2023 is nearing an end and organizations must work to map out budgets and spending plans for 2024 and beyond. As a CX practitioner, are you considering all key aspects of these programs and planning for them?

This has been a year of exceptional turbulence due to expectations for a recession, military actions in Europe and now the Middle East, and inflation remaining high. IDC found that 67% of respondents in October 2023 think there will be a recession in the coming year, and 37% of global respondents said their biggest concern was “inflation driving up vendor pricing beyond budget expectations”.

Yet, organizations remain committed to their CX programs.  IDC found that Customer Experience (CX) initiatives and projects are a priority being “most immune to budget reduction regardless of the economic environment” and “continued investment is a must in the next 12 months”. CX comes in second only behind Security, Risk & Compliance initiatives.

While it is interesting to see these projects remain high on the priority list, it is clear that a thorough review and refresh on what is needed for successful programs be undertaken as we roll into next year. 

“Voice of the Customer (VoC) and CX practitioners are clearly focused on metrics and outcomes of their programs.  They are being challenged by management to show Return on Investment for their programs as quickly as possible or risk a pull back in investments.”

Key areas for consideration in these programs are:

  • Maturity of program – VoC programs often start with structured surveys to solicit for customer feedback and then grow to include unstructured data and even inferred data. (see “Voice of the Customer” Programs: Where Are They Today? More Importantly, Where Are They Going?”) Depending on what stage of this maturity spectrum a program is on will dictate the investment in software and services to support it.  Rather than move from one type of customer feedback data to another, programs often are cumulative in the data they gather.
  • Staffing and Skillset – VoC programs are required to have skillsets to not only listen and gather customer feedback, but to analyze it, and integrate solutions to act on it through sales, marketing, support and customer success. They also need program managers, data scientists, IT support (including app and web development) and sponsorship in each functional department tied into the program. Practitioners should consider if they are prepared to provide these skillsets internally or find an appropriate partner that can offer these services.  In addition, this partnership can change over time as an organization decides to move to either outsource more of this work, or take it on internally.
  • Make sure to engage your customers – Customers today expect their brands to not only listen to them where they want to be (social media, product review sites, communities), but show them they are listening and engage them.  A recent WSJ article discussed how TikTok can be used to suggest ideas for new products or services, and if a brand is not quick to see the suggestion and follow up, a competitor could swoop in with a new product and quickly take share from the brand. Investments in CX and VoC programs should not only consider resources to engage the customers, but product development budgets should consider unexpected ideas that need to be addressed quickly.  Customers today are demanding great customer engagements and moving on to new brands if they feel they are not getting them. 
  • GenAI – The buzz around this new technology is getting significant attention in the CX space.  The opportunities to improve customer interactions via natural language interfaces and internal improvements such as feedback summarizations and insights has the potential for process and experience improvements. This can lead to potential hyper-personalization experiences where products can know their customers individually and dynamically update digital products and services to meet their real-time needs.  Being so new, the GenAI offerings on the market are still working out pricing options.  CX practitioners should consider budget items for GenAI as they move forward to ensure they can consider some form of implementation of them in 2024 and beyond.
  • Enterprise-wide programs – Customers today expect brands to understand and coordinate the different functional teams involved in customer engagements.  Marketing campaigns, sales efforts, and digital commerce and support all have to know what the other is doing to ensure customers do not receive disconnected emails, phone calls, etc. They also want to know that the calls or emails they do receive have taken account for their history (why receive an email to buy more of a new product if the customer has indicated they are not happy with the old one?)
  • Metrics and outcomes – Any program, CX or other, should have key metrics and outcome expectations followed to ensure they are having a positive effect on the organization.  Net Promoter Score (NPS – relational and transactional), Customer Satisfaction (CSAT), Overall Customer Satisfaction (OSAT), and Customer Effort Score (CES) are just a few of the most common metrics.  IDC is predicting that “By 2027, one-fourth of global brands will abandon CSAT as a measure of customer experience and adopt a Customer Effort Score correlated to outcomes as a key indicator of journey satisfaction and success” Reducing churn, improving annual recurring revenue, and improving customer lifetime value are business outcomes frequently used.  Tying metrics to investments in CX and VoC programs is key to ensuring they are performing for the organization.

While the list could go on, these are just a few of key areas to consider for updating your CX and VoC programs for next year.  The key action items to consider are to know where your customers want to be heard.  Be there, listen, and let them know you are listening.

Lou Reinemann - Research Director, Voice of the Customer and Experience Management - IDC

Lou Reinemann is a Research Director for Voice of the Customer and Customer Success, part of IDC's Customer Experience Research team. Mr. Reinemann's focus area includes strategies and technologies that improve awareness and understanding of customer's actions, expectations and sentiment for new products and within a customer journey. Lou has over thirty years of experience in Customer Support, Customer Service and Customer Success roles across nine companies, most recently with IBM and SmartBear Software. His teams have engaged with customers for 24/7 global technical support, new product on-boarding and training, customer success and renewals, and for managing product communities. His most recent work at SmartBear focused on researching and testing new technologies to engage with customers in-context and real time to improve their user experience and customer satisfaction.

The success of your content strategy hinges on aligning with the dynamic needs of your audience. As we step into 2024, it’s crucial to reassess and optimize your approach. Here are five overarching themes to make your B2B content more successful in the coming year:

1. Replace the Nonlinear Marketing Funnel

Bid farewell to the traditional marketing funnel. Marketers and sales teams today aren’t just talking with one buyer but with an entire buying cohort. Within an organization, over a dozen individuals may express distinct needs, driven by their respective tasks to be accomplished. Historically, sales and marketing adhered to a linear model—the funnel. However, the paradigm has shifted away from the progression of a lone individual through a linear journey. The funnel, once standard, lacks customer centricity and may explain the challenges faced by marketing and sales in nurturing and building relationships across the entire spectrum of the buying committee.

In 2024, it’s essential to move beyond the linear model. Based on extensive research, IDC’s new Adaptive Customer Experience (ACE) model is a circular and evolving framework and not linear at all, like its predecessor. This is because engagement with tech buyers is no longer linear.

B2B buyers have B2C experience expectations today.  They expect you, as a vendor, to understand and provide solutions for their challenges, jobs to done and business outcomes. ACE is a customer-centric framework to evolve how you go to market. 

Marketing is the conductor of orchestrated journey engagement, with data, automation and analytics to make this all work.

Laurie Buczek, Research VP, CMO Advisory Practices

And perhaps most importantly, to fully engage with a buyer, marketing and sales need to play on the same field. Put another way, no longer should the two functional groups be looked at as if they are running a relay race, where marketing passes a baton onto sales to finish the race. In fact, it’s not a race, it’s a customer experience journey.

2. Fast and Cost-Effective Digital Marketing Content Integration

In the race for B2B leads, content integration emerges as a critical strategy for effective lead generation. The quest for valuable B2B leads demands a streamlined approach to filling the content pipeline promptly and economically. One powerful tactic in achieving this goal is the incorporation of licensed content into your strategy. This approach is twofold in its advantages: it not only expedites content production but also brings in valuable perspectives from industry experts. By leveraging curated content, you can maintain a consistent and relevant flow of information to your target audience. This not only satisfies the thirst for timely insights but also proves to be a savvy financial move by minimizing production costs, allowing for a more efficient allocation of resources in the broader spectrum of B2B demand generation.

