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High-Impact IT Strategies in Finance: How Banks Can Thrive in the Software Era

Auteur n°4 – Mariami

By Mariami Minadze
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Summary – DACH banks suffer from siloed IT systems and legacy processes that hamper innovation against agile neobanks. To turn your banking service into a technology platform, combine an API-first approach and fintech ecosystem, hybrid cloud modular infrastructure, agile culture with collaborative methodologies, then leverage AI and automation to personalize offerings and speed up operations.
Solution: conduct an IT audit to define a roadmap prioritizing openness, modularity, agility, and AI, and target quick wins before enterprise-wide modernization.

The digital transformation is upending traditional banks today, particularly in the DACH region (Germany, Austria, Switzerland), which are confronted with the rise of agile neobanks and automated investment platforms. Fragmented IT systems and legacy processes too often hamper their ability to innovate and provide a seamless customer experience.

Yet, Swiss institutions are demonstrating that a platform-oriented IT strategy, together with an agile culture, AI and automation, can transform a banking service into a true technology enterprise. Rather than viewing IT as a mere cost center, banks should elevate it into a lever for growth and innovation. This article presents four key pillars to succeed in this transition and thrive in the software era.

Adopt an open and interconnected platform

An open banking platform makes it easier to integrate partners and launch new services. It places interoperability and innovation at the heart of your IT ecosystem.

API Management and Open Banking

APIs play a central role in opening up financial services. By exposing standardized interfaces, a bank can bring together fintechs, insurers, and payment providers to enrich its customer offering. This interconnectivity creates a network of value-added services without burdening the core of your legacy system.

Implementing a robust, secure, and governed API layer ensures controlled access to data and transactions. It meets regulatory requirements while fostering the agility needed for rapid partnerships. The API-first approach reinforces this strategy by placing interfaces at the core of design.

A mid-sized Swiss bank deployed an API catalog for its payment and credit services. This example shows that centralized governance, combined with a monitoring platform, reduced the time to implement third-party integrations by 40%, while ensuring traceability and compliance.

Fintech Partner Ecosystem

Beyond APIs, building a fintech partner ecosystem enables you to offer differentiated services without developing every component in-house. The marketplace model, or “third-party banking,” increases offering flexibility and lowers entry costs.

This strategy requires a modular platform capable of dynamically composing services from different providers. It implies an IT architecture designed to load, configure, and run external microservices securely.

A Swiss cantonal bank has been working for two years with several fintech startups on a loans and insurance marketplace. The example demonstrates that a common data repository and a sandbox platform accelerate innovation cycles, tripling the rate of new services in production.

Modular Infrastructure and Hybrid Cloud

Designing your infrastructure as independent modules—microservices, containers, and serverless functions—allows you to scale each component according to actual load. This optimizes costs and performance while ensuring increased resilience.

Using a hybrid cloud, combining local data centers and hyperscaler providers, offers the necessary flexibility without sacrificing data sovereignty. A phased rollout, orchestrated via CI/CD pipelines, ensures continuous quality control.

A Swiss financial institution segmented its core banking foundation into decoupled microservices. This example shows that, thanks to this modularity, it was able to migrate 60% of its workloads to a public cloud while keeping latency under 100 ms for 95% of transactions.

Foster an Agile and Collaborative Culture

An agile culture brings IT and business units closer together, reduces time-to-market, and increases internal satisfaction. Team autonomy sparks creativity and responsiveness.

Cross-Functional Agile Methods

Adopting agile frameworks—Scrum, Kanban, or SAFe—brings together cross-functional teams around short sprints and clear objectives. This approach shortens development cycles and encourages early business feedback.

Within IT departments, establishing autonomous squads facilitates ownership of business challenges. Each team is responsible for the full service lifecycle, from design to operation, which improves quality and empowers each contributor.

A Swiss private bank formed three squads dedicated to digitizing customer portals. The example shows that in less than six months, the delivery time for a new feature dropped from eight weeks to two, while maintaining 100% regulatory compliance.

