Composable Enterprise - A new business paradigm

FULL TRANSCRIPT

This transcript is based on the episode’s English auto-captions and has been formatted for readability. Please allow for occasional transcription errors in names, acronyms and specialised terms.

[00:00:12]

Hello and welcome to the enterprise tech talk podcast where I aim to discuss key challenges and new trends within IT industry. In this series, I try to explore key enterprise technology topics not in complex technical jargon but using simple business language that is hopefully easy to follow for business and IT audience alike. Okay. The topic of today's post podcast is composible enterprise a new business paradigm and how we can adopt a modern architecture practice practices to transition to composible business. I attempt to explain this business paradigm and its building blocks it key benefits and the shifts required to transition to composible business. Okay. So today's business landscape is defined not just by speed but by radical systemic volatility. For senior leaders, the principal risk is the fusion of economic uncertainty, ge geopolitical instability and technological disruption, especially the acceleration of artificial intelligence. Now these threats are deeply interconnected as you can imagine and they demand an integrated rapid response that traditional organizational structures and rigid monolithic technology architectures they simply cannot cannot deliver. The seuite priorities are also shifting achieving long-term resilience and sustained strategic agility is the now the new modernization goal. Now this journey requires a profound change in perspective. We must move past the era where it was merely a function that enabled the business to to to our new technology for uh to the today's era where the technology foundation is a primary source of revenue. It's a core driver of growth and a structural determinant of our competitive differentiation. Now if you look at the the architecture patterns of the past the failure was believing that consistency and predictability were sufficient that monolithic mindset is now a competitive liability. The systemwide rigid rigidity and reliance or on tightly coupled components means what does that mean? It means we struggle to pivot against market shifts or rapidly respond to evolving customer expectations. Now this brings us to the architecture mandate of the decade. The transition to a composible business model. We are moving from a fragile fixed structure to a more flexible modular organization that can adapt and reconfigure business capabilities just like digital building blocks. This is how we reclaim agility. This is how we accelerate time to market and future proof our enterprises.

[00:03:33]

If you look at the monolithic architectures of the past uh the organizations the need for speed runs headlong into the inherent limitations of traditional IT structures. These rigid systems manifest as monolith architectures. The complex tightly integrated sticky glue that makes any major transformation exceptionally difficult. A monolith system consolidates the entire customer experience right from the touch points, the business rules, the core platforms, they all come together into a single tightlyable technology ecosystem. Now this may be simpler to launch um but scaling and customizing beyond a predefined features that's a high-risk effort because any change risks affecting the entire operational system.

[00:04:33]

The cost of this rigidity is often hidden and it typically manifests not just in maintenance complexity but in the most critical business metric. Do you know what that is? The missed opportunities, the inability to quickly launch a new feature or pivot a service due to ecosystem inflexibility, it directly impacts potential revenue and competitive positioning. Also, architecture rigidity reinforces cultural inertia. Traditional business models valued consistency above all else. And this mindset is mirrored by hierarchal organizations. organizational structures that struggle to respond effectively to market shifts. Monolithic IT systems enforce this siloed mindset by making crossf functional data access and component sharing even more cumbersome thereby reinforcing pararchalism across the organizational bound boundaries.

[00:05:35]

Overcoming the monolith requires a transformation transformation that simultaneously addresses both technical decoupling and organizational restructure. Finally, we we must consider the customer. At the end of the day, customers have established a new higher watermark, the experience benchmark, right? They they now compare every digital interaction that we offer against the best they have ever received. I mean from Apple and from Amazon and whatnot. Monolithic architectures often lack the necessity necessary speed and flexibility to deliver these these hyperpersonalized um experiences which are needed to meet these elevated expectations. This makes our architecture choice a strategic mandate for organizational survival or competitive dominance rather than it being merely an IT maintenance Now in response to this strategic imperative the adoption of alternatives such as the composible enterprise model is rapidly accelerating. This is a structural mandate not not a trend.

[00:06:55]

Gartner defines a comp a composible architecture as an organization that delivers business outcomes and adapts to the pace of business change. Now this is achieved by deliberately moving away from rigid fixed systems towards a more flexible modular organization that rapidly adopts to change by reconfiguring core business capabilities. The foundational unit of this model is what is known as package business capability. It's a capability building block that's that is independently developed can is purchasable or reusable and which can run on its own or easily can combine with others. Right? The composible architecture must be approached as a fundamental business strategy rather than merely a technology implementation. And this important here the profound acknowledgement here is that the business itself that's important um point to remember business itself not just ID systems we must must be architecture for continuous adaptation [snorts] in a sense the architecture effectively becomes your core strategy.

