Two-Speed IT Architecture-The Stepping Stone Of Digital Business Models

Table of Contents

How can the Two-Speed IT Architecture be implemented to transform the Digital Business Models?

What is the Two-Speed IT-Architecture?


    • The Two-Step architecture is a digital business model that implies an agile customer-centric front end, running along a slow-speed, business-focused legacy back end.
    • E-commerce, social networks, and OTT platforms are setting up new benchmarks for efficiency, speed, user-friendliness that consumers are expecting in other sectors like banking, telecommunication, etc. Companies born in the digital age give consumers what they want, but many incumbent companies struggle to meet business needs.


Things to keep in mind while digitizing a company


    • Business Model: The digital business model lets us create digital services and products. Companies need to become skilled at digital-product innovation that meet growing business needs.
    • Dynamic Channeling: Customer-facing companies need to create a smooth inter-channel experience so that the customer can move effortlessly from one channel to another.
    • Automation: Focusing and improving on digitizing and automating business processes enables quicker response to the business needs and at the same time helps to cut down on unnecessary operating costs.
    • Analytics: Use of big data and advanced analytics to get better insights into the business and patterns. This data can be further used to improve business decision-making.



Therefore the two-speed IT architecture helps companies to improve their insights and decision-making capabilities at a fast pace and at the same time decouples the legacy system at a slower pace.


Building blocks of Digital Enterprise Architecture


    • Modular and Stable: This implies a fast-paced user-centric front end running alongside a slow-speed business-focused legacy back end. The user front should be dynamic and modular, allowing the rapid deployment of new services. In contrast, legacy backend should be designed for high-quality data management, cyber-security, and stability.
    • Decentralized: Microservices define only a small amount of functionality and must be deployable as quickly as possible. Cross-platform development must be promoted rather than using a single development framework.
    • Easy Process Configuration: The business user themselves should be able to change automated processes i.e. they should be able to eliminate unnecessary steps without the help of a developer.
    • Real-time Data Analytics: The ability to analyze data in real-time, can make analytics an integral part of operational processes. This analytics helps in studying and understanding business patterns and can be used for improving decision-making.
    • Zero Downtime: Long maintenance windows are no longer an option There should be fallback mechanisms for daily operations to provide a seamless experience to the user in case any system fails. Issues related to a single service should not affect other services.
    • Automated Scaling: Workload increases with time and becomes hard to predict in the digital business world. This load should be balanced across various cloud environments with efficient optimization, so if one of the environments has an outage the others can compensate for the load.
    • Cybersecurity: Cybersecurity must be an integral part of the overall service/product, as the company has valuable data to protect, making it prone to attackers. It is even important from the company’s business strategy view as these strategies can be exploited by hackers.



Challenges faced by Enterprise Architecture


    • Product line Management: Companies tend to keep their product line in silos. This hinders getting a comprehensive view of the customer.
    • Channel Management: Users face difficulty using multiple channels as most of these channels are managed and tracked independently. Therefore, it becomes difficult for a user to switch from one channel to another.
    • System Integration: Inefficient system integration and slow database access time can prevent the customer from enjoying a seamless user experience.
    • Analytics and Process Flow: Manual steps in these processes present major obstacles in both automation and analytics of the overall process.



Implementing Two Speed Architecture


Traditional companies don’t have the luxury of starting from scratch like these new digital companies. They have to build an architecture that is designed for the digital world but on a legacy foundation. It is important to realize that digital transformation is a continuous process of delivering new functionality rather than building business models sequentially over the long run.

Digital Transformation focuses on the following aspects


    • Heterogeneous architecture: Hybrid architecture that scales and makes the platform resilient while coexisting alongside other systems that are optimized for better user experience.
    • Agile delivery: Ditch the waterfall model. This requires proper segregation of platforms into domains managed for efficient delivery or for transactional integrity.
    • Integration and Transformation: In a digital enterprise integration between business and IT is a must. Transformation means building a new organization and governance model in parallel with new technology. This partnership has to be established during the transformation.
    • Parallel streams of implementation: The implementation plan runs in 3 parallel streams. The digital transformation stream builds new functionality, supported by the result of a short-term optimization stream. The third stream is the architecture stream to develop short-term measures and to create a sustainable IT infrastructure.



For most traditional user-facing companies, building a new digital IT architecture that runs alongside legacy systems makes it possible to compete with digital natives.

Related Posts