Everything-as-a-service: Modernizing the core through a services lens has been saved
Everything-as-a-service isn’t just a new revenue stream or business plan—XaaS is a strategic and operational blueprint that may soon begin upending business and operational models, along with redefining the fundamental goals of core modernization.
During the last decade, the one-two punch of business imperatives and a rapidly evolving technology landscape has led many CIOs to revitalize their legacy core systems.
On the technical front, after years of customizations, workarounds, and deferred upgrades, many heart-of-the-business systems that run back-, mid-, and front-office processes have become hamstrung by accumulated technical debt and dependencies. For many CIOs, refactoring these assets and building new architectures and platforms around them have been essential steps in making IT systems not only more efficient and effective but fundamentally more reliable.1
As for the business imperatives that often drive core revitalization efforts, the pace of technological innovation continues to accelerate, offering ripe opportunities to rewire the way companies work, engage their customers and business partners, and compete. Globalization, increased M&A activity, and cyber threats are putting pressure on IT ecosystems and delivery models. New digital products and offerings, along with powerful forces such as analytics, social media, and mobile, are giving rise to business models built around intuitive experiences and grounded in underlying mission-critical data, transactions, and systems.
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Among the questions CIOs must answer: Can legacy core systems support these innovations and the strategies they drive? And are core assets sufficiently flexible and scalable to meet business needs going forward? For those CIOs answering “no,” core revitalization has provided a roadmap for approaching the core not as an anchor but as a set of customer-focused, outcome-driven building blocks that can support the business well into the digital age and beyond.
Today, a new business imperative is gaining traction in boardrooms and IT shops alike. Everything-as-a-service (XaaS) is a strategic and operational blueprint that, within the next 18–24 months, will likely begin upending business and operational models, and redefining the fundamental goals of core modernization.
XaaS envisions business capabilities, products, and processes not as discreet vertical offerings operating individually in silos but, rather, as a collection of horizontal services that can be accessed and leveraged across organizational boundaries. So with a few technical upgrades and strategically deployed APIs, the customer service module in your ERP system that is used exclusively to support external customers can now be leveraged by other departments as well: by IT for help-desk queries, by HR for internal customers, and by logistics for vendor support, for instance.
XaaS casts core modernization in an entirely new light. What was primarily a technical process of overhauling legacy systems becomes a broader operational and business effort to create greater efficiencies and to engage customers, employees, and business partners in new ways. This effort also entails building a catalog of assets that embody existing IP and establishing platforms for ecosystem investments that can, in turn, lead to new products or even business models.
For CIOs, XaaS may also offer a way to help justify essential if decidedly unglamorous investments to the board. In many companies, addressing reliability, security, and scalability challenges in legacy core systems is, from a technical perspective, essential. Unfortunately, those holding the purse strings often view core revitalization as nothing more than plumbing upgrades that, at best, increase efficiency. However, when viewed through the lens of XaaS, core modernization lies at the heart of business strategy: It involves shoring up the technical base to deliver efficiencies while rationalizing complex redundant footprints, reducing licensing commitments, and most importantly, allowing redeployment of IT operations resources. Ideally, those cost savings would then be used to fund innovation and business growth initiatives.
What’s driving XaaS? And why now? In short, customer expectations of ownership, service, and access are evolving rapidly. In what some call the “Uberized economy,” individual consumers and companies alike are embracing a new consumption model in which little or no friction exists between desire and the satisfaction of need. For example, ride-sharing services such as Uber and Lyft offer transportation-as-a-service, making it possible for individuals to get from point A to point B quickly, efficiently, and, perhaps most importantly, without the operational expense associated with owning a car. With ride-sharing, secondary and complementary activities are delegated to someone else.2
Now, apply this same model to enterprise IT. Like the individual who wants to get to a destination easily, affordably, and without having to buy a car, employees, business partners, vendors, and even customers all want easy, frictionless access to critical services that someone else supports and maintains.