[00:08:08]

If business stakeholders lack understanding or do not champion the composible approach, even the best technology will fail to deliver the full Let's zoom in a bit on the core difference between um composible and monolith architecture approaches. um the traditional model which was the the the mon architecture pattern it focused on consistency and predictability. It prioritized the stability of the technology landscape over the speed to market whereas a new currency is flexibility and adaptability. Composible architecture makes organizational agility foundational asset ensuring our business can pivot as fast as customer demand changes. In a monolithic architecture, most of the components are tightly coupled. It's simple to launch, but every modification increases your technical. It's like working with wet cement.

[00:09:15]

Once it's set, any adjustment as you can imagine is is a massive costly overall. The composible architecture on the other hand is built on loosely coupled interoperable package business capabilities of your businesses. They are modular building blocks which means you can reuse the components reducing development effort and freeing up capital for genuine innovation. Now in monolithic architecture because of tight dependencies um any change carries a high risk of systemwide failure which naturally translates into slower innovation and a cautious risk averse culture. On the other hand under a monol composible architecture modularity provides isolation. So when you update one component, you don't put put at risk the entire uh the rest of the business. This this lowrisk environment uh encourages rapid experimentation which is a fundamental requirement for dominating in the digital age. [snorts] The competitive um uh cost of monolith is measured in time. Um if we talk about the business agility um it can take months or even sometimes years to roll out major system updates this delays revenue and ensures you miss key market windows. Whereas a composible architecture by allowing for independent development and deployment cycles is proven to reduce time to market by stunning almost 30 to 50%. We move from shipping value quarterly or even to daily to daily resilience is low within monolith architectures we have single point of failure making entire business highly susceptible to technical failures or certain market ships. On the other hand when we talk about composible architecture the resilience is intrinsic.

[00:11:22]

The autonomy of your components means that if one part fails, the other keeps running. It also provides strategic resilience. The ability to easily swap out struggling technology or vendors or adding new business capabilities without being bringing the business to halt. That's that's really important. That's at the at the core of being a agile business organization. The composibility within business is achieved when it deliberately transitions the traditional rigid fixed systems into a flexible model organization that can rapidly add up by reconfiguring core capabilities like building blocks. Now this shift is guided by four strategic principles. First is modularity. This means partitioning the core business into manageable components or PPCs. This separation allows for independent scaling and control over change ensuring that a system or a failure in one area does not propagate throughout the entire system. Think of an insurance company, right? Um you have operations which are more focused on claims management. your operations which are more focused on policy management.

[00:12:46]

Another operation could be focused on purely marketing or acquiring new customers and so on and so forth. Now you can think of these as in independent manageable business components or PPCs right and and then you can design the or architect the whole organization around those. [snorts] Second is autonomy. This principle demands that components minimize their dependencies on each other. The autonomy is crucial for speed empowering teams to make rapid decisions and implement changes quickly within their domains. Again if you if you continue to take the example of an insurance company organization or insurance industry the autonomy means it means that um um uh a team which is more focused on let's say acquisition versus a team which is more focused on let's say fulfillment or some some some other teams they work relatively autonomously independent of each other right um uh the third is orchestration now this is a little bit lead leadership function. Um we as leaders we must focus on negotiating the seamless interaction between these autonomous components to allow for rapid and dynamic recomposition of end to end processes.

[00:14:06]

Right? Again if there is a one one productive focusing focusing on acquisition another for marketing another for fulfillment or or for claims [snorts] how we can orchestrate uh these these capabilities uh together in in a way in a more dynamic way so that we can come up with the new processes new experiences which are required for which are demanded by customers and the final principle is d discovery The organizations must cultivate the ability to rapidly discover, understand and reuse existing PBCs. This is how we can speed through reuse avoiding the necessity of building solutions from Now here is a critical balancing act that we all must um uh I would like to emphasize on the the trade-off between autonomy which is speed and orchestration which is consistency right as you can imagine uncheck autonomy risk architectural spraw um duplication operational complexity yet u over centralized orchestration it risks reverting us to the bottleneck problems that we have all faced in the past and we still face today. The solution lies in adaptive governance. A model that mandates robust centrally managed standards and contracts. This ensures product teams are fast and autonomous in their execution but consistent in how their components interact with the wider enterprise.

[00:15:47]

um imperving the overall data integrity and security across the entire ecosystem. This architecture shift directly provides structural resilience against any external disruption whether is market induced disruption, geopolitical or or technological. Okay. So uh translating the strategic vision of composibility into reality requires mandatory architecture shapes that provide the entire the engine of business agility. The the there are at high level four techn technical foundations. um they are uh they aligned with what is known as MAC principle uh microservices API first cloud native and headless. Now leveraging cloud native solutions it provides essential operational elasticity resilience and scalability that is required for independent components to operate effectively.

