from the round-up are provided below:

cloud mobile data

  • 57% of IT architects and tech professionals are running apps on the Amazon Web Services (AWS) platform today.  Rightscale’s 2015 State of the Cloud Report found that AWS adoption is over 4X greater than Microsoft Azure IaaS and 5X that of Rackspace Public Cloud.  Rightscale found that AWS, Microsoft Azure IaaS, Azure PaaS, Rackspace Public Cloud and VMWare vCloud Air are the top five public cloud platforms used in enterprises today. Source: RightScale 2015 State Of The Cloud Report

Public Cloud Usage

paas market trends

PaaS Market Share

  • Goldman Sachs is forecasting the cloud infrastructure and platform market will grow at a 19.62% CAGR from 2015 to 2018, reaching $43B by 2018. Their recent market analysis also forecasts that the global market for cloud infrastructure and platforms will grow from $21B this year to $43B by the end of the forecast period.  Source:  How Big Can The Amazon Web Services Business Grow In The Future?

goldman sachs cloud computing

IaaS Market Window

cloud maturity

hosted private cloud computing adoption

  • 46% of surveyed firms in the European Union (EU) are using advanced cloud services relating to financial and accounting software applications, customer relationship management or to the use of computing power to run business applications. In 2014, almost twice as many firms used public cloud servers (12%) versus private cloud servers (7%). The following graphic illustrates the degree of dependence on cloud computing, by economic activity, EU-28, 2014. Source: Eurostat Statistics Explained.  Cloud computing – statistics on the use by enterprises.

degree of dependence

  • 64% of Small & Medium Businesses (SMBs) are already using cloud-based apps, with average adoption being 3 apps.  78% of businesses indicate that they are considering purchasing new solutions in the next 2-3 years creating the potential to move the average number of applications used to 7, with 88% consuming at least one service.  Source: The small business revolution: trends in SMB cloud adoption.

cool infographic

  • Worldwide spending on enterprise application software will grow 7.5% to reach $149.9B in 2015, increasing to more than $201B in 2019 with accelerating cloud adoption driving new software sales. Gartner’s analysis of enterprise software spending shows that alternative consumption models to traditional on-premises licenses are accounting for more than 50% of new software implementations; these include SaaS, hosted license, on-premises subscriptions and open source.  Gartner also predicts that by 2020, about a quarter of organizations in emerging regions will run their core CRM systems in the cloud, up from around 10 percent in 2012. Source: Gartner Says Modernization and Digital Transformation Projects Are Behind Growth in Enterprise Application Software Market.

Additional resources:

Cloud Computing Dominates Deloitte’s 2015 Global Venture Capital Confidence Survey

  • globeCloud computing is the strongest technology investment sector for the third year in a row.
  • Biopharmaceuticals and robotics are the two sectors that have gained the greatest venture capital confidence from 2014 to 2015.
  • U.S. technology hubs (Silicon Valley/San Francisco, New York, Boston, Los Angeles & Chicago), Israel and Canada dominate while confidence continues to fall in Brazil and other emerging markets.

These and other insights are from Deloitte’s 2015 Global Venture Capital Confidence Survey.  You can download a copy here (PDF, no opt-in, 70 pp.).  Deloitte has also produced and made available infographics of the key findings here (PDF, no opt-in, 4 pp.). Deloitte & Touche LLP and the National Venture Capital Association (NVCA) collaborated on the eleventh annual survey, which was conducted in May & June of this year. The study assesses investor confidence in the global venture capital environment, market factors shaping industries and investments on specific geographies and industry sectors.    Please see page 4 of the study for a description of the methodology.

Key take-aways include the following:

  • Global venture capital investors are most confident in cloud computing (4.18). Investors were asked to rate their confidence level in each sector. Confidence levels were measured on a scale of 1 to 5, with 5 representing the most confidence. Basis points indicate year-over-year changes. Mobile (4.05), Internet of Things (3.95) and enterprise software (3.82) are the top four sectors venture capitalists are the most confident in today. Biopharmaceuticals are experiencing the greatest increase in venture capital confidence today.  Please the the graphic below for additional details.

cloud growth

  • The United States (4.17), Israel (3.90) and Canada (3.60) dominate venture capital investors’ confidence while emerging markets including Brazil continues to fall. U.S. technology hubs including Silicon Valley/San Francisco, New York, Boston, Los Angeles and Chicago continue to retain and reinforce global venture capital investor confidence.  The following graphic illustrates global venture capital investor’s confidence by nation.

globe

  • Silicon Valley/San Francisco (4.28), New York (3.86) and Boston (3.77) are the top three U.S. metros global venture capital investors have the greatest confidence in.  Los Angeles (3.43) and Chicago (3.22) are the fourth and fifth most trusted U.S. metros that venture capitalists have confidence in.  $15.2B was invested by global venture capital investors in Silicon Valley/San Francisco according to the Deloitte study.  The following graphic compares venture capitalist confidence levels and venture capital investment dollars received in 2015 through Q2.