Co-Creation and Design Thinking

Involving end users and business stakeholders from the start optimizes the relevance of developed features. Design thinking workshops foster creativity and align IT with operational priorities.

Defining customer journeys, building prototypes, and iterative testing phases ensure the final product aligns with real needs. This approach reduces rework and non-value-added development.

In a mobile payment solutions project, a Swiss bank held ten collaborative workshops with advisors and pilot customers. The example demonstrates that user feedback during the prototype phase reduced post-launch adjustments by 30%.

Empowering Teams and Continuous Learning

Skill development is crucial to support digital transformation. Promoting continuous learning—internal training, hackathons, certifications—boosts employee engagement and ensures the adoption of new practices.

Establishing internal communities of practice allows experts to share experiences and best practices, particularly on architecture, security, and UX. These regular exchanges strengthen cohesion and spread the agile culture throughout the organization.

A Swiss financial institution launched an internal certification program for DevOps and Cloud. The example shows that 80% of participants then applied these skills to real projects, helping reduce production incidents by 45%.

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Leverage AI and Advanced Analytics

AI and advanced analytics enable predictive and contextual financial services. Personalization enhances customer satisfaction and value creation.

Real-Time Customer Profiling

By analyzing navigation, transaction, and interaction data in real time, it becomes possible to instantly tailor offerings to each profile. Contextual recommendations—products, services, or alerts—increase engagement rates.

Implementing a centralized data lake and stream processing pipelines ensures a unified customer view. Real-time scoring algorithms feed your CRM and digital channels, ensuring a coherent omnichannel experience.

A Swiss wealth management firm implemented a streaming profiling engine for its online clients. This example shows that the open rate for service suggestions jumped by 25%, while churn decreased by 15% over six months.

Predictive Scoring and Risk Prevention

Machine learning models applied to credit history and transactional behavior improve the accuracy of lending decisions. Predictive scoring anticipates default risks and optimizes client portfolio management.

The integration of external data—social media, economic indicators, payment data—increases model granularity. Robust governance ensures transparency and compliance with GDPR and MiFID standards.

A Swiss cantonal bank deployed a predictive scoring tool for its SME loans. The example demonstrates a 20% reduction in credit losses and a 30% increase in approved applications while maintaining controlled risk.

Automate Customer Journeys and Human Interaction

Targeted automation reduces repetitive tasks and speeds up business processes. It frees up time for high-value interactions.

Request Processing Automation

Automating KYC processes, credit applications, or complex transfers involves orchestrated workflows and rule engines. Task standardization reduces errors and accelerates the validation cycle.

Combining OCR, RPA, and secure APIs ensures automated processing of documents and account statements while maintaining traceability and auditability at every step.

A Swiss bank implemented an automated process for credit card applications. This example shows that response time dropped from five business days to two hours, with customer satisfaction increasing by 35%.

Robotic Process Automation for Back Office

Deploying software robots for repetitive tasks—transaction reconciliation, regulatory report generation, data updates—increases reliability and reduces operational costs.

Centralized robot orchestration, coupled with continuous monitoring, allows for quick script adjustments and ensures minimal maintenance.

A Swiss wealth management firm automated its monthly portfolio consolidation. This example proves that it cut human time spent on this task by four and generated annual savings of 200,000 CHF.

Omnichannel Orchestration

Orchestrating interactions between chatbots, advisors, and self-service portals ensures the right channel is offered at the right time. Hybrid scenarios, combining automation and escalation to humans, are essential to maintain relationship quality.

A centralized messaging platform connects all digital touchpoints. Automated scripts pre-qualify requests and route complex cases to experts, ensuring seamless follow-up.

A regional Swiss bank implemented this omnichannel orchestration. This example demonstrates that the volume of conversations handled without human intervention reached 60%, while increasing the Net Promoter Score by 12 points over one year.