Content marketing services play a pivotal role in this endeavor. They not only facilitate the integration of licensed content but also offer expertise in optimizing its impact. The strategic use of these services ensures that curated content aligns seamlessly with the overarching B2B digital marketing strategy. In essence, the synergy between fast and cost-effective content integration, bolstered by licensed content and guided by content marketing services, becomes a key driver in propelling the efficiency and success of B2B demand generation efforts.

3. Craft a Balanced Thought Leadership Strategy

The role of thought leadership in shaping a compelling narrative and fostering trust cannot be overstated. A proactive thought leadership strategy stands as a cornerstone in the pursuit of generating demand. While it may not be the generator of B2B leads, it does serve as a vehicle to establish authority within the industry, elevating your brand awareness, positioning your business as a key player and trusted advisor. However, the landscape in 2024 demands a nuanced approach—it’s not just about the quantity of thought leadership pieces but the delicate balance achieved through strategic integration. Building a thought leadership strategy that strikes this equilibrium is essential for navigating the evolving dynamics of B2B demand generation successfully.

Strategic integration of thought leadership pieces is intertwined with the broader goal of aligning with the values and preferences of the target audience. This imperative underscores the necessity for content personalization, a pivotal aspect in crafting a distinctive B2B digital marketing strategy. Certain content marketing services specialize in the creation of bespoke pieces that delve into industry pain points while aligning intimately with your brand’s core values. These finely tuned and tailored creations resonate more profoundly with the audience, amplifying the potential for meaningful engagement and, consequently, driving successful B2B demand generation efforts.

Engaging research firms and leveraging their content marketing services becomes a strategic move to gain a topical edge. By delivering sought-after information crucial for decision-making, along with providing unique insights and high-quality research, you not only establish trust with your buyer but also elevate awareness, increase media exposure, and generate leads.

4. Strategic Decision Mapping and Audience Alignment

What can help you define your customer’s decision stage in their journey? Strategic investment in a lead generation program that yields measurable results is essential in a landscape where every dollar counts, emphasizing the efficient allocation crucial for successful B2B demand generation. Identify programs meticulously aligned with your target audience, recognizing the nuanced landscape of your market.

Understanding the customer’s decision stage within their journey is paramount for B2B demand generation. This involves the implementation of a targeted lead generation program rooted in a comprehensive database of buyer personas that align seamlessly with your overarching marketing strategy. By pinpointing the specific stage at which your audience is making decisions, you can tailor your efforts to provide timely and relevant information, optimizing the chances of conversion.

Audience alignment, as a complementary aspect, takes strategic decision-making a step further. It requires a nuanced comprehension of the target market, encompassing factors like demographics, preferences, and pain points. A successful alignment strategy involves crafting content and engagement tactics that resonate with the unique needs of the audience at different stages of their journey. This tailored approach not only boosts relevance but also fosters a deeper connection with the audience. In essence, strategic decision-making and audience alignment become symbiotic forces, driving the success of B2B demand generation efforts by ensuring that every interaction is purposeful and resonant with the evolving needs of the target audience.

5. Seamless Sales-Ready Handoff: Closing the Loop

The transition from marketing to sales marks a crucial juncture in the customer journey, and it’s at this point that many leads encounter challenges. A seamless handoff is essential to ensure the continuity of the conversation initiated online. The use of interactive tools in your marketing toolkit becomes a pivotal strategy in empowering sales teams to seamlessly pick up where online interactions left off. These tools go beyond mere engagement; they serve as facilitators of value-selling conversations by providing valuable insights and equipping sales teams with the necessary resources for meaningful and informed customer interactions.

To determine the right tools for your team, it’s essential to evaluate their compatibility with your objectives. We provide some insights in a recent blog, Evaluating Sales Tools: The Pros and Cons for Sales Enablement Leaders.

As we step into 2024, the landscape of B2B content marketing continues to evolve. By incorporating these five key strategies into your approach, you can adapt to the changing dynamics of the market, enhance lead generation efforts, and foster enduring customer relationships. Stay agile, stay informed, and let your content lead the way to B2B success in the years to come.

Learn more:

IDC has just released its annual top 10 predictions for utilities worldwide. The predictions enable the IDC Energy Insights team to reflect on the current year and on what the future holds for the industry. This year, it’s fair to say, there was a lot to think about.

Following a very difficult 2022, characterized by spiraling energy prices from the ongoing Russia-Ukraine War negatively impacting businesses around the world, this year had a more positive note. With receding energy prices, which are still not back to pre-energy-crisis levels and possibly never will, focus returned to long-term initiatives and planning related to the energy transition. According to IDC’s Worldwide Energy Transition Survey (December 2022), almost 60% of organizations globally indicated they were steaming ahead with their energy transition plans, either proceeding at the same pace as before the energy crisis or even accelerating their plans (more than 1 in 10 in the latter case).

Additionally, the extreme weather events of 2023 — including the flooding in Libya and Eastern Africa, the blazing wildfires in Canada and Hawaii, the ice storm in Texas (U.S.), and severe heat waves that once again broke records all around the world — forced the spotlight back on mitigating climate change through decarbonization, electrification, and energy efficiency. Globally, 84% of companies still plan to become carbon neutral by 2040, and just under one-third plan to get there by the end of this decade. However, they admittedly need help as 60% consider their decarbonization plans challenging.

This is a tremendous opportunity for utilities — which have decades-long expertise around electrification, decarbonization, and energy efficiency — to drive the energy transition while growing their own businesses. Additionally, the energy transition, climate disruptions, and social sustainability have demonstrated that utilities are at the heart of economic resilience. Utilities are the only ones with experience managing the critical infrastructure the economy relies on to thrive, and they understand the implications of new disruptive technologies.

By using technology as a lever, electricity, gas, and water companies across the value chain will continuously optimize their operations, processes, and resources, offloading more and more non-core burdensome work, enabling utilities to focus on their core business and pursue new business opportunities. In the year of artificial intelligence (AI) everywhere, utilities have the power to advance further, helping to solve issues around procurement of flexibility, prioritizing connection queues and grid planning, addressing issues around integrated resource planning, and helping to crack more active customer participation, just to name a few.

Given all this, here are the top 10 predictions for utilities:

  1. In 2024, 45% of frontrunner energy suppliers will leverage generative AI (GenAI) technologies, especially chatbots, to improve customers’ digital journeys, cutting fallback calls to contact centers by over 60%.
  2. In 2025, 55% of utilities will prioritize supporting customer engagement with personalized energy efficiency and demand response programs, helping customers save 15% on utility bills’ energy component.
  3. By 2027, 50% of utilities will implement digital twins, improving asset optimization of power grids, decreasing unplanned outages by 30%, and supporting simulations for network expansion.
  4. By 2025, 60% of electric utilities will have integrated non-wire alternatives in standard planning, deferring up to $7 in system capex for every $1 spent on procuring distributed energy resources (DERs).
  5. By 2026, 40% of utilities will implement GenAI, improving asset and equipment restoration times by 30% and establishing a knowledge management platform for the next generation of field technicians.
  6. By 2026, 50% of utilities in advanced markets will invest in advanced distribution management system (ADMS) or distributed energy resources management system (DERMS) to optimize the influx of renewables and DERs coming online, decreasing their carbon footprints by 30% in the long run.
  7. By 2026, 25% of water distribution companies will have operationalized multispectral satellite imaging and AI-powered computer vision, improving the efficacy of leak detection by a factor of seven.
  8. By 2028, 35% of integrated electric utilities will offer integrated infrastructure, technology, and energy services for electric vehicle (EV) fleets, helping to accelerate public transport decarbonization.
  9. In light of escalating hacking incidents, by 2027, 25% of utilities will turn to managed security service providers (MSSPs) for outcome-based services that align security performance with business outcomes.
  10. Due to shifting regulations requiring greater supply chain transparency and due diligence, by 2026, 60% utilities will invest in environmental, social, and governance (ESG) data platforms to build sustainable supply chains and manage risks.