For IT, that could mean sourcing some capabilities from cloud services vendors. Notably, it could also mean extending IT services to regional operations or newly acquired assets, or beyond organizational boundaries for use by customers, business partners, and even competitors. We’re already seeing XaaS use cases—and success stories—emerge in various industries. Retail giant Amazon, for example, has taken the internal services it was using in its e-commerce operations and extended them to customers outside the Amazon organization for use in their own businesses. Customer service, financial services, fulfillment, warehouse systems—the company has monetized commonly used business services by making them available, for a fee, for customers, competitors, or other third parties to use.3 Recently, it was reported that the company is laying the groundwork for its own shipping business that would compete with UPS, FedEx, and the US Postal Service. Not only would this business deliver Amazon’s parcels—it could be made available in a B2B model for other retailers to use as well, a strategy that CIOs could potentially use to help offset core revitalization costs.4
Similarly, General Electric, a company synonymous with manufacturing, is pursuing multiple XaaS opportunities by wrapping data, analytics, and digital solutions around traditional offerings and making them available to customers as services. For example, building on its storied history as a lightbulb manufacturer, GE has created a cloud-based energy-as-a-service business that helps customers monitor and optimize their energy consumption using sensors embedded in LED bulbs.5
To be sure, these and similar early use cases are pioneering initiatives undertaken by companies with specific needs and well-defined, long-term business and IT strategies. For many companies, however, the process of transitioning to an XaaS model will likely begin around the organizational edges and progress incrementally over the coming years. In this more cautious approach, layering application programming interfaces (APIs) on top of complex legacy systems makes it possible for companies to reuse, share, and monetize core assets and data as they explore XaaS opportunities. Deploying APIs in this strategic way can help extend the reach of existing services and, potentially, enable new revenue streams. Such opportunities are currently driving API use.6 According to Mulesoft’s second annual Connectivity Benchmark Report, of 802 IT decision makers surveyed, 56 percent already had an API strategy for accomplishing goals such as these.7
Of course, it’s not enough just to build APIs. They introduce an entirely new set of capabilities not typically part of traditional middleware or integration scenarios, and CIOs need to consider deliberate approaches for designing, exposing, contracting, servicing, metering, and billing based on API usage. Fulfilling a function similar to that of OSS and BSS-esque supporting services in middleware scenarios, API management is a critical piece of the burgeoning API economy.8
CIOs and business leaders can begin their XaaS journeys by answering the following questions:
What can everything-as-a-service do for your business? Viewing business models, processes, and strategies through an XaaS lens may illuminate entirely new opportunities to grow revenue and drive efficiency. For Salesforce.com, those opportunities began with hosted CRM. For Amazon, it was subscription-based data storage in the cloud. Bringing these opportunities to fruition may require that you overhaul some legacy systems and reimagine your operations and the way you engage customers. The good news is that there are core modernization techniques that can help you extract more value from legacy assets while laying the groundwork for a service-oriented future—from replatforming to remediating to revitalizing.
How can XaaS transform the way your employees work? Think about how your employees currently do their jobs. What departmental or task-specific systems do they rely upon? What processes do they follow, and how does your operational model help or hinder them as they work? Then, imagine those same systems, processes, and operating models as services that are no longer siloed by task or department. Instead, they are horizontal, extending across organizational boundaries for use by internal and external customers, business partners, and suppliers, among others. What opportunities can you identify?
What new products and service offerings can XaaS enable? XaaS is as much a mind-set as it is a strategic and operational vision. It helped Amazon and GE identify and then pursue bold, new opportunities that lie outside of their traditional business models. Amazon monetized its own internal services by extending them to customers. GE is evolving from a manufacturer of goods to a purveyor of business outcomes. Clearly, the degree to which both of these organizations have transformed their core businesses will not be appropriate for every company. But even on a smaller, more focused scale, what products do you offer that could manifest as services? What operational verticals could take on new life as horizontals?