US Metro

  •  Immigration reform (61%) and patent demand reform (36%) are the top two  initiatives U.S.-based venture capitalists want addressed by policy leaders.  For non-U.S. venture capitalists, tax incentives/credits (50%), infrastructure and job creation (both 41%) are the top two initiatives they would like to see public policy leaders take on in their home country.

top two

  • Cloud computing continues across all sectors as the area global venture capital investors have the greatest confidence in.  Confidence in biopharmaceuticals grew the fastest of any sector measured by the survey between 2014 and 2015, and this is the first year Deloitte is tracking investor confidence in the Internet of Things (IoT).  A sector comparison is provided below.

sector investing

10 Ways Analytics Are Accelerating Digital Manufacturing

  • 42% of manufacturers say big data and analytics as their highest priority in 2015.
  • 56% of power distribution providers rank big data and analytics within their top three priorities for 2015.
  • 61% of aviation companies consider big data and analytics their highest priority this year.

Bottom line: Digital manufacturing strategies are gaining ground as manufacturers adopt big data and analytics to improve operational effectiveness, time-to-market, new product development and increase product quality and reliability.

Analytics Are Fueling Digital Manufacturing Growth

Big data and analytics adoption by manufacturers is the first step many are taking to create a galvanized, intelligent digital thread that unifies every aspect of their value chains. For aerospace manufacturers whose supply chains are exceptionally complex, big data and analytics are revolutionizing value chains starting with suppliers and progressing through all operations.

The majority of manufacturers are relying on analytics to improve order accuracy, shipment & cycle time performance, and product quality. Those excelling at digital manufacturing strategies are gaining additional analytical insights into how they can make decisions more accurately, quicker and with lower potential costs and risks.

The manufacturing industry generates more data than any other sector of the global economy on a consistent basis.   The more complex a given manufacturers’ operations are, the more valuable the insights gained from big data and analytics. The following comparison of big data analytics priorities by industry from a recent speech given by Jeff Immelt, CEO and President of General Electric illustrates this point:

analytics customer survey

Source: GE Minds and Machines Presentation, Jeff Immelt, CEO & President, General Electric.

10 Ways Analytics Are Accelerating Digital Manufacturing 

The ten ways analytics is accelerating digital manufacturing adoption globally include the following:

  • Providing real-time operator intelligence (70%), remote monitoring and diagnostics (66%), and condition-based maintenance (59%) are the three most valuable areas for analytics GE customers mentioned in a recent survey. GE’s industrial customers are looking to tailor pre-built applications that can deliver the eight different functional areas shown in the graphic below.  Manufacturers are looking to asset performance management as an integral part of their digital thread’s analytics and insight.

industrial customer perspective

Source: GE Minds and Machines Presentation, Jeff Immelt, CEO & President, General Electric.

  • Using data modeling to improve production workflows is improving Earnings Before Interest & Taxes (EBIT) by 55% for a chemical manufacturer.  Using analytics and data modeling to make more accurate,  efficient decisions encompassing making or buying ingredients, choosing to substitute an ingredient or not, optimizing equipment usage and/or reliability and gaining incremental sales through increased production capacity is leading to a significant improvement in EBIT for a leading chemical manufacturer on a consistent basis.  The following graphic provides insights into the contributions of each factor in improving EBIT performance.

EBIT Growth

Source: Taming manufacturing complexity with advanced analytics. McKinsey & Company by Patrick Briest, Valerio Dilda, and Ken Somers February 2015. 

  • Planning-execution integration in production centers and real-time production integration are two areas where analytics are having the greatest impact on manufacturers’ operating expenses (OPEX). When analytics are integrated as part of a digital manufacturing strategy, supply chains benefit when Web-EDI (Electronic Data Interchange) and real-time order conformation are implemented and analyzed for continual improvement.