For each of these predictions, the IDC Energy Insights team has developed a detailed analysis, with associate drivers and IT impact and guidance for utilities (published here).

To complement the top 10 predictions, the IDC Energy Insights analyst team also develops a series of recommendations for utilities that have embarked on the energy transition journey. This year’s recommendations are:

  • Deliver on your purpose. Now that immediate issues around security of supply and consumer protection have subsided, it is time for utilities to revamp momentum on long-term net-zero goals. Sustainability, decarbonization, and electrification offer endless opportunities, so focus resources and efforts on energy-transition use cases and initiatives that will support and enrich your company’s future business portfolio.
  • Execute and communicate. The utilities industry must grasp the opportunity presented by the energy transition to make a positive impact on the fight against climate change and be recognized for it. Communication and drawing attention to related initiatives is as important as execution to support a change in perception of the utilities industry for the future.
  • Prioritize your people. More than ever, companies must prioritize making the most of their workforces, which have an abundance of company and industry knowledge that cannot be lost. With less resources available, companies will need to support their workforces in leveraging the most advanced technologies to optimize operations and drive efficiencies.
  • Harness GenAI. Cautiously go beyond the hype to understand how this technology can really support your organization. Liaise with industry peers regarding GenAI use cases, the benefits it brings, and the challenges that emerge. GenAI has the potential to help solve many deep underlying issues the utilities industry has been facing, and it can help utilities move into a new era.

IDC Energy Insights analysts Gaia Gallotti and Daniele Arenga will be onsite in Paris for Enlit 2023. They look forward to meeting you and discussing their predictions and more.

Generative AI (GenAI) attracted significant interest in 2023 and has already begun to impact horizontal and industry applications and use cases. According to our predictions for 2024, it’s anticipated that in 2026, half of G2000 companies will have integrated operational systems with GenAI to better ingest data, identify issues, and provide real-time context to operators, improving efficiency by 5%.

GenAI’s influence on the manufacturing sector is poised to be pivotal. It has already triggered a transition in which AI is omnipresent, no longer an emerging software segment amidst the technological stack.

Numerous firms, including industrial organizations, are assessing how AI can bring value to their operations. They may not have been early adopters of GenAI, but industrial organizations are well-placed to utilize the technology to generate diverse content and conduct extensive research. Algorithms can be trained using existing large data sets to produce text, video, images, even virtual environments.

Download eBook: Generative AI in EMEA: Opportunities, Risks, and Futures

Guidelines to Develop GenAI-powered Use Cases

To help organizations learn from company experiences, successes, and challenges in developing GenAI-powered use cases, I have established some guidelines:

  1. Do Not Underestimate Implementation

GenAI holds a lot of promise, but implementation carries risks that adopters have to watch very carefully. Appropriately trained and utilized, it proves reliable and can be implemented at a reasonable cost. From my perspective, organizations should view GenAI-powered solutions as an integral part of a digitally enabled strategy, particularly in fields like asset maintenance.

It’s essential to meticulously plan each phase of the solution’s implementation journey. The desired goals should be outlined, and key performance indicators should be identified. Regarding ROI, the total cost of ownership should be accounted for, including OPEX.

During the planning stages, organizations should project how the solution will scale and integrate with existing IT systems (especially in terms of technology standards). Organizations should also not undervalue the importance of the post-implementation period. Establishing review cycles with technology partners is crucial to ensure that user feedback is appropriately addressed. Finally, organizations should engage in discussions with experts who can provide insights into other areas that could benefit from GenAI solutions.

  1. Expand on Technology Partnerships

I recommend that organizations forge partnerships with technology providers and establish trusted relationships that foster the sharing of goals, capabilities, and values. A collaborative approach enables organizations to expedite and expand innovation. Due to the potentially lengthy journey from proof of concept to implementing company-wide solutions, organizations should ensure that their partners are capable of delivering scalable solutions and offering guidance throughout the implementation process.

When constructing a private and secure GenAI environment, organizations should consider technology partners capable of transferring internal data into large language models (LLMs) securely and without loss. Such partners can also facilitate knowledge transfers to internal staff for ongoing management and proficiency.

  1. Keep Security in Mind

Organizations should be on guard against potential data leaks and biases, while also retaining control over the IT processes operating in the background. It is vital to establish a governance mechanism to tackle concerns related to privacy, manipulation, biases, security, transparency, disparities, and potential workforce displacement.

I suggest actively participating in specialized drills aimed at mitigating the risk of sophisticated phishing attacks. Organizations can also enhance data security by updating their data infrastructures to meet the expanding data requirements of GenAI models.

  1. Be Creative in Finding New Use Cases

Organizations should prioritize using AI to deliver value and enhance business outcomes; AI should not be pursued for its own sake. The decision-making process regarding ROI involves various parameters. Early adopters have suggested focusing on one of the most critical aspects: the strategic fit of the investment. A fundamental approach is to give priority to initiatives that offer the most beneficial outcomes but require the least effort. Based on the experiences of GenAI adopters, I support adopting an agile methodology and the minimum viable product (MVP) strategy, which should prevent investment in non-value-added projects.

In a recent interview with an end user, it was revealed that 100+ potential use cases were identified during GenAI ideation workshops. Of these, two have already been launched as MVPs, and 14 are in active development.

Watch the Webcast: Generative AI in EMEA: Opportunities, Risks, and Futures

Conclusion

GenAI solutions are transforming manufacturing operations, improving efficiency, facilitating data-driven decision-making, and simplifying complex processes for frontline workers. By implementing these innovative practices, organizations can adapt to the changing manufacturing landscape and significantly enhance operations.

Our research indicates that the adoption of GenAI by manufacturing organizations is still in the early stages. However, there has been a notable increase in GenAI awareness: IDC’s July 2023 Future Enterprise Resiliency and Spending Survey revealed that just 19% of manufacturing organizations were unaware of GenAI, compared to 35% in March 2023. This trend suggests that GenAI is steadily being integrated into the technology frameworks of organizations, putting them on an innovation trajectory.

To explore more of our coverage on Gen AI, visit our dedicated page.

The demand for GenAI is higher than we have seen with any emerging tech because it is widely recognized to impact market opportunities, competitive dynamics, and long-term strategic plans in ways we haven’t seen before.

GenAI triggers a new leg of the digital journey, one IDC refers to as AI Everywhere. In this next leg of the journey, business leaders will need to adjust their strategy, invest in new technologies, and cultivate new skills. As leaders prepare their organizations for AI Everywhere, they face the following critical decisions.