[00:16:54]

When you think of microservices, a microservices architecture is characterized by services that can be independently developed, deployed, managed and scaled, right? So how how does that relate to PPCs and composible architecture? So these services must be structured around specific modular business capabilities. Um this is how your IT architecture directly aligns with the business functions forming the package business capabilities. This modular design breaks down traditional silos and enable enables ski cloud style um agile operations. Now for PBC's to be effectively combined and reused across enterprise um we we need robust connectivity right which is essential. This is provided by API first design philosophy which treats every business capability as a discoverable consumable service. Again if you think of insurance industry where claims related capabilities are there or policy related capabilities are there.

[00:18:04]

how these capabilities are discoverable through APIs, right? They are exposed through APIs and API is a is a mechanism. They actually can connect with each other and talk to each other, right? Um uh organizations require a strong API strategy to enable seamless or integration across different business units. Composible architecture thrives on realtime responsiveness. This is another important aspect and this is enabled by adopting event-driven architecture or EDA. It allows systems to detect, process and react to realtime events as they occur. It ensures that the moment an event happens such as an inventory change or a customer purchase, information is instantly sent to all necessary systems and applications. Right? A significant challenge in moving from monolith systems which enforce immediate data consistency to a loosely coupled event-driven environment is maintenance integrity is maintaining sorry integrity in composible architectures. Immediate consistency is often replaced by eventual consistency meaning data integrity is achieved over time not necessarily instantaneously.

[00:19:27]

Now to achieve this there are wellestablished architecture patterns um such as event sourcing or command query response uh responsibility segregation or secure arrays none of which we are going to go in details uh that uh that's not the aim of this discussion um uh and there is enough uh research topic information available on the internet as well if someone is interested to go through those in more details but the these are these are these can be considered uh to support composible Okay. Now with all said and done, right, um everything that is beneficial uh on paper at least on uh when it comes to composible architecture, composible business paradigm, etc. At the end of the day, the argument for composible architecture, it must translate technical elegance. It must be grounded in a robust business case that quantifies improvements in speed, revenue, cost efficiency, and risk mitigation. And the data already substantiates this value proposition. Nine out of 10 organizations that have implemented composible technology, they report that it has met or even exceeded their ROI expectations. The single most compelling metric for seuite is what? It's it's sweet it's speed. Um so enterprises leveraging a composible architecture can accelerate the time to market for new products and services by substantial 30% to 50% through modular business capabilities.

[00:21:06]

Furthermore um real world case studies show development times shrinking by up to 80% and publishing times being reduced by up to 90%. Now this gain is speed is what directly enables true innovation. Composible architectures support rapid prototyping by simplifying the integration of new technologies and allowing quick testing and iteration without necessiting massive operative investment. This acceleration of uh innovation cycle cycle time is is ultimate metric for competitive The shift away from monolith provides significant financial upside through cost mitigation by decoupling legacy systems and adopting API first microservices based architectures. Organizations typically report co IT cost savings in the range of 15 to 25%.

[00:22:07]

These savings are realized by reducing reliance on external contracts or through strategic decommissioning of legacy systems which directly reduce accumulated technical data. ROI must also be multi-dimensional balancing financial gains with metrics across efficiency, agility, innovation, etc. Right? So consider the revenue side. the the architectural support for hyperpersonalization translates directly into revenue growth through let's say improved customer experience with documented conversion rate lifts to 0.5% in some instances um driving millions in value in fact comprehensive economic analysis proves that organizations can achieve an ROI of up to 295% over a three-year period by adopting composible architecture By the way, most of the the quantifiable benefits that I'm talking about here, I also mentioned the sources which I looked into uh just for your reference.

[00:23:11]

Now, beyond the numbers, the strategic value extends to your to a people. Replacing old monolith platforms with composible parts is a strategic asset for talent retention and collaboration. Developers actively prefer modern modular environments over maintaining complex monolith code bases improving job satisfaction reducing dependency on tribal knowledge. Ultimately the results are pretty much clear. Organizations with high composibility report superior comparative business performance against their competitors. This architectural choice is a investment in organizational longitivity and continuous continuous competitive uh uh comp competitive The primary objection to any major architecture transformation is the perceived risk and expense of changing system uh existing systems that are currently operational. I think we are all have experienced this this this before. We must stress that a higher risk full replacement strategy is something we should avoid.

[00:24:24]

So the industry prefer preferred pro and proven strategy for migrating away from legacy monolith architectures without requiring a high-risisk cut is what is called as strangler strangler fick pattern. This methodology what does it you cover? It it typically involves gradually building new modular services around the age of old systems um legacy systems. New features are built as independent microservices and and capabilities um that intercept traffic and functionality more and more progressively strangling the monolith until it can be safely >> [snorts] >> This uh of course you can imagine that this is a multi-ter approach uh in most of the cases and and the risk typically most of the organizations run into ability to justify investment in those these kind of approaches.