Turn IT into a Growth Lever

Adopting an open platform, instilling an agile culture, leveraging AI, and automating judiciously are the four pillars of a successful IT transformation in the financial sector. These levers, demonstrated by concrete Swiss cases, show that it is possible to reconcile innovation, operational performance, and service quality.

Institutions that invest in these strategic pillars won’t just survive disruption—they will redefine banking experience standards. Our Edana experts are at your disposal to analyze your specific challenges and guide you into this new technological era.

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By Mariami

Project Manager

PUBLISHED BY

Mariami Minadze

Mariami is an expert in digital strategy and project management. She audits the digital ecosystems of companies and organizations of all sizes and in all sectors, and orchestrates strategies and plans that generate value for our customers. Highlighting and piloting solutions tailored to your objectives for measurable results and maximum ROI is her specialty.

FAQ

Questions about IT transformation in finance

How do you define a modular IT architecture for a bank?

A modular IT architecture relies on decomposing the system into microservices, containers, and serverless functions. Each component should be independent so it can evolve and be deployed separately through CI/CD pipelines. Leveraging a hybrid cloud, which combines on-premises datacenters and hyperscalers, guarantees resilience and data sovereignty. This approach enables precise adjustments of resources and performance according to load, while easing maintenance and continuous updates of banking services.

What are the risks of integrating external APIs in Open Banking?

Integrating external APIs introduces security, regulatory compliance (GDPR, PSD2), and data governance challenges. Without a well-secured and monitored API layer, the risk of data leaks or unauthorized access increases. It's necessary to establish access control mechanisms, encryption, continuous monitoring, and anomaly alerts. Centralized governance, including interface cataloging and traceability, ensures the integrity and quality of exchanges.

How do you measure the impact of an agile culture on banking IT performance?

To assess an agile culture, you track indicators such as deployment frequency, feature lead time, bug rate in production, and stakeholder satisfaction (internal NPS). Analyzing feedback cycles, incident resolution speed, and team engagement during retrospectives provides a concrete view of gains. These KPIs help adjust methods (Scrum, Kanban, SAFe) and continuously improve collaboration between IT and business units.

What is the scope of a hybrid cloud infrastructure in a financial institution?

A hybrid cloud infrastructure combines a core core-banking system in a private datacenter to meet sovereignty and security requirements, and a public cloud for development and testing environments and variable workloads (data analytics, non-critical services). The choice of workloads to externalize should be guided by latency, compliance, and cost requirements. CI/CD pipelines ensure seamless deployments, while maintaining unified monitoring and robust backup policies.

How do you avoid pitfalls when setting up a fintech ecosystem?

To succeed in building a fintech ecosystem, it's crucial to standardize data formats and establish a common repository. Deploying a federated sandbox allows testing third-party microservice integrations without impacting production. Access governance, service level agreements, and regular audits ensure security. Combining co-creation workshops and design thinking helps align external solutions with real business needs.

What indicators should be used to evaluate an RPA automation project in back-office?

The effectiveness of an RPA project is measured by the rate of tasks automated, time savings (in man-hours), error reduction, and operational return on investment (ROI). Tracking transaction volume processed, robot stability (MTBF), and maintenance costs are also key. Real-time dashboards enable quick script adjustments and expansion of automation to new processes based on business feedback.

How can you ensure data sovereignty while leveraging the public cloud?

Data sovereignty is achieved through encryption at rest and in transit, selecting compliant geographic regions, and cloud contracts specifying provider obligations. A hybrid cloud lets you keep sensitive data in a private datacenter while offloading less constrained services to hyperscalers. Implementing role-based access controls and regular audits ensures traceability and regulatory compliance.

What prerequisites are needed to deploy a predictive scoring engine in production?

To deploy a predictive scoring engine to production, you need a centralized data lake fed with transactional and external data, an MLOps architecture to manage model lifecycles, and batch and streaming data pipelines. Data quality and governance are essential: cleansing, anonymization, and traceability. Finally, a performance and drift monitoring framework ensures the scoring's reliability and compliance.

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