Digital initaitves impact

Source: Operational Excellence through Digital in Manufacturing Industries. Capgemini Consulting.

  • Optimization tools (56%), demand forecasting (53%), integrated business planning (48%) and supplier collaboration & risk analytics (46%) are being rapidly adopted by manufacturers today, setting the foundation for digital manufacturing growth.  Deloitte recently interviewed supply chain executives regarding the thirteen fastest-moving technical capacities they are using today and expect to use in the future. The following graphic provides an overview of supply chain capabilities current in use and what percent of each they expect to use in the future.

use of supply chain capabilities

Source: Supply Chain Talent of the Future Findings from the third annual supply chain survey. Deloitte.  2015.

  • Analytics is integral to making the vision of Industrie 4.0 a reality. Industrie 4.0 is a German government initiative that promotes automation of the manufacturing industry with the goal of developing Smart Factories. Analytics is extensively used in manufacturing centers who are in the process of reengineering their entire operations to attain Industrie 4.0 compliance. Manufacturing value chains in highly regulated industries that rely on German suppliers and manufacturers are also relying on analytics extensively to guide their Industrie 4.0 journey. A recent Deloitte study of Industrie 4.0 adoption found that research and development (43%) will see the greatest transformational contribution from Industry 4.0.

Industry 4.0 areas

Source: Industry 4.0: Challenges and solutions for the digital transformation and use of exponential technologies. Deloitte Consulting, 2015

  • Analytics is enabling manufacturers to also scale real time cloud-based operational intelligence, condition-based monitoring, monitoring & diagnostics and asset lifecycle management across global manufacturing centers.  Capturing, aggregating, analyzing and taking action on analytics across all production centers using the GE Predix Cloud will also accelerate digital manufacturing growth over time.  Integrating analytics, industrial and sensor data into a scalable series of data models and apps delivered as a Platform-as-a-Service (PaaS), GE will make this service commercially available in 2016.  The following graphic illustrates how complex manufacturers could use Predix Cloud to improve operational efficiency and quality.

horizontal capability controls

Source: Jeff Immelt Presentation on Pivot Strategy, December 16, 2014

  • Analytics is providing greater insights into product, process, program and service quality, forcing manufacturers to revamp existing production centers and make them more efficient.  Gaining greater insight into which production centers and factories are delivering the highest quality products and why is now possible.  The vision of unifying quality across an enterprise quality management and compliance (ECQM) framework is now a reality, driving greater digital manufacturing growth as a result. The following graphic from Tableau is an example of a manufacturing quality dashboard.

Mfg quality dashboard

Source: Manufacturing Analytics Quality Dashboard

  • Increasing production yields through the use of more effective supplier quality management and bill of material (BOM) planning integrated within production processes.  Analytics is extensively being used today for supplier audits, supplier quality management and traceability. Capitalizing on the full value of these analytics is a strong catalyst for manufacturers to move closer to digitizing their operations.
  • Using analytics to predict machine failures before they occur reduces downtime, production costs and increase customer satisfaction.  In highly regulated industries production equipment is periodically audited and reviewed for conformance to specific standards.  Integrating even the simplest sensor into production equipment can deliver valuable insights into what factors cause it to fail.  Analytics are providing Failure Mode and Effects Analysis (FMEA) in real-time today, providing manufacturers with a glimpse into which equipment and machinery will most likely fail when. Knowing this can save literally millions of dollars in lost production time.
  • Adopting Pareto Analysis to continually improve schedule, quality and cost performance to the cell or production center level is driving digital manufacturing adoption.  Determining which factors are enhancing or reducing product, process and program quality is now possible using advanced manufacturing analytics. Differentiating between the many symptoms of a quality problem and its root cause is now becoming possible, especially for companies pursuing digital manufacturing strategies.

Additional sources of information on the impact of analytics on digital manufacturing:

 

10 Ways Big Data Is Revolutionizing Supply Chain Management

supply chain managementBottom line: Big data is providing supplier networks with greater data accuracy, clarity, and insights, leading to more contextual intelligence shared across supply chains.

Forward-thinking manufacturers are orchestrating 80% or more of their supplier network activity outside their four walls, using big data and cloud-based technologies to get beyond the constraints of legacy Enterprise Resource Planning (ERP) and Supply Chain Management (SCM) systems. For manufacturers whose business models are based on rapid product lifecycles and speed, legacy ERP systems are a bottleneck.  Designed for delivering order, shipment and transactional data, these systems aren’t capable of scaling to meet the challenges supply chains face today.

