Why composability is the single most important requirement in software (2024)

Dane White November 10, 2021

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Enterprise innovation will not fade despite 87% of organizations lacking the tech talent to back it. Instead of stifling software development progress due to 40 million vacant positions in 2020 and other challenges, the tech industry is responding with a powerful concept known as composability.

Composability brings building block-like construction to today’s rigid app development. Currently, many enterprises face substantial costs across staffing, planning, and coding needs. When a company’s toolset is slow and expensive to adapt, cutting-edge offerings are nearly impossible to achieve.

A composable approach repurposes existing code to keep enterprises lighter on their feet and set the pace for their competitors.

For the future of flexible internal workflows and customer-facing experiences, wise enterprises will become composable through the intersection of open-source and low-code app development.

What is composable software?

Composability allows enterprises to swap and pair software components at will. This powerful ability brings a few key benefits to new custom development projects:

  1. Write code once,
  2. Reuse code across multiple projects, and
  3. Stack the value via an ever-expanding component roster.

Composable software breaks core applications into specialized microservices. Gartner deems these “packaged business capabilities,” or PBCs, which invite teams to rapidly redefine and evolve their apps in line with their business needs — without disrupting the rest of an application’s activities.

Each microservice can be used across multiple applications at once. This meshed web of building blocks reuses many features and processes that would otherwise overlap between dedicated applications.

Composability ultimately opens the opportunity to iterate these modular pieces without demanding a complete app replacement. An app might not even have to leave production to be expanded or streamlined.

What role does open-source play in composable software?

To gain essential flexibility, companies are using open-source code to make an application’s backend simple enough for users and third-party companies to connect and share information. It also plays a key role in making non-technical software development governable, which we’ll cover a bit later.

Every organization has distinct, ever-evolving needs and goals that set its workflows and offerings apart from its competitors. In the past, enterprises have been locked to the whims and methods of their vendors. Alternatively, they’ve gone the slow and costly route of coding custom applications in-house.

Application restrictions lead to growing shadow IT risks, as well as siloed data and a reliance on outside talent. Rather than opt for the walled garden approach of proprietary vendors, open-source puts code in the hands of enterprises to develop composable software.

How is open-source software composability influencing operational agility?

Specifically, enterprises use open-source in two key dimensions:

  1. Constructing building blocks for microservices via repurposable code, and
  2. Linking between internal applications and their third-party collaborators via open APIs.

As a result, an enterprise can come together faster to meet internal challenges while being a more appealing collaborator to outside vendors. With an open foundation, organizations gain some of the following benefits:

Talent requirements: Condense internal talent needs by streamlining the use of programming languages, computing environments, and more.

Time-to-market: Iterate offerings by adding additional microservices into apps or detaching irrelevant ones — without waiting for approval and intervention from IT and external vendors.

Scaling: Adopt cutting-edge resources on-demand, such as software-defined storage and other cloud-centric systems.

Open-source expands what an enterprise can accomplish in-house, positioning internal teams closer to the development of the apps they use daily.

Blending low-code and open-source for composable citizen development

While open-source brings the approval of new business tools into the enterprise, low-code software development puts the design process directly into the hands of frontline employees.

Consider that day-to-day staff across business units like marketing and finance know their own core needs better than the organization’s IT staff could. Naturally, these teams would be the best decision-makers around new technology efforts.

The challenge comes when the actual technical development ability lies exclusively within IT talent.

Low-code releases the technical bottleneck that binds projects to IT workloads. It aims to give business users the DIY power that modern productivity suites like Microsoft Office created decades ago.

Instead of building databases or slideshow presentations, business users leverage drag-and-drop interfaces to easily arrange reusable microservice code into full-fledged applications.

As a result, these non-technical staff (or citizen developers) are building a better business inside and out with fewer approval delays. Equally important is the ability to transformthe workflows within a secure, pre-sanctioned sandbox. Governance becomes simple as shadow IT efforts fade into obscurity.

The future of software composability

The workflow software market is already fully threading open-source and low-code together into revolutionary composable tools.

Not only are these app development tools expanding what’s possible internally, but they’re changing the norm competitively. Enterprises are quickly seeing this game-changing power as an essential advantage. AI Multiple notes that over 65% of application development will be low-code by 2024.

Enterprises have even discovered their internal applications to be worthy ofrelease as customer-facing SaaS products.

However, composability is ultimately expected to complement traditional development rather than replace it. 75% of businesses are expected to adopt this blended approach. In practice, composability covers the simpler app builds while complex needs fall into the hands of skilled IT.