Strategy and Roadmaps

About half of organizations have an AI roadmap in place and are expected to update it to incorporate the new GenAI use cases; the rest will need to develop a roadmap with Gen AI use cases at the heart of it.  

According to our global C-Suite survey, we believe organizations will prioritize productivity use cases for the next 18-24 months then revenue growth use cases in 3-5 years.

Industry Disruption

There’s no doubt GenAI has made an impact — 37% of all IT leaders worldwide believe GenAI has already disrupted their business (19%) or will significantly do so in the next 18 months (18%), according to our Global GenAI survey. Life sciences, healthcare, professional services, and media/entertainment are the industries that expect to be disrupted in the next 18 months. In life sciences and healthcare, GenAI is being used to digitize biology to reduce the time and costs to bring new drugs to market. In the media and entertainment industry, GenAI will allow broadcasters to deliver transformative viewing experiences that keep audiences engaged and entertained. And GenAI will allow IT service firms to reduce delivery costs and time, with 40% of services engagements including GenAI-enabled delivery by 2025, according to our predictions.

Tech Roadmaps

Unlike early-stage technology markets, where most organizations wait for the technology to mature, we are seeing a high percentage of organizations planning to invest early on because they recognize the competitive advantage GenAI can bring to their business. However, as tech suppliers evolve their roadmaps for GenAI, tech buyers are struggling to understand when these capabilities will be commercially available.

Enterprises are asking, “When will GenAI Security and Governance be built into the technology?”. We expect 70% of cloud and software platform providers will bundle GenAI safety and governance packages with their primary services by 2026.

They are also asking, “To what extent will cloud providers enable GenAI use cases?” We believe the answer is, “A large extent,” as cloud providers make significant investments in foundation models, AI platforms, and high-performance infrastructure. By 2025, we expect 70% of enterprises will have formed strategic ties with them for GenAI.

And in a world of distributed data, enterprise are already thinking about latency issues and when they can run LLMs on clients. We know PC OEMs, operating system vendors, and silicon providers are eager to bring inferencing capabilities down from the cloud to the client and predict that 80% of new PCs shipped for commercial use will include AI-specific silicon designed to run LLMs locally by 2027.

Maintaining Trusted Enterprise Status

Over the past several years, enterprises have worked hard to be a trusted digital business. As AI is heavily used, enterprises will need to navigate new dimensions of trust as they contend with GenAI risks around data training sets, hallucinations, security exposures and frauds. One of the biggest question enterprises are asking is, “How do we govern AI?”. To address their questions, we have developed predictions about how organizations will govern.

Educate: We believe understanding AI will be the responsibility of employees and 60% of large enterprises will mandate formal data literacy and responsible AI training to mitigate new risks created by the pervasive use of GenAI by the end of 2025.

Extend: Because GenAI has the potential to magnify existing risks around data privacy laws that govern how sensitive data is collected, used, shared, and stored, 80% of large organizations will extend their Data Loss Prevention (DLP) deployments to GenAI environments to prevent privacy violations and data breaches.

Guide: Review boards will be a critical element of the governance and by 2025, 75% G2000 companies will have implemented review boards for management oversight of ethical and responsible AI use.

Monitor: Once these oversight boards are in place, 40% of organizations will utilize AI-enabled risk and compliance solutions to continuously monitor data in real-time to predict non-compliance internally or from 3rd-party associations.

Funding GenAI

The demand for GenAI is high and we are forecasting that organizations will spend $16B on Gen AI in 2023, growing to $143B by 2027. But this spending will be largely dependent on the answers the IT industry provides to the questions outlined above.

  • If the price for GenAI capabilities is too high, enterprises will wait until the price comes down.
  • If the roadmaps are slow to address current tech challenges, enterprises will wait until they are in place.
  • If trusted enterprise status cannot be maintained, enterprises will delay investments until it can be.

AI Everywhere

Rapid adoption is moving AI from an emerging software segment to a critical technology at the center of a platform transition and a new phase of computing – AI Everywhere. GenAI’s potential for innovation is comparable to the introduction of the internet and the potential is limitless. GenAI is here. Are you ready?

To learn more about AI Everywhere and what customers need now, view our GenAI resources website here.

Meredith Whalen - Chief Research Officer - IDC

As IDC's Chief Product, Research & Delivery Officer, Meredith Whalen leads the company's global product, research and data, and delivery organizations. Under her leadership, IDC delivers cutting-edge intelligence to the world's leading technology vendors, enterprises, and investors as they navigate the evolving AI economy. Meredith sets the strategic direction for IDC's global analyst community, shaping research methodologies and agendas that generate industry-leading data and actionable insights to drive high-impact business decisions. With more than 20 years at IDC, Meredith has been a catalyst for some of the company's most transformative initiatives. She founded IDC's Industry Insights and Tech Buyer business units and pioneered the industry's first comprehensive business use case taxonomy. She also led the creation of IDC's DecisionScape methodology-a strategic framework that empowers organizations to better plan, implement, and optimize their technology investments. A recognized thought leader and sought-after speaker, Meredith regularly delivers keynotes at major global technology events and advises senior executives on the trends shaping the future of business and technology. Meredith holds a B.A. with honors from Wellesley College and an MBA with honors from Babson College's F.W. Olin Graduate School of Business.

In the last few years, we’ve seen a flood of new industry cloud announcements and launches from major cloud service providers (CSPs), enterprise software vendors, global system integrators, and professional services firms. Many vertical SaaS and PaaS solutions are also positioned as industry clouds in the financial services, insurance, manufacturing, retail, energy, and other industries. The IDC Industry Clouds Directory, which we’ve published for several years, today has over 320 listings in 12 industries, and those are just the industry clouds we know about!

It is easy to see why the popularity of industry clouds exploded since the major cloud and software vendors entered the market. These vertically integrated solutions offer capabilities that give organizations a more direct path to cloud, providing built-in compliance with industry-specific regulations for security, privacy, and reporting, among other advantages. Just having these industry standards pre-configured and regularly updated can save organizations a tremendous amount of custom work and costs. And industry cloud vendors go well beyond these basics, usually providing industry-specific tools, workflows, data models, connectors, and other services that give users the opportunity to leverage the latest innovation accelerators in their industry.

If your organization is considering the adoption of one or more industry clouds, consider the tips below to optimize your investment. Our advice is based on over a decade of IDC research covering industry clouds, solutions, and technology verticalization strategies and many conversations with both buyers and vendors of industry clouds.

