
What the SR 2026 Delay Actually Means for Your ISO 20022 Roadmap
Swift’s SR 2026 delay changes the ISO 20022 roadmap. Learn what banks need to do now on structured addresses, compliance, data quality and migration.
Data driven decision making (DDDM) provides a significant competitive advantage for enterprises by allowing organizations to make informed decisions based on data rather than intuition or gut feeling.
In the digital age, businesses are building significant amount of data, making it challenging for decision-makers to make informed choices. The rise of big data, cloud computing and advanced analytics has made it possible to leverage data in new and meaningful ways. According to a survey by NewVantage Partners, 92.2% of executives reported that their organizations have increased their investments in big data and AI over the past year. (2021)
A study by Dresner Advisory Services found that 49% of organizations are currently using data and analytics to make decisions, up from 32% in 2016. (2020).
A study by PwC found that 90% of companies that use customer data analytics, report an improvement in customer satisfaction. (2019)
Also read: Empowering Data Quality Excellence through SSOT Implementation
The challenges faced by organisations in transforming themselves into data driven organisation are typically –
Data-driven decision making can provide significant benefits for enterprises, including improved accuracy, increased efficiency, better customer satisfaction, and increased competitiveness. By assessing data needs, developing data infrastructure, fostering a data-driven culture, and continuously monitoring and improving the process, enterprises can successfully adopt data driven decision making and reap the benefits.

Swift’s SR 2026 delay changes the ISO 20022 roadmap. Learn what banks need to do now on structured addresses, compliance, data quality and migration.

Code generation got fast. Getting an autonomous workflow into a bank’s production control environment did not. In Banking & Financial Services (BFS), the blocker is rarely the model; it’s trust. A risk officer will not sign off on a system that cannot say why it flagged something, that does its arithmetic inside a language model, or that leaves no audit trail an examiner can open. That is exactly the gap most agentic pilots die in.
Over the last two quarters, we built a portfolio of ten BFS agentic offerings on Alti AIOS™, Altimetrik’s AI Operating System, and deployed them on two stacks: Google Cloud with Gemini and AWS with OpenAI. This piece is the architecture and design principle behind them.

Most organizations can tell you what CVEs they found last quarter. Few can tell you which packages will become a problem next month or which AI skills are running in production without a certified identity. This piece is about closing that gap.
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