In the coming months, as more CIOs and business leaders find answers to these questions, they will have opportunities to redraw boundaries that have traditionally informed their strategies and goals. Indeed, through the lens of XaaS, entire marketplaces may begin to look less like crowded, hypercompetitive arenas and more like blank slates upon which imaginative new rules of competition can be written.
Global semiconductor company Broadcom Ltd. is transforming its core infrastructure by providing business offerings and processes as a collection of services to employees and, more recently, to customers.
During the last two decades, the Broadcom organizational structure and IT environment have grown and morphed due to a series of mergers and acquisitions. In response, vice president and chief information officer Andy Nallappan began exploring ways not only to mesh and optimize legacy systems, but to make the systems more efficient, user-friendly, and attuned to business needs. “I wanted to liberate the IT organization from the mundane tasks that don’t add much value so they can focus instead on projects that drive growth and profitability and make our company unique in the marketplace.”
With these goals established, Broadcom—then called Avago Technologies—began its XaaS journey in 2009 by transitioning from a legacy on-premises email platform with limited storage capacity to a cloud-based productivity, collaboration, and storage solution. At that time, the solution vendor was only beginning to make its mark in the enterprise space. Consequently, as an early adopter, Broadcom enjoyed an unusual degree of access to the vendor’s product roadmap and architectural plans for the tools being implemented. Likewise, Nallappan and his team were able to collaborate closely with the vendor’s senior developers, project managers, and other product leaders during implementation. The end results were encouraging: Data storage capacity improved while overall management costs, in terms of budget and time, declined.
Since its initial XaaS foray, Broadcom has deployed:
These new systems and service-based approaches allow Broadcom to scale up quickly as the organization grows. They also help the company realize acquisition-related cost synergies more quickly, which supports overall acquisition goals.
Nallappan says he looks forward to a day when he won’t need to operate any on-premises systems at all and can source everything externally. This day, he acknowledges, may not arrive in the near term. “I don’t go to the cloud just because it’s cool; it has to make financial sense,” he notes. “Not all the pieces we need are available in the cloud yet, but when that time comes, we’ll move.”9
With its development and deployment of a new services-based data processing solution, the Internal Revenue Service is making early progress on its everything-as-a-service journey—one that is already delivering cost savings and operational efficiencies. Processing an estimated 3 billion tax forms each year is no small task—one made more challenging by the sheer variety of forms the IRS uses. Traditionally, if the agency created a new family of forms, IT would develop and deploy a new solution to process them. “This was an inefficient way to enhance our processing capabilities,” says IRS manager Irene Soter, who leads a team of Java developers and contractors currently working to modernize the agency’s information return processing systems. “Very little was reusable.”With new forms being introduced as part of the Patient Protection and Affordable Care Act (ACA), agency IT leaders decided to take a different approach. From a data perspective, the ACA forms would be more complex than many existing IRS forms such as the 1099 or the W-2, with more questions to answer and fields to fill in. It became clear that to process ACA data, the IRS would need to create new scanning and data analysis capabilities that could determine: whether a submitted form had been filled out completely; if there was any evidence of fraud; or if the submitted information was ambiguous, and if so, what the submitter’s intent actually had been.
IT leadership recognized that the capabilities needed for ACA form processing would be useful in other development projects and with future forms and decided to take a services-based approach to the ACA form design and development. The team charged with building what would become known as the Information Returns Processing system faced a hard deadline of January 2016 to stand up these new service capabilities. Using agile techniques, the team began developing reusable Java-based data processing services that would deliver validated data to a modernized information return database, which was also being developed.
The first release was slated to include three services but instead delivered nine, on time and within budget. These reusable services also started to accelerate other deliveries: “As we began making progress, other IT and business partners began reaching out and asking how they could access these services,” Soter says.
