illustration: GeminiData is still being collected, analytical teams are working intensely, and yet decisions are made too slowly. The problem lies neither in the people nor in ambition, but in an architecture that cannot keep up with the pace of modern data.
Five warning signs that infrastructure is blocking growth
- The first symptom is simple but critical. Queries take several or dozens of seconds. In practice, this means that analytics ceases to be interactive.
- The second signal is reports generated overnight. In the world of dynamic business decisions, yesterday`s data loses its relevance.
- The third symptom is a queue for the BI team. If data must be ordered instead of being at one`s fingertips, the organization is creating its own bottleneck.
- The fourth signal appears with the growth of volumes. Every new data source increases costs and system complexity.
- The fifth and often overlooked symptom is a decline in trust in data. Different reports show different numbers, and decisions begin to rely on intuition.
Batch vs. real-time: a change that redefines decisions
The batch model is based on processing data in groups. It is stable and predictable, but inherently delayed. Real-time ingestion means a continuous flow and analysis of data. Clicks, logs, and system events are available almost immediately.
Modern analytical engines enable responses in times measured in seconds or less. The difference is not just about technology; it is a change in how a company operates. In the batch model, we analyze history. In the real-time model, we react to what is happening now.
Optimize or migrate: a strategic decision
Not every organization needs to change its entire stack immediately. Optimizing an existing warehouse often yields short-term results. The problem arises when the limitations are structural. When data flows continuously and the architecture was designed for static reporting, every subsequent optimization is only a temporary fix. This is the moment when technology stops supporting the business and starts limiting it.
Modern analytical stack: architecture without limits
The contemporary approach is based on the separation of functions and the specialization of tools. Data streaming is handled by queuing systems. Then, the data goes to OLAP engines optimized for fast aggregations and analyses.
Solutions such as Apache Druid allow for queries in under a second even with billions of records. At the end is the BI layer, which is no longer a bottleneck but an interface to a fast system.
Voice from the market: when a warehouse is no longer enough
In many projects we analyze, the problem is not a lack of data, but that access to it is too slow. Companies are still trying to scale classic approaches, while reality already operates on event streams. Therefore, we increasingly implement solutions based on engines like Apache Druid, which combine the features of warehouses, time-series databases, and analytical systems in a single environment, allowing questions to be answered in real time.
This approach finds particular application in e-commerce and marketing, where decisions must be made immediately, rather than after overnight processing has finished.
Practice: where the new architecture provides an advantage
In network monitoring, fast analysis allows for the detection of anomalies before they turn into incidents. In sales funnel analysis, it enables responding to user behavior during their session. In advertising systems, decisions are made in milliseconds; delay means a loss of revenue. It is no coincidence that modern analytical platforms integrate multiple data sources and enable the ongoing monitoring of KPIs in a single environment.
Conclusions for CTO and head of data
Technical debt in analytics does not appear suddenly. It builds up until it begins to limit the pace of the organization. The key question is not whether to modernize the stack, but when. If the time it takes to access data affects business decisions, the data infrastructure ceases to be the back office—it becomes a critical element of strategy. In a world where data flows uninterrupted, the advantage goes to those who can understand it here and now.
source: biuroprasowe.pl
COMMERCIAL BREAK
New articles in section Marketing and PR
Rules of SEO in the AI era. The end of FAQ rich results and spam
Sandra Kluza, Harbingers
Google is increasingly distancing itself from AI hacks and reminding us that quality content, technical site availability, and user utility remain the foundation of visibility. AI Search does not replace SEO.
Artificial intelligence in shopping. E-commerce 2026 report
Piotr Michalak, Altavia Kamikaze + K2
Already nearly 40% of Polish consumers use artificial intelligence on their shopping journey, although they often do so unconsciously. According to a report by the Altavia Kamikaze + K2 agency, the current year marks the final transition from traditional searching to recommendations based on AI.
AI marketing versus AI-powered marketing
Karolina Łukasiewicz
How to distinguish a buzzword from artificial intelligence that actually increases business efficiency? Is every marketing strategy using algorithms truly driven by AI? No, because in many cases, AI marketing is merely the automation of specific, previously known processes.
See articles on a similar topic:
7 facts about media relations. How to work with journalists
Bartłomiej Dwornik
In media relations, every mistake costs you attention. Every cliché wastes inbox space. Even a good and interesting topic might not be enough to break through. The way you present it also matters. Maybe even more than the content itself.
Large Online Ads vs. AdBlock. Poland Leads in Both Metrics
BARD
Large-format online ads make up 14% of Poland's online market, according to analyses by Gemius. This is the highest percentage among all surveyed markets. Paired with data on the rising popularity of ad-blocking - done by one-third of Polish internet users - it raises questions about the future of these ads.
Outdoor advertising in Poland. OOH market by the numbers
KFi
In 2024, the outdoor advertising market in Poland reached a record PLN 806 million, with its digital segment growing by 32%. Notably, growth was faster outside the largest cities. Advertising on buses and trams also proved more effective than many online campaigns.
Browser Fingerprinting. Marketing Uses Digital Traces
BARD
A fingerprint created for each browser can identify not only a device but also a specific user. The data collected this way is mainly used for marketing purposes, which can result in cases where, for instance, a Mac user pays up to 30% more for the same product than a PC user.





