  • Go at your own pace. With their promises of a complete and integrated solution for your industry-specific needs, industry clouds seem to represent a massive new system that requires a drastic overhaul of how you currently do your work. But in fact, industry clouds are built with flexibility and modularity in mind that enables organizations to adopt as many or as few modules as they need at a time. If your business already uses cloud services, enterprise software systems, or professional services solutions, adding industry clouds from the same vendors or their partner ecosystem could be a gradual and streamlined process, using a plug-and-play approach.
  • Don’t worry about vendor lock-in. Thanks to the recent influx of new offerings, there’s no shortage of industry clouds to choose from, especially in highly regulated industries.  It makes sense to start by evaluating industry cloud solutions from your current vendors – after all, they should work out of the box, and time to value is one of the six pillars of industry clouds. Other advantages of working with your current provider(s) include the consumption convenience of having it count towards your negotiated cloud spend or qualify you for other discounts. Best of all, having to be “locked in” with a vendor as a trade-off for some of these benefits no longer holds true. Most vendors today design their industry clouds with interoperability in mind, building them with open architectures to ensure free data flows and collaboration. If the best-fit solution for your needs is offered by a provider other than your own, it is likely that you are only an API away from being able to integrate it into your own industry cloud platform.
  • Collaborate closely with your industry ecosystem. Industry clouds enable organizations to supercharge their industry partnerships. This capability is more important than ever today, when sustainability reporting, supply chain interruptions, and increasing regulations require greater data transparency and operational agility across a company’s ecosystem. Using industry clouds to collaborate with your industry ecosystem promotes an open yet secure sharing of data, applications, operations, and expertise across organizations, which in turn can enhance decision-making, increase innovation, and ease skill shortages and supply chain challenges, among other benefits.
  • Use industry cloud platforms to stay competitive. While industry clouds give you a head start by providing specialized security, compliance, data models, and other tools to meet common industry challenges, they also provide opportunities to add your own differentiators to the mix. That can mean adding new generative AI capabilities that are trained and grounded in your own data or using low-code/no-code functionality to optimize and automate workflows, for example. With the platform approach used by many industry clouds today, adding such innovations becomes relatively easy (if your data environment is ready). This extensibility of industry cloud platforms enables companies to stay agile and competitive, keeping pace with the latest technology developments. Moreover, companies themselves (or with their professional services partners) can build new industry capabilities or integrate AI models grounded in the company’s own data, further differentiating and evolving their operations.
  • Prepare your organization to leverage the full potential of industry clouds. The platform-based and collaboration-centered approach used by most industry clouds may be new to many users. By providing early and continuous communications about the project and training and support for the new tools, you can help lower the barriers to adoption within the organization. In addition to preparing the company data assets, it is equally important to ensure that the company’s data governance and data sharing policies and processes are updated and communicated clearly to internal users and (external) partners. These preparations will help ensure that the industry cloud becomes your intelligent orchestration platform – the set of applications and technologies that support getting the right data to the right place at the right time. Technology can enable data security, compliance, and IP protection, as well as improve collaboration and automation, but only if users know how to use it to its full potential and company data governance policies are consistently implemented.

The adoption of industry clouds continues as enterprises across all industries see faster time-to-value in the cloud, improved industry compliance, more effective data models and AI/ML tools, convenient cloud consumption options, and better collaboration with partners. Companies in the highly regulated industries were some of the first to adopt industry clouds but today, organizations in most major industries are actively deploying or planning their adoption. More importantly, there are plenty of options on the market for them to choose from.

To find out how your industry peers are leveraging this new cloud model or learn more about the industry clouds available for your vertical, keep current with the research in IDC’s Industry Clouds, Solutions, and Technology Verticalization Strategies service.

Nadia Ballard - Sr. Research Manager - IDC

Nadia Ballard is a Senior Research Manager in IDC's SaaS and Business Platforms group, responsible for leading IDC's research service on Industry Clouds, Solutions and Verticalization Strategies. Ms. Ballard's core research coverage includes the emergence and growth of industry cloud platforms across all major vertical markets, their impact on value chains and market dynamics, and the opportunities they present for industries, technology companies, and professional services firms. Nadia's research also covers the life-cycle around technology verticalization and related vendor verticalization strategies. Nadia also helps run all of IDC's premier global data products, including SaaS Path, Industry Tech Path, CX Path and Services Path.

In September 2023, two and a half years after the launch of the Radeon RX 6700 XT and Radeon RX 6800 XT, AMD introduced two new GPUs to round out its new RDNA 3-based graphic card portfolio: the midrange Radeon RX 7700 XT and high-end Radeon RX 7800 XT. AMD also published the most recent version of AMD Software: Adrenalin Edition, which introduced AMD HYPR-RX and FidelityFX Super Resolution 3 (FSR 3) with frame generation technologies. In addition, AMD released a technical preview driver that allows all DirectX 11 and DirectX 12 games to benefit from Fluid Motion Frames, a frame generation technology.

The 12 GB AMD Radeon RX 7700 XT and 16 GB Radeon RX 7800 XT graphics cards are equipped with second-generation AMD Infinity Cache technology and are based on the groundbreaking AMD RDNA 3 architecture. They offer 1440p high refresh rate gaming experiences with good performance at reasonable prices.

The AMD Radeon RX 7800 XT and 7700 XT graphics cards, which have suggested etail prices of $449 and $499, respectively, went on sale from September 6, 2023. For this review, we installed sample AMD cards in two systems, each with a Ryzen 9 7950X CPU, a Gigabyte X670E Aorus Master motherboard, and a G.SKILL Trident Z5 Neo 2x16GB DDR5-6000 EXPO memory kit.

Architecture

RDNA 3

The Radeon RX 7700 XT and RX 7800 XT respectively have 54 and 60 unified AMD RDNA 3 compute units. These new cards are built on the RDNA 3 architecture, which include new Infinity Cache technology, AI accelerators, and second-generation raytracing accelerators. The AMD Radiance Display Engine, with DisplayPort 2.1 support for high refresh rate displays, is also incorporated into the new cards.

2nd Generation AMD Infinity Cache

The new cache hierarchy balance has been optimized for the ideal mix of 2nd Generation Infinity Cache and L2 cache to allow fast data access and act as a significant bandwidth amplifier despite being half the size of the RDNA 2-based GPUs. The new cards thus have better performance and are more power efficient than previous models.

Media Engine

Like the previously announced RDNA 3-based GPUs, the new media engines on the Radeon RX 7700 XT and RX 7800 XT have hardware-accelerated support for AV1 encoding up to 8K resolution at 60 frames per second (FPS). It is now possible to produce output videos at smaller file sizes while maintaining the same bitrate and quality. The current versions of OBS, DaVinci Resolve, and Adobe Premiere Pro, with the Voudoker plug-in, all have support for AMD RDNA 3 Media Engine AV1 encoding. Support for FFmpeg and Handbrake encoding will be introduced in future.

Game Bundles

AMD continues to offer newly released AAA gaming titles alongside its launch of new products and seasonal promotions. AMD is the exclusive PC partner for Starfield, Bethesda Game Studios’ new open world game in almost 25 years. Starfield was created by the award-winning designers of The Elder Scrolls V: Skyrim and Fallout 4. The Radeon RX 7800 XT and Radeon RX 7700 XT, as well as qualifying Radeon + Ryzen PCs offered with these graphics cards, are eligible for the Starfield Premium Edition package, which provides gamers with free access to the game.

Adrenalin Software

The latest AMD Adrenalin Edition driver update adds additional performance and feature upgrades. The new HYPR-RX and AMD Radeon Anti-Lag+ technologies allow for next-generation gaming experiences on AMD Radeon RX 7000 Series GPUs.