Ultimately, composability shows enough promise for 70% of large and medium organizations to highlight in all new technology plans by 2022.

Building more agile enterprises with composability

The 2020 pandemic specifically showed that organizations aiming to survive extreme market changes must expand today’s most valuable efforts and downsize their dated areas without delay.

From reusable block-like microservices to cross-application connection points, code that’s openly adjustable permits this composability more easily than legacy applications.

By adding in low-code architecture, enterprises have the flexibility needed to meet even the most urgent changes across markets and industries globally.

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Why composability is the single most important requirement in software (2024)

FAQs

Why composability is the single most important requirement in software? ›

For businesses today, composability matters because it allows you to future-proof your tech stack. With composable systems, you have flexibility and agility. You can swap out certain components as needed without having to overhaul the entire system.

Why is composability important? ›

Composability is a design approach that improves application development. It reuses and assembles existing components depending on your business and user's unique needs, making your system more adaptable, agile and reliable. The concept of composable infrastructure is like Lego blocks.

What does composability mean in software? ›

Composability is a system design principle that deals with the inter-relationships of components. A highly composable system provides components that can be selected and assembled in various combinations to satisfy specific user requirements.

What is the principle of composability? ›

Composability refers to the ability for different components or elements to be combined or connected in various ways to create larger, more complex systems or structures. It's a concept often used in the context of software development, computer systems, and engineering, but it applies to other fields as well.

What are composability components? ›

Composable systems break down larger projects into smaller, more modular “components.” Each component addresses a specific problem or use case. Individual components can then be selected and assembled in various combinations to create new experiences without building from scratch.

Why is composability important for rapid innovation? ›

The main benefit of composability is its ability to promote quick invention. It speeds up the development of new, complex financial products and services by enabling developers to combine existing protocols like modular building blocks.

What is the difference between composability and interoperability? ›

Composability is different from interoperability. Composability is the consistent representation of truth in all participating systems [1]. It extends the ideas of interoperability by adding the pragmatic level to cover what happens within the receiving system based on the received information.

What are the benefits of composability in cloud computing? ›

Composability gives applications access to resource pools outside of their dedicated cluster, unlocking the processing power—or other resources—available within overprovisioned servers. Each CPU, GPU, or storage node can be scaled up independently according to the price needs of each application.

What are the types of composability? ›

Composability exists in two forms, syntactic and semantic (also known as engineering and modeling). Syntactic composability is the implementation of components so that they can be eonnected. Semantic composability answers the question of whether the models implemented in the composition can be meaningfully composed.

What is the difference between composability and modularity? ›

The what. The principles of composability and modularity are often interlinked. Modular systems consist of subcomponents with well-defined interfaces and functions that can be consumed independently of each other. Composability is the degree to which these subcomponents can be combined to form more complex systems.

Which three key characteristics form the idea of composability? ›

There are three key characteristics of composable business:
  • Composable business architecture.
  • Composable thinking.
  • Composable technologies.
Sep 19, 2023

How do composable applications work? ›

As composable applications can be created by reusing pieces of code or existing solutions as if they were modules, it's possible to build new applications by uniting smaller pieces instead of making them from scratch. The result is more agility, innovation, and adaptability for business operations.

What is the meaning of composable? ›

: capable of being composed. … music expressive of a feeling is clearly composable by one who is not experiencing that feeling and has perhaps never experienced it …

What is composable technology? ›

Composable technology refers to technological solutions or systems that are designed with a composable architecture. It enables the composition and integration of different technologies or components to create customized solutions or applications.

What is composable infrastructure as a code? ›

Infrastructure as code: Composable infrastructure allows computing resources to be provisioned with code, eliminating the need to physically configure hardware to meet the needs of new or updated applications.

Is Universal Composability Secure Compilation? ›

Universal composability is a framework for the specification and analysis of cryptographic protocols with a strong com- positionality guarantee: UC protocols remain secure even when composed with other protocols.

Why is composable commerce important? ›

Composable commerce is a modular approach to building ecommerce platforms, where businesses can select and integrate various technologies to create a tailored solution. This flexibility allows for quick adaptation to market changes and customer needs, promoting innovation and offering a competitive advantage.

How is composability stacking of innovation affecting the growth of DeFi? ›

The benefits of composability are numerous, driving the development and growth of DeFi: Unleashing Innovation: Composability empowers developers to build new and sophisticated financial products, services, and tools, rapidly expanding the DeFi ecosystem.

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