Moving forward, the IRS will work to expand its service offerings and transform its IT architecture to be more flexible and services-based. This also includes an expanded focus on continuous service improvement: for instance, fine-tuning the Information Returns Processing platform as data volumes increase and more services are deployed. “Tuning to volume is always the issue when you are dealing with this much data,” Soter says. “Managing the larger scale and providing visibility into individual service performance will be the trick. We will be relying on our team of highly talented developers with experience in how to handle the volume, how to tweak it, and how to step it up.”10
Several years before changes in capabilities, products, and processes began coalescing into what is now recognized as the everything-as-a-service trend, Cisco Systems sensed a change in the operational winds and took action. The global technology products and services provider launched a multifaceted architectural and operational initiative to break down silos, deploy and leverage technology more effectively, and align IT services with both customers and the business.
“This is an ongoing transformation effort,” says Will Tan, Cisco’s senior director of operations. “We have 30 years of mind-set to overcome, but today, what we provide are services, and we need to create an organizational construct to support that.”
Cisco’s move to the as-a-service model began by examining the company’s operations through a product and positioning lens, especially in the area of cloud offerings. “We realized that we needed to rethink the way we were working, how we thought about value streams, and the way we organized ourselves,” Tan says. “Likewise, we began reviewing the relevance of our architecture to determine what kind of connectivity we need to meet our [XaaS] goals.”
So, roughly six years ago, Cisco took a first—and fundamental—step in its transformation journey by creating a single, uniform taxonomy that would clearly define the company’s services, the architectural components that support them, and, importantly, how these components fit together. Dubbed BOST (the business operations systems and technology stack), this working taxonomy has helped break down functional silos by ensuring that all groups approach services and services architecture consistently.
Following this initial step, Cisco identified two major goals that would drive its transformation efforts going forward:
Business alignment of IT capabilities: Cisco has worked aggressively to align IT with the business units’ missions and operations—reorienting all IT operations so they “lead with a business view.” IT now organizes its priorities by the business’s strategic and operational priorities, measuring success not just by isolated performance of IT disciplines but by business outcomes.
Anchor IT with a services mind-set: IT capabilities began to be defined by the value they were creating, decoupling the underlying technical skills, activities, and solutions from the overarching business services driving growth and demanding flexibility and agility. This meant the IT operating model and organization had to evolve, along with the underlying technical architecture up, down, and across the stack.
Some companies view XaaS exclusively as a means for controlling costs and creating efficiencies. Cisco sees an equally compelling opportunity to rethink the way it engages and understands customers—and to shift its mind-set to how its ecosystem of supply chain and channel partners think about their customer outcomes.
Though Cisco’s XaaS journey is ongoing, the company’s efforts are delivering tangible benefits, with IT costs coming down and processes becoming more streamlined. And Tan cites other welcome outcomes. “A couple of years ago, we transformed our ERP system into a global platform that consolidated core financials and supply chain. IT has built services that have become global standards, which have helped us scale for the future,” he says. “As we have expanded into China and India, we have leveraged this platform not just for cost containment but to accelerate our time to market and to offer business services more effectively.”11
One thing I know about the citizens of our state: When engaging state agencies online to apply for benefits, renew licenses, or perform other official tasks, they don’t like entering the same information over and over again. And a growing number—particularly Millennials—prefer self-service options. If they can’t complete their business quickly using a mobile device, they don’t want to do it at all. This realization led to the creation of the position of digital transformation officer, along with an ambitious roadmap to modernize Colorado’s technology landscape.
With citizen expectations of government interactions changing rapidly, we are rethinking how the state approaches service delivery. Over time, we’ve developed thousands of interfaces between our systems. While they each served a purpose, they’ve added up and make it difficult to share data and services across systems and departments.
To begin the process of creating a horizontal everything-as-a-service model, we took a citizen-first approach: What products might citizens want that they don’t have today? How can citizens interact with government with as few touchpoints as possible? How should agencies provide services based on modern digital ways of engaging instead of decades-old technologies or paper-based processes? We set ambitions, prioritized services, and made the case for change—a mix of soft benefits because of increased citizen experiences and potential savings. For example, the state was spending tens of millions of dollars in paper correspondence: fulfillment, processing, filing, archiving, and destruction of forms, files, and other assets.