To produce a performance-stacking effect, the AMD HYPR-RX technology streamlines and handles the simultaneous interoperation of AMD Radeon Super Resolution, Radeon Anti-Lag, Radeon Anti-Lag+, and Radeon Boost. AMD Radeon Anti-Lag+ allows players to reduce input latency.  However, AMD encountered a problem with Anti-Lag+ along with some anti-cheating technologies used in multiplayer games. This problem prompted the company to release the AMD Software: Adrenalin Edition 23.10.2 driver, which disables Anti-Lag+ technology in all supported games. AMD now advises gamers to use the new driver. AMD also stated that it is actively working with game developers on a solution to re-enable Anti-Lag+ and reinstate gamers who have been affected by anti-cheat restrictions.

Performance

Scale-Up

Because it employs DirectX 12 Ultimate Raytracing tier 1.1 for real-time global illumination and raytraced reflections as well as new performance enhancements such as Mesh Shaders, 3Dmark Speed Way is an ideal synthetic benchmark for comparing the performance of the latest AMD graphics cards with their predecessors.

The Radeon RX 7700 XT represents a great generational jump over the RX 6700 XT. However, the RX 7800 XT did not scale up against the RX 6800 XT, as the additional 12 compute units of the RX 6800XT compensate for the new architecture with quicker memory.

Ultra-Wide 1440p Gaming with Radeon RX 7700 XT

Games were tested on a 34-inch ultra-wide quad-HD 1440p monitor with a 144Hz frame rate, FreeSync, and 10-bit colors. We utilized the games’ maximum graphics settings, with ultra raytracing, FSR, and HYPR-RX enabled.

In the Forspoken demo, AMD FSR 3 was put to the test with the Radeon RX 7700 XT. The average FPS jumped from 55 to 96. During gaming, there was no latency or stuttering.

Gaming in 4K with Radeon RX 7800 XT

The Radeon RX 7800 XT was tested at 4K resolution and maximum graphical settings, with ultra raytracing enabled were possible. In a demanding game like Microsoft Flight Simulator 2020, with the FlyByWire A32NX and the Terrain LoD set to 400, the AMD Radeon RX 7800 XT had an average FPS of 41 and a one percentile low frame rate of 35 FPS for a smooth and predictable experience in the cockpit.

Flight Simulator 2020 is an ideal game for the technical preview driver with AMD Fluid Motion Frames, as the simulator is quite CPU bound when to playing on ultra settings. Limiting the FPS to 30 with RivaTuner Statistics Server and enabling Fluid Motion Frames resulted in a smooth 60 FPS experience, even over highly detailed areas such as New York or London.

With the typical slow and smooth scenery movements from the cockpit view, Fluid Motion Frames technology consistently generated additional in-between frames for a great flight sim experience.

Starfield achieved an average 42 FPS at 4K ultra settings on the AMD Radeon RX 7800 XT without resolution scaling. However, the FPS dropped significantly in built-up areas within the game. Game performance improved when the settings were lowered, with an average 50 FPS recorded at high settings. AMD Fluid Motion Frames can be enabled for Starfield with the technical preview driver. While Fluid Motion Frames help smooth some areas of the game, processing can temporarily stop when there are rapid direction changes during gameplay. This effect results in an FPS drop and stuttering, just when a gamer needs additional frames to smooth out motion. Improving this capability of Fluid Motion Frames in the driver will really improve the overall experience and make RDNA 3 and RDNA 2-based cards much more usable over time, especially as more demanding games come to market.

IDC Opinion and Conclusion

The RX 7700 XT, which is $30 less than the RX 6700 XT at launch (at $449), nonetheless has a noticeable increase in performance. The RX 7700 XT outperforms the previous generation in raytracing games, with up to 40% better performance. With the Radeon RX 6700 XT, playing demanding games like Cyberpunk 2077 at maximum visual settings was impractical. An average 27 FPS was recorded with ultra raytracing enabled on an ultrawide 1440p monitor. In contrast, the RX 7700 XT’s 12GB of VRAM did not pose any restrictions at 1440p. The card is a worthwhile improvement and will become more popular should a price decrease be effected in future.

The AMD Radeon RX 7800 XT is a bit more of a complex proposition for a consumer. The AMD RX 6800 XT’s suggested retail price at launch was $649, while the RX 7800 XT costs $499. With fewer but higher performing compute units, the Radeon RX 7800 XT performs broadly at par with the Radeon RX 6800 XT, but costs 25% less compared to the latter’s original launch price. The card thus represents much better value, especially as the stock of end-of-life RDNA 2-based GPUs dries up.

AMD has definitely read the market and is taking competition in the midrange gaming market seriously, as evidenced by the lower launch prices of its new cards. Due to market demand, AMD will likely reduce the suggested price of the RX 7700 XT even more in the near term, given the small $50 (10%) price difference between it and the RX 7800 XT and the much greater overall performance of the RX 7800 XT.

Mohamed Hakam Hefny - Senior Program Manager - IDC

Mohamed Hefny leads market research in EMEA on professional workstation PCs and solutions. He also reports on professional computing semiconductors, processors, and accelerators (CPUs and GPUs), as well as breakthroughs and trends related to the market. In addition, Mohamed is actively involved in AI PC taxonomy and research. He participates in business development projects, contributes to consulting activities, and provides IDC customers with analysis, opinions, and advice.

IDC has recently published its highly anticipated FutureScape report, IDC FutureScape: Worldwide IT Industry 2024 Predictions (IDC #US50435423) offering a compelling glimpse into the future of the IT industry and the pivotal role of artificial intelligence (AI). In this blog post, we’ll explore the key takeaways from this year’s IDC predictions, underlining the profound impact that AI is poised to have on the entire technology landscape and the way businesses conduct their operations.

This year’s predictions are centered around the emergence of AI as a groundbreaking inflection point in the technology domain. While AI is not a new concept, the release of the GPT-3.5 series from OpenAI in late 2022 acted as a catalyst, capturing global attention and leading to a surge in investments in generative AI. In light of this, IDC foresees global spending on AI solutions surging to over $500 billion by 2027. This, in turn, will usher in a remarkable shift in the allocation of technology investments toward AI implementation and the adoption of AI-enhanced products and services.

Rick Villars, Group Vice President of Worldwide Research at IDC, encapsulated this transformative moment by stating, “Every IT provider will incorporate AI into the core of their business, investing treasure, brainpower, and time.” This signifies not just a technological advancement but a significant shift in the mindset of CIOs and the digitally savvy C-Suite. While the pivot towards AI promises a wealth of innovative AI-enhanced products and services, it also poses challenges such as the proliferation of “now with AI” options, which could lead to uncontrolled cost increases and a loss of data control.