Choosing to compete on accuracy, speed and quality forces supplier networks to get to a level of contextual intelligence not possible with legacy ERP and SCM systems. While many companies today haven’t yet adopted big data into their supply chain operations, these ten factors taken together will be the catalyst that get many moving on their journey.

The ten ways big data is revolutionizing supply chain management include:

Figure 1 SCM Data Volume Velocity Variety

  • Enabling more complex supplier networks that focus on knowledge sharing and collaboration as the value-add over just completing transactions.  Big data is revolutionizing how supplier networks form, grow, proliferate into new markets and mature over time. Transactions aren’t the only goal, creating knowledge-sharing networks is, based on the insights gained from big data analytics. The following graphic from Business Ecosystems Come Of Age (Deloitte University Press) (free, no opt-in) illustrates the progression of supply chains from networks or webs, where knowledge sharing becomes a priority.

figure 1 big data scm

  • Big data and advanced analytics are being integrated into optimization tools, demand forecasting, integrated business planning and supplier collaboration & risk analytics at a quickening pace. These are the top four supply chain capabilities that Delotte found are currently in use form their recent study, Supply Chain Talent of the Future Findings from the 3rd Annual Supply Chain Survey (free, no opt-in). Control tower analytics and visualization are also on the roadmaps of supply chain teams currently running big data pilots.

Figure 2 use of supply chain capabilities

  • 64% of supply chain executives consider big data analytics a disruptive and important technology, setting the foundation for long-term change management in their organizations.  SCM World’s latest Chief Supply Chain Officer Report provides a prioritization of the most disruptive technologies for supply chains as defined by the organizations’ members.  The following graphic from the report provides insights into how senior supply chain executives are prioritizing big data analytics over other technologies.

disruptive tech

  • Using geoanalytics based on big data to merge and optimize delivery networks.  The Boston Consulting Group provides insights into how big data is being put to use in supply chain management in the article Making Big Data Work: Supply Chain Management (free, opt-in). One of the examples provided is how the merger of two delivery networks was orchestrated and optimized using geoanalytics. The following graphic is from the article. Combining geoanalytics and big data sets could drastically reduce cable TV tech wait times and driving up service accuracy, fixing one of the most well-known service challenges of companies in that business.

Figure 4 geoanalytics

figure 6 big data

 

figure 7 big data

  • Greater contextual intelligence of how supply chain tactics, strategies and operations are influencing financial objectives.  Supply chain visibility often refers to being able to see multiple supplier layers deep into a supply network.  It’s been my experience that being able to track financial outcomes of supply chain decisions back to financial objectives is attainable, and with big data app integration to financial systems, very effective in industries with rapid inventory turns. Source: Turn Big Data Into Big Visibility.

figure 8 traceability

  • Traceability and recalls are by nature data-intensive, making big data’s contribution potentially significant. Big data has the potential to provide improved traceability performance and reduce the thousands of hours lost just trying to access, integrate and manage product databases that provide data on where products are in the field needing to be recalled or retrofitted.
  • Increasing supplier quality from supplier audit to inbound inspection and final assembly with big data. IBM has developed a quality early-warning system that detects and then defines a prioritization framework that isolates quality problem faster than more traditional methods, including Statistical Process Control (SPC). The early-warning system is deployed upstream of suppliers and extends out to products in the field.

55% of Enterprises Predict Cloud Computing Will Enable New Business Models In Three Years

  • NYC Skyline Louis Columbus69% of enterprises expect to make moderate-to-heavy cloud investments over the next three years as they migrate core business functions to the cloud.
  • 44% of enterprises are relying on cloud computing to launch new business models today, predicting this will increase to 55% in three years.
  • 32% are using cloud computing to streamline their supply chains today. Senior executives predict this figure will increase to 56% in three years, a 24% increase.
  • 59% say they use cloud-based applications and platforms to better manage and analyze data today, reflecting the increasing importance of analytics and big data enterprise-wide.

These and other insights are from a recent Oxford Economics and SAP study of cloud computing adoption, The Cloud Grows Up. You can find the study here (no opt-in). In late 2014, Oxford Economics and SAP collaborated on a survey of 200 senior business and IT executives globally regarding the adoption and use of cloud technology. Oxford Economics’ analysts compared the latest survey with one completed in 2012 looking for leading indicators of cloud adoption in enterprises. They found many C- and VP-level executives are taking a more pragmatic, realistic view of what cloud technologies can contribute. Enterprises are moving beyond the hype of cloud computing, putting in the hard work of launching new business models while driving top-line revenue growth.