Anchored around transforming the citizen experience, we set our sights on our core systems. Technical debt can be an asset; by uprooting the technology, you can embed new capabilities in an agency. A development team began converting a legacy mainframe system over to Java code. We then invested in a digital platform that makes it possible to develop applications that enable a new, organization-wide service delivery model. This platform has been deployed with the future in mind. It simplifies the development process without creating a lot of technical debt. It also required deep remediation to deal with legacy data, process, and business rule issues—readying services for the brave new digital world. Others have tried a lighter approach of deploying mobile apps that can’t do much or glossy websites that lack deep content. We’re trying to transform.
Finally, our IT teams have taken a two-pronged approach to address the challenges of system integration. First, they deployed a cloud-based enterprise service bus to rework back-end systems and overhaul the way data flows—and, importantly, the way it can be shared—across departments. Step two is an ongoing transition to cloud- and hybrid-cloud-based services, a strategy that has been in place for several years. For both, the focus is on the outcome for the citizen, not the output of the system.
With enhanced capabilities in the areas of integration, development, and data sharing—leveraging both legacy assets and newly deployed systems—we have seen real results. Eligibility programs such as Medicaid and food assistance saw their enrollment processes move from multi-hour, sometimes multi-day, activities to an experience that now takes minutes—while still following the same steps and capturing the same information. And we’re only getting started. We are assessing individual products and services to determine how we can approach service delivery more broadly and consistently to create a better user experience. Across the board we are finding so much upward possibility.
As companies begin evolving their traditional products, processes, and business capabilities into services that can be used both inside and outside organizational boundaries, it is important that the services they will be consuming or exposing have sufficient trust and security capabilities embedded, that application programming interfaces are secure, and that data verification and storage capabilities are trustworthy.
XaaS initiatives offer CIOs the opportunity to build new trust, risk management, and security capabilities into systems and processes during the earliest stages of development. But the XaaS model itself, in which discrete products and processes can be transformed into horizontal services that span the enterprise and beyond, may also offer an opportunity for CIOs to reimagine their basic approaches to risk and security. For example, would it be possible to approach risk as a collection of uniform services? Moreover, could some of these uniform services—for example, threat intelligence or identity management—be sourced externally?
Think about the potential efficiencies to be gained by deploying standardized “authentication-as-a-service” or “data validation-as-a-service” capabilities both internally and externally. Not only could this reduce redundant processes that have a long history of irritating users (“please enter your password again and again and again . . .”)—it could create a single risk or security service that could simplify maintenance and speed development.
In another example, are there areas of weakness with high dependencies that put either your organization or its projects at risk? Perhaps a chronic shortage of skillsets in a specific area consistently slows down development initiatives or delivers subpar outcomes? Assessing this challenge through the XaaS lens, you may be able to identify nontraditional approaches to deploying talent resources—think engineering skillsets-as-a-service—that can simultaneously lower project and operational risk while utilizing IT talent assets more efficiently.
Finally, in a loosely coupled environment that blends legacy systems and externally sourced capabilities, risk, trust, and security capabilities and processes will likely be more effective when they can be managed holistically. Particularly in the critical areas of data exchange and storage, the ability to take a unified, consistent approach to risk and security becomes critical to maintaining data integrity.
The next step in reimagining core legacy systems involves reorienting from systems to services. No matter the size of your organization, transitioning from end-to-end processes to a sequence of discrete services can be a complex undertaking. To get started—and to make the effort more manageable—consider the following approaches:
Transforming existing business products, processes, and legacy systems into a collection of services that can be used both inside and outside the organization can help streamline IT operations and, potentially, generate new revenue streams. Pursued incrementally, an everything-as-a-service strategy can also cast core modernization in a new light: What was primarily a technical process of overhauling legacy systems becomes a broader operational and business effort to create greater efficiencies and to engage customers, employees, business partners—and maybe even your market—in new ways.