IDC’s FutureScape 2024 research is focused on the external factors that will reshape the global business ecosystem over the next 12 to 24 months and it also delves into the issues IT teams will encounter as they work on defining, building, and governing the technologies needed to excel in a digital-first world. To gain a more detailed understanding of these predictions, let’s explore IDC’s top ten worldwide IT industry forecasts:

  • Prediction 1: Core IT Shift – IDC expects the shift in IT spending toward AI will be fast and dramatic, impacting nearly every industry and application. By 2025, Global 2000 (G2000) organizations will allocate over 40% of their core IT spend to AI-related initiatives, leading to a double-digit increase in the rate of product and process innovations.
  • Prediction 2: IT Industry AI Pivot – The IT industry will feel the impact of the AI watershed more than any other industry, as every company races to introduce AI-enhanced products/services and to assist their customers with AI implementations. For most, AI will replace cloud as the lead motivator of innovation.
  • Prediction 3: Infrastructure Turbulence – The rate of AI spending for many enterprises will be constrained through 2025 due to major workload and resource shifts in corporate and cloud datacenters. Uncertainty about silicon supply will be joined by shortcomings in networking, facilities, model confidence, and AI skills.
  • Prediction 4: Great Data Grab – In an AI Everywhere world, data is a crucial asset, feeding AI models and applications. Technology suppliers and service providers recognize this and will accelerate investments in additional data assets that they believe will improve their competitive position.
  • Prediction 5: IT Skills Mismatch – Inadequate training in AI, cloud, data, security, and emerging tech fields will directly and negatively impact enterprise attempts to succeed in efforts that rely on such technologies. Through 2026, underfunded skilling initiatives will prevent 65% of enterprises from achieving full value from those tech investments.
  • Prediction 6: Services Industry Transformation – GenAI will trigger a shift in human-delivered services for strategy, change, and training. By 2025, 40% of services engagements will include GenAI-enabled delivery, impacting everything from contract negotiations to IT Ops to risk assessment.
  • Prediction 7: Unified Control – One of the most challenging tasks for IT teams in the next several years will be navigating the maturation of control platforms as they evolve from addressing a few basic systems to becoming a standard platform that orchestrates operations across infrastructure, data, AI services, and business applications/processes.
  • Prediction 8: Converged AI – Today’s fascination with GenAI should not delay or derail existing or other AI investments. Organizations must contemplate, trial, and bring to production fully converged AI solutions that allow them to address new uses cases and customer personas at significantly lower price points.
  • Prediction 9: Locational Experience – The accelerated adoption of Gen AI will enable organizations to enhance their edge computing use cases with contextual experiences that better align business outcomes with customer expectations.
  • Prediction 10: Digital High Frontier – Satellite-based Internet connectivity will deliver broadband everywhere, helping to bridge the digital divide and enabling a host of new capabilities and business models. By 2028, 80% of enterprises will integrate LEO satellite connectivity, creating a unified digital service fabric that ensures resilient ubiquitous access and guarantees data fluidity.

IDC’s FutureScape predictions provide valuable insights into the future of the IT industry and the pivotal role of artificial intelligence. As AI becomes the driving force behind innovation, businesses must adapt and invest in AI to stay competitive. The rapid growth of AI spending, the transformation of IT services, and the convergence of AI solutions are just a few of the significant changes we can expect in the tech landscape.

Stay informed and be prepared for the AI revolution that will reshape the IT industry and the way businesses operate. Don’t miss the upcoming webinars to gain deeper insights into the future of technology and business:

  • Worldwide Artificial Intelligence and Automation 2024 Predictions, November 8 at 12:00 pm U.S. Eastern time, featuring Ritu Jyoti
  • Worldwide Digital Business 2024 Predictions, November 29 at 12:00 pm U.S. Eastern time, with Tony Olvet & Craig Powers
  • Worldwide CIO Agenda 2024 Predictions, December 6 at 12:00 pm U.S. Eastern time, with Daniel Saroff & Mona Liddell
  • Worldwide Emerging Technologies 2024 Predictions, December 13 at 12:00 pm U.S. Eastern time, featuring Rick Villars

Interested in learning more? Access the full IDC FutureScape event series and stay updated on the latest IT industry trends.

If you have been involved in data, analytics, BI, or AI domains for at least a few years, you have undoubtedly encountered the following situation. Someone in a business unit has a need for information to inform a decision and upon starting a conversation with one of their technology colleagues is faced with a question from the latter “what data do you need?” The response often takes one of two forms, “I don’t really know; give me all the data you have” or “I need this one particular data set to address my immediate need or project.”

The response from the data professional usually addresses the question literally — delivering a data set or access to requested data via a plethora of data management and data visualization technology, from data warehouses and data lakes to dashboards and reports.

Over the years, greater processing power, more automation of data pipelines, and better data visualization have combined to continuously speed up the delivery of data to business users. One might consider that a success, but only if the speed of data delivery is the metric that matters. But does it?

What happens when data is delivered to a business user? The person may be able to look at a trendline; they will likely be able to compare the current period’s performance of any given data point to previous periods. Some organizations have software to highlight to the user anomalies or deviations from past norms; some organizations have even begun to incorporate ML-based automation to help users with autogenerated forecasts of how a given trend might evolve.

However, what this information delivery functionality does not provide is support for the process of decision making, which remains largely the responsibility of human “wetware.” We see the data and we use our experience, mental models, discrete data points from dashboards and reports to assess options that lead to a decision. This approach to the decision-making process lacks scale, governance, orchestration, and technical support for all the steps within a decision-making process — a process that does not stop with the delivery of data to an individual.

This approach to decision making is not sustainable. To achieve better decision making, it is not enough to invest in the best data lakehouse, best data science team, best AI technology, or best data visualization tools.

Our contention is that one of the biggest shortcomings plaguing most organizations is the use of the question “what data do you need?” We propose that the solution to overcoming substandard returns on investment in data, BI, and AI starts with changing the question to “what decisions do you need to make?”

For a more detailed discussion of decision intelligence challenges, opportunities and benefits see A Case for Decision Intelligence: From “What Data Is Needed?” to “What Decisions Need to Be Made?”

Decision Making

At its core, decision making is the process of orienting the decision maker, using all relevant information, toward selecting one of two or more alternatives based on probabilities of success and decision execution constraints.

  • Accessing and organizing data into a form that makes data available for analysis.
  • Analyzing data using descriptive and predictive methods, including AI.
  • Recommending a decision: defining and presenting likely alternatives or options.
  • Deciding by selecting an option based on constraints and goals. 
  • Executing a decision by acting based on the decision made.
  • Monitoring and evaluating results of the decision and action.

Given the opportunity to accelerate decision velocity through AI-powered decision intelligence while facing technical, operational, and organizational roadblocks, leading organizations are making a clear choice in how they allocate their investments – they are tightly connecting the six steps of a decision-making process and deploying decision intelligence software.

Decision Intelligence Software

To be considered a decision intelligence software by IDC, the software product should be packaged for the purpose of fully or partially automating all steps in the decision-making process. Decision intelligence software includes capabilities for decision design, engineering, and orchestration.

  • Decision design. Decision design provides functionality for users to define business goals or desired outcomes; map decision-making workflows, including feedback loops and approval points; and identify choices and constraints that limit the options available to decision makers.
  • Decision engineering. Decision engineering provides functionality to organize the available data using semantic and/or ontological frameworks, then analyze the data using a range of use case–specific methods that may include simulation, optimization, descriptive, and predictive analysis.
  • Decision orchestration. Decision orchestration provides functionality to monitor all elements of the decision-making workflow (e.g., rules, algorithms, data sets, approval hierarchies, goals, constraints, decisions, and so forth) and enables their ongoing or periodic adjustment based on automated and human-generated feedback loops.

Note that to see this decisioning plane in the context of the other three planes of an enterprise intelligence architecture see IDC blog post Navigating the Planes of Enterprise Intelligence Architecture.

Together, these capabilities enable not only the collection and analysis of data, but also all the capabilities shown below.

Note that IDC analysts are currently in the process of working on an assessment of a select set of decision intelligence software vendors, which will be published in Q1 2024.