Oxford Economics has made two interactive infographics available from the study here. The first details cloud adoption, and the second, on how enterprises see cloud computing changing their business models over the next three years.  As cloud platforms and applications become a scalable, secure and for the most part reliable, once-elusive enterprise goals and new business models become attainable.

Key take-aways from the study include the following:

  • Top–line growth (58%), collaboration among employees (58%), and supply chain (56%) are the three areas enterprises expect cloud computing to impact most in three years. The greatest gains will be in the areas of supply chain (a 24% jump), collaboration among employees (20%) and increased agility and responsiveness to customers (17%). The following graphic compares where enterprises are seeing cloud computing’s impact today and a prediction of each areas’ impact in three years.

Figure 2

  • Developing new products & services (61%), new lines of business (51%) and entering new markets (40%) are three key areas cloud computing is transforming enterprises.  With a 35% increase, developing new products and services is the most dominant strategy enterprises are relying on to grow their businesses. See the comparison below for further details.       

developed new services using cloud computing 2

  • 58% of enterprises predict their use of cloud computing will increase top-line revenue growth in three years. 67% see the cloud changing skill sets and transforming the role of HR. The following graphic illustrates the first of two interactive infographics Oxford Economics and SAP are providing with the report. You can access the infographic here.

clouds enduring promise

  • 74% of enterprises say innovation and R&D is somewhat or mostly cloud-based. 61% say they will have developed new products and services in three years as a result of adopting cloud technologies.  The following graphic illustrates the second of two interactive infographics Oxford Economics and SAP are providing with the report. You can access the infographic here.

infographic the cloud grows up

  • Enterprise cloud security strategies are maturing rapidly. From 2012 to 2014, strategies for ensuring the security of API and interfaces increased 24%, from 20% to 44%. Additional concerns that increased include virus attacks (up 19%), and identity theft (up 16%).  The following figure compares the top concerns enterprises have in the area of cloud security.

cloud security

  • 31% of respondents say the cloud computing has had a transformative impact on their business.  48%, nearly half, state that cloud computing has had a moderate impact on business performance. The majority believe cloud computing will have a significant impact on top-line revenue growth in three years.

Figure 31

  • 67% of enterprises say that marketing, purchasing, and supply chain are somewhat and mostly cloud-based as of today. Cloud-based adoption has reached an inflection point in enterprises, with functional areas having the largest percentage of workloads running on cloud-based apps. Enterprise senior executives see the potential to improve innovation, R&D, and time-to-market via greater collaboration using cloud technologies.

 

The Top 100 Cloud-based Enterprise Software Startups Of 2015

Investments in emerging enterprise software companies increased 53% from Q3 to Q4, 2014  according to MoneyTree Report, a collaborative research initiative between PricewaterhouseCoopers and the National Venture Capital Association.  A graphic from the latest available data shows how software investments were 39% of all investments in Q4, 2014.

To determine which enterprise software startups have gained the greatest amount of funding since they were founded, Mattermark was used to rank order all enterprise start-ups.  Mattermark uses a combination of artificial intelligence and data quality analysis to provide insights into over 1M companies, over 470K with employee data, and over 100,000 funding events.

invest by industry

Mattermark uses their Growth Score is the default ranking for all companies tracked in their service.  This score is not meant to provide guidance on which startup to invest in.  Rather it’s a measure of momentum across the metrics and KPIs that Mattermark measures.

Using their free trial, I completed the following analysis of cloud-based enterprise software startups. I’m not a consultant to Mattermark and never have been. As many Forbes readers find software investment data fascinating, I contacted Mattermark and asked for a free trial, which they graciously provided. You can download the list in Microsoft Excel format here. 

matrix

 

The Top 100 Enterprise Analytics Startups Of 2014

public-cloud-computing-forecast-2011-2016With the potential of removing legacy IT silos and freeing up valuable data to gain greater insights into their operations, enterprises continue to invest heavily in analytics.

Providing powerful analytics tools to business analysts who can get to work immediately on complex challenges instead of having to wait for ITs’ often over-committed resources is also driving analytics market growth. The better a business unit or division gets at understanding their own business, the faster they change their future.