[00:25:27]

This pragma but it's a pragmatic approach um and this pragmatic approach focuses on sequence visible wins and for it typically follows three phases. You transform that is target a function uh you you first target a capability or function with high business impact but low technical risk and create a new service on it testing it alongside the legacy system. Right. Then you coexist allow the monolith application and the new capability microservices to run side by side. This phase coexistence ensures a smooth transition and validates new components or and uptake of new components and then finally eliminate. So safely decommission the old system when all once all critical functionality and um traffic have been fully re rerouted to new capabilities [snorts] before technical execution begins.

[00:26:24]

Strategic groundwork is also essential. So um people like enterprise architects they must break down existing business capabilities into smaller elements to identify varying rates of change and need for agility typically using up things like business capability maps and various stream mapping etc. Okay. Uh let's talk a bit on governance of governing the ecosystem as well. Um so composible business architecture demands a corresponding composible organization and a modern governance framework to ensure stability, security and scalability. This is where the people and process meet technology. The organizational structure must transition from rigid hierarch hierarchies to fluid team based models requiring the def def the definitive dissolution of traditional IT and business silos. And that's why uh this is a business paradigm. It's not about composible um architecture from a technology perspective. This is a composible architecture for the entire enterprise. The the new operative model centers around two critical structures. One is first is product teams and when I say product teams I would call those as API first product teams. Now these teams um they function as product owners for their specific package business capabilities. They define clear capabilities, contracts and interaction models making their services easily discoverable and consumable across the enterprise and that helps to foster deep specialization and speed. Right? Then there are platform teams. Now these are the enabler teams. Instead of expecting every feature developer to master complex let's let's say cloud infrastructure these teams the platform teams they act as kind of internal product teams they build and maintain a a curated internal develop developer platform uh that abstracts the infrastructure complexity providing developers and engineers with self-service tooling and standardized preconfigured environments. [snorts] Um so uh this function serves to enforce API consistency, security um requirements and deployment standards by default. Right now seuite plays a crucial role in establishing this these clear high level policies for governance, security and compliance. Now this uh this oversight is necessary because it ensures that adaptive governance effectively balances decentralized autonomy with mandated corporate consistency.

[00:29:11]

In particular, uh the CIO's role um is is more important. It um it needs to evolve dramatically from just managing backlog to becoming a primary enabler providing strategic vision, the technology platform and the governance framework that allows business innovation to flourish. [snorts] Composible architecture relies on integrating multiple components from different sources which inevitably increases the security attack surface and complexity. Now to mitigate this a comprehensive security strategy is also equally important including end end to end encryption robust access controls and so on and so forth. Um the other thing to consider is um um uh specifically around managing vendor risks because when in a composible architecture when we talk about multiple capabilities which could be sourced from different vendors the overall vendor landscape uh may increase. Um and what mean what that means that we have to effectively manage the risks from these vendors. Um so maintaining accurate vendor inventory um having periodic assessments identify which are the um high-risk vendors etc that is really important having a strong vendor management operational process [snorts] and so ultimately the composible architecture serves a vital cultural objective fostering a culture of experimentation. Successful compos composibility requires leadership to encourage crossunctional collaboration as and establish a fail fast mindset and allow teams to test new ideas quickly and effectively. Right? So again the CIO's evolution in this structure highlights that technology is no longer separate from business process. It is the fundamental structure enabling the business to adopt and exploit the new market trends.

[00:31:13]

Okay. So to conclude um in summary, the transition to a composible business model underpinned by a modern IT architecture is no longer a technological luxury. It's it's a necessity for competitive survival in the new digital age. This evidence the evidence is compelling and organizations with high composibility report superior competitive business performance against their peers. And we had talked about some of those benefit The the road map towards composibility is of manage incremental change. The senior stakeholders need to adopt a strategy of valu-driven transformation using the proven lowrisk um patterns like strangler fix pattern. Our focus must also be on building robust foundations like API first foundations and institutionalizing adaptive governance. Right? But ultimately by viewing the composible architecture as the core strategy, we must en we ensure that our organizational structure, the talent management, the governance frameworks are perfectly aligned to exploit the speed and resilience that moderility provides.

[00:32:32]

Okay. So we covered a lot of ground today. Moving from strategic reliability of monolith monolith status quo to the architectural blueprints of the composible future. The challenges are real legacy dependence data consistency and the sheer inertia of organizational structure. But the rewards are overwhelming and quantifiable. The monolith era is is let's say it's over. Agility is the new currency and composible architecture is the engine that generates it. The choice before all of us is is is really simple. Should we continue to manage complexity or should we architect for speed? Finally, I want to leave you with one single powerful message. Your architecture is no longer just a tool for the business. It is a core strategy for your competitive adaptation. Thank you for listening to this podcast.

[00:33:32]

Hope you all found it useful. If you want to discuss this topic further, please feel free to reach out to me on LinkedIn. Thank you.