Benefits and Promises: Why Should You Care About Decision Intelligence?

Every organization wants to traverse the decision-making process as fast as possible. In some cases, going through one cycle can take hours, days, weeks, or even months. In other cases, it can happen almost instantaneously. However, speed is only one factor that leads to greater decision velocity; the other is control.

We define control as decision governance, but also as quality, accuracy, and contextualization. Speed and control in decision making must be balanced. Having control of the decision-making process matters, but it cannot come at the expense of speed or the organization risks having lower adaptability when the inevitable time for course correction arrives. Decision intelligence can play a critical role in:

  • Identifying decision-making processes as they exist in ongoing operations rather than as envisioned in outdated process documentation.
  • Improving retention of knowledge about how decisions are made and by whom.
  • Ensuring decision-making consistency across the organization and its decision makers.

Together, these benefits, in turn, are foundational to the achievement of desired business outcomes, such as increased revenue, lower costs, improved margin, and so forth. To achieve success and differentiation in the digital era, organizations should consider the following:

  • Guide technologists involved in data engineering and management, and even more importantly, those involved in data analysis, data science, and AI, to pivot from asking what data their constituents need to what decisions they need to make.
  • Evaluate decision attributes to identify best opportunities for decision automation and decision augmentation, respectively. Differentiate between data-driven and data-informed decision making. Highlight the role of people versus machines and shortcomings and competencies of both.
  • Begin developing a cadre of staff with specialization in decision design, engineering, and orchestration.
  • Invest in data literacy initiatives to ensure all staff become more comfortable with embracing uncertainty and develop a healthy skepticism of recommendations generated by opaque systems.
  • Ensure the decision intelligence software provides the necessary transparency via decision monitoring and cataloging to engender trust among all users.
  • Reconsider the goal of your data, analytics, and AI initiatives and investments. If they are not helping improve decision velocity, consider reallocating resources to projects that are.
  • Focus on change management. One of the biggest challenges facing organizations is to address the growing gap between the exponential growth of technology for AI-powered automation of decision making and slowly evolving the ability of people to accept and adopt the new technology into their routines.

Dan Vesset - GVP/GM, Global Research Operations - IDC

Dan Vesset is Group Vice President of IDC's Analytics and Information Management market research and advisory practice, where he leads a group of analysts covering all aspects of structured data and unstructured content processing, integration, management, governance, analysis, and visualization. Mr. Vesset also leads IDC's global Big Data and Analytics research pillar. His research is focused on best practices in the application of business intelligence, analytics, and enterprise performance management software and processes on decision support and automation, and data monetization.

The technology landscape is rapidly evolving. External pressures placed upon the business, coupled with innovations across IT – from developments in hybrid and multicloud, to the introduction of commercial Generative AI – are placing an increasing amount of attention on cloud computing. Evidence shows that those organizations with a focus on building hybrid and multicloud foundations benefit most from having the ability to rapidly adopt new technologies at scale as they initiate new products and services and drive cost and resource efficiencies across the business.

This realization is causing seismic shifts, not only around how cloud is consumed but how cloud buyers make investment decisions and measure return on investment. To capture these changes in the market, International Data Corporation (IDC) has launched a new Continuous Intelligence Service (CIS) called Cloud Adoption Trends and Strategies that has been designed to uncover the changing requirements of the cloud buyer.

Cloud Adoption Trends and Strategies provides insight into what drives cloud buyers to make certain decisions as they purchase cloud computing and the services and applications that will live in the cloud. Now, more than ever, the cloud market requires deep understanding in the way organizations are looking to create a more customized cloud experience. Cloud service provider, platform, hardware, and application choices will influence how cloud buyers’ businesses progress through future digital transformation projects, especially those surrounding data and AI. These are all covered in depth in Cloud Adoption Trends and Strategies.

Cloud – A Foundational Choice With Tangible Benefits

Cloud adoption drives innovation. The following image shares results which show a competitive advantage in terms of new technology adoption for buyers with broad cloud estates.

Are cloud buyers innovating or ‘staying the course’ in 2023?

Cloud teams have had to pivot fast over the last few years to be pandemic-prepared, inflation-proof, and to meet a raft of new demands, from rationalization to competitive business operations. Many have had to think on their feet, reduce development times for new projects, and find ways to be savvy despite a cloud skills shortage. 

The number of cloud buyers that say their business is ‘staying the course’ in terms of attitude towards innovation is slightly higher this year than last. More than half of cloud buyers, however, recognize they need to be among the first to adopt new technologies to stay ahead of the game, and a large proportion that may not be fast movers say their business still wants to be ‘fast to act’. These figures already show that cloud buyers are placing emphasis on innovation. When looking at cloud budgets, IDC finds that around half of that budget is, in fact, attributed to new projects and innovation, as opposed to cloud operations and maintenance.

For cloud buyers that are already mature in cloud (many of which will already be adopting hybrid and multicloud strategies) the focus on adopting new technologies is much higher than the average cloud buyer – 71%. These organizations have laid foundations that foster innovation. Building out hybrid and multicloud environments enables them to free up financial and human resources and encourages them to innovate by providing access to new technologies and deployment models.

The Different Cloud Conversation

In 2023, the cloud buyer’s conversation with those supplying products and services is different to what it was even a year back when a lot of conversations were focussing on cost. There is still a strong focus on innovating and delivering new products, but cloud buyers also demand outcomes around data-driven strategies, with many taking a data and application-first approach to deploying on cloud. Conversations around interoperability, contractual choice and ecosystems and marketplaces all factor highly. These are happening at the same time as customers are demanding options that enable them to have choice around underlying hardware, and guarantees around performance and latency, connectivity, scalability, and options for cloud management, sustainability, and operational efficiency.   

How vendors approach these conversations can make a huge difference. In Q3 2023, IDC Cloud Pulse found that improved customer services led many cloud buyers to increase their spend with a cloud provider. A misalignment of performance requirements and resource requirements led to decreases in spend. Over a fifth of cloud buyers with broad cloud footprints that chose to discontinue services with a provider said the main reason for doing so was because they found a vendor with a more appealing switch plan, and those with newer cloud deployments were impacted by a perceived lack of expertise and poor customer service. The ability to tailor products, services and guidance for these organizations can make or break a cloud rollout and a cloud contract.

It is not just the cloud service providers that need to pay careful attention – 60% of companies deploying cloud today also employ professional services for delivery and management of their cloud services (Cloud Pulse Q3 2022).   

Understanding the Cloud Buyer

Drawing upon insights uncovered from IDC’s quarterly Cloud Pulse survey, Cloud Adoption Trends and Strategies can provide insights into how cloud buyer’s requirements differ across industry verticals, regional markets, and types of organizations. As the cloud market becomes increasingly hybrid, cloud demands themselves are becoming more individual, and complex. Just as cloud buyers have a head-start on innovation when laying hybrid and multicloud foundations, service providers and vendors can have a head-start on understanding cloud buyer requirements by learning about their challenges and business needs.

For more information on Cloud Adoption Trends and Strategies, contact IDC research director Penny Madsen at pmadsen@idc.com.

Additional Resources:

  1. IDC solutions for teams requiring custom data-driven strategies.
  2. Business Value support and solutions