Analytics Are Streamlining Industry Value Chains

Across every area of an enterprise, from supply chains, quality, manufacturing, marketing, services and pricing, analytics are making an impact daily.  IDC forecast that the advanced and predictive analytics software market will grow from $2.2B in 2013 to $3.4B in 2018, attaining a 9.9% compound annual growth rate (CAGR).  Wikibon’s excellent analysis of the Big Data market projects a $28.5B market in 2014, growing to $50.1B in 2015. For additional forecasts please see my post Roundup Of Analytics, Big Data & Business Intelligence Forecasts And Market Estimates, 2014.

Admit It: Analytics Startups Are the Sexiest Of All

The field of analytics is proliferating with entirely new approaches to solve very challenging, difficult problems, removing the barriers that held business analysts and the divisions they work for from accomplishing more.

That’s what makes analytics startups the sexiest of all. With the insights these companies are capable of delivering you can completely change your approach to marketing, selling, service, supply chains, pricing, service and over time reach an entirely new level of performance. There are many excellent startups in this arena and I’ve been tracking many of them out of personal interest for years.

Tracking Analytics Startups

Having seen just how much pain there is in enterprises trying to get the data they need to better manage their business units, divisions and departments, I’ve tracked many of the analytics startups mentioned in the list below.  Using manually-based methods to track their funding rounds and momentum in the market proved incomplete.

To gain a greater insight into analytics startups I signed up for a free first month trial of Mattermark (opt in).  Mattermark uses a combination of artificial intelligence and data quality analysis to provide insights into over 500,000 companies, over 125,000 with employee data, and over 90,000 funding events.  It’s a fascinating company that has created many new metrics for tracking momentum of startups on specific metrics and key performance indicators (KPIs) including their own Mattermark score.  This score is not meant to provide guidance on which startup to invest in.  Rather it’s a measure of momentum across the metrics and KPIs that Mattermark measures.   Their service is easy to use, powerful in the insight it delivers, and produced the following list of 100 enterprise analytics startups, ranked by total funding in the table below.  You can download the table here in Microsoft Excel format as well.

Top 100 Enterprise Analytics Startups Infographic

 

Software Firms Now 42% Of Venture Capital Invested In 2014

Cloud Computing SaaS Forecasts Just over $4B was invested in software deals by venture capitalists (VCs) during Q1, 2014, four times as much as biotechnology.

Software deals netted out 42% of all dollars invested in the first quarter of 2014, with biotechnology receiving 11%.  VCs invested $816M in IT Services or 9% of all dollars, making this the third largest investment category.  Interest in IT Services continues to accelerate, with dollars invested in this category increasing 33% compared to the prior quarter.

These findings are from the latest edition of The MoneyTree Report, a quarterly study of venture capital investment in the United States produced by PricewaterhouseCoopers and the National Venture Capital Association (NVCA) using Thomson Reuters data.  You can find the full data sets of the study here in Microsoft Excel format.  The MoneyTree Report Q4 2013/ Full-year 2013 is also available in PDF form here and there is no opt-in to download it.

Take-Aways From The Study

  • A total of $9.5B in 951 deals was invested in the first quarter of this year, up 12% in dollars and down 14% in the number of deals compared to the 4th quarter of 2013.  In the previous quarter, a total of $8.4B was invested in 1,112 deals.
  • In 2013, $11B (37%) of all venture investments were in software, $4.6B (16%) in biotechnology and $2.96B (10%) were in Media and Entertainment.  The following graphic shows the distribution of amounts invested by industry in 2013.  Please click on the graphic to expand for easier reading.

Distribution of amount invested by industry 2013

  • In the first quarter of 2014, software companies also received three times the number of deals of the next closest industry category, Media & Entertainment.  46% or 126 software deals were completed in Q1, compared to 40 in Media & Entertainment. Biotechnology companies were third with 8% or 22 deals.  The following graphic provides a comparison of deals by industry for Q1, 2014.  Please click on the graphic to expand it for easier reading.

distribution of venture capital deals Q1 2014

  • Kleiner Perkins Caufield & Byers, First Round Capital, New Enterprise Associates, Inc. and Andreessen Horowitz LLC completed the most venture capital deals in 2013, as the graphic below shows.  Please click on the graphic to expand for easier reading.

distribution of deals by vc firm in 2013

  • Software’s dominance in Q1, 2014 relative to other industries is evident in the following graphic, showing 42% of dollars invested followed by biotechnology (11%) and IT Services (9%).  The study data shows nine of the 17 industries are shrinking it terms of venture investments.  Telecommunications is down 68%, Networking and Equipment down 47% and semiconductors, down 17%.  Please click on the graphic to expand it for easier reading.

distribution of amounts invested by industry Q1 2014

  • Overall first-time financing decreased 25% to $1.2B in Q1, with a corresponding 24% drop in the number of companies to 271.
  • 48% of dollars invested during Q1 into companies receiving venture capital for the first time are in the software industry.  46% of the deals to 126 companies who captured $571M in Q1 lead to this industry dominating first sequencing investments.
  • Top regions where startups received funding in Q1 include Silicon Valley (50% of all VC funding), New England (11%) and the New York Metro Area (10%).  The Los Angeles/Orange County area was fourth with 5% of all venture funding in Q1, 2014.

45% of Global Enterprises Are Running Production-Level Cloud Apps Today

cover graphicMicrosoft’s latest study shows enterprises’ pace of cloud computing adoption continues to accelerate.  Nearly half of the respondents (45%) report they have cloud-based applications running in production environments.  58% report that they selectively target new applications and projects for cloud computing.

Microsoft commissioned 451 Research to complete one of the most comprehensive global surveys to date of hosting and cloud computing, titled Hosting and Cloud Go Mainstream releasing the results earlier this month. The 74 page slide deck of results provides a wealth of insights into the current and future state of hosting and cloud computing.  451 Research constructed the methodology to include interviews with 2,000 companies and organizations of all sizes from 11 countries, with more than a third of respondents coming from the United States.  Microsoft and 451 Research provided the slides showing the result of screener questions, which provides a useful context for analyzing the survey results.

Here are the key take-aways from the study:

  • 45% of enterprises globally are running production-level cloud computing applications today.  North America and Asia have the greatest percentage of enterprises reporting broad implementation of production cloud-based applications (17% each).  North America has the greatest percentage of enterprises in the discovery and evaluation phase of cloud computing adoption at 29%.

cloud computing adoption by region

  •  58% of global enterprises are selectively target new applications for cloud computing, with 18% heavily relying on cloud computing for new projects.  The following graphic shows the distribution of organizations’’ approaches to using cloud computing for new applications or IT projects.

New Apps By Region

  • SaaS (71%) and Hosted Infrastructure Services (69%) are the two most common IT services currently purchased today, with 14% growth forecasted in each by 2016. The fastest growing category is Platform-as-a-Service (PaaS), with 37% purchasing these services today projected to grow another 26% in two years.

current future it services

  • SaaS is most prevalent in enterprises with over 500 employees, and Hosted Infrastructure Services, in government and education.  Please see the graphic below for the distribution of responses by IT service and organization type.

 

current it services by company size

  • Spending on hosted private clouds will increase from 28% of spending today to 32% in 2016, with traditional dedicated infrastructure services dropping from 48% to 42%.

Hosted Infrastuctrure Services

  •  The majority of SaaS users are employees (45%) followed by businesses (which could be interpreted as suppliers and the broader supply chain) (22%), consumers (18%) and business partners (including distribution channels (14%).

primary application users

 

  • Telephone conversations with customer support specialists is the most valuable form of communication (just over 60%) across all support channels.  It is also the most preferred channel for SaaS support.

valuable forms of communication

  •  Business applications (17%), databases (14%) and e-mail 12%) are the top three application spending categories today in hosted and cloud applications.  The following graphic breaks out spending by hosting and cloud configuration.

hosted and cloud applications

  • Having a well-defined architecture for security (7.7 out of 8.0), understanding who the end-users are (7.6) and train users to be cautious with access & security (7.5) in addition to having a well-defined architecture for performance (7.5) are the three top best practices for cloud computing projects.

best practices cloud computing projects

  • 44% of enterprises globally have “shadow IT”, meaning business units are spending their own budget on cloud computing projects outside of the IT approval processes.  The following graphic provides the breakdown by type of organization included in the survey.

shadow it

  •  87% of respondents globally would recommend cloud computing to a peer or colleague and 13% would not. When asked why or why not, respondents most often mentioned a good experience and better service/it works (approximately 17%), followed by improving costs/cost effective/cheaper (approximately 16%).  Security issues and concerns (25%) and uncertainty/it’s too new (approximately 16%) are the reasons for not recommending cloud computing.

recommend cloud computing

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