In early-stage companies, time often becomes the most constrained resource. Founders and engineering teams must move quickly to build products, reach customers, and refine their offerings. Yet a significant portion of that time can be spent on infrastructure tasks that sit behind the scenes. According to a report, application development accounted for just 16% of developers’ time, meaning the majority of their work was spent on operational and supporting tasks rather than writing code. Against that backdrop, database management has become one of the areas where engineering hours quietly accumulate.

Jacob Blankenship, founder of RogueDB, believes this is where many startups lose momentum. “When teams look back at how their engineers spend time, database management can take a surprising share of it,” he explains. “Our focus has been simple. If we can give those hours back, engineers can spend them building their products instead of maintaining infrastructure.”

RogueDB is a fully managed database platform designed to handle the core responsibilities traditionally associated with data infrastructure. The system manages performance, scaling, and security within the platform itself, while allowing developers to interact with the database through a simplified API. According to Blankenship, the goal is to reduce the operational overhead that many development teams encounter as their applications grow.

The challenge, he explains, often begins with the way databases are typically deployed. Many teams either configure and maintain their own database infrastructure or adopt a managed platform that still requires ongoing tuning and configuration. Both paths can place a significant workload on engineering teams.

Blankenship notes that even experienced engineers may spend weeks or months configuring infrastructure and troubleshooting performance. “Setting up a database environment can take a considerable amount of time,” he says. “And even after the initial set-up, there are still ongoing responsibilities for maintaining the performance, security, and preparing the system for scale.”

RogueDB attempts to simplify that process by removing several traditional steps. According to Blankenship, the platform operates through a purely API-driven architecture rather than relying on conventional SQL-based interaction. From his perspective, this approach reflects a shift in how modern applications integrate data systems.

“There has been an assumption for decades that a serious database requires SQL and extensive configuration,” he says. “We designed RogueDB to show that a database can be integrated directly through an API with zero configuration and still deliver strong performance and security.”

According to Blankenship, that design in practice means developers interact with the database through programmatic calls rather than managing configuration layers themselves. He explains that the platform is structured so that security and performance are embedded into the core design. “Our philosophy is there should only be one way to use the system: the secure way,” he says.

The platform’s development has also been shaped heavily by user feedback. During the first quarter of 2026, the company focused primarily on stabilizing the product and addressing issues reported by early adopters. Blankenship says those improvements were implemented quickly, within days rather than weeks or months.

“When customers identified problems or asked for adjustments, we prioritized rapid fixes,” he says. That feedback-driven approach has influenced the product roadmap as well. The company is expanding the platform’s capabilities throughout 2026, including additional support for transactional workloads and analytical data processing. According to Blankenship, these features reflect common requests from organizations evaluating the platform.

“Our roadmap is shaped by the conversations we have with users,” he says. “When teams tell us what capabilities they need to move forward, those insights help determine what we build next.”

The company’s current audience consists primarily of startups, IT firms, and small to medium-sized businesses that prioritize speed and flexibility. These organizations often operate with small engineering teams where each hour of development time carries significant value.

Blankenship notes that database management can represent several hours of weekly work for each engineer. “Even conservative estimates suggest engineers can spend multiple hours a week managing database infrastructure,” he says. “If a platform can reduce that significantly, the benefit compounds quickly across a team.”

By reclaiming that time, he argues, teams can focus on the activities that define their growth. “The real goal is not just a faster database,” Blankenship says. “It is giving engineers the ability to concentrate on building products and launching features instead of maintaining the plumbing behind them.”

As RogueDB continues to expand its capabilities and pursue additional compliance certifications, the company’s long-term vision remains centered on that same principle. In Blankenship’s view, reducing infrastructure complexity ultimately enables smaller teams to compete more effectively.

“When you give people back their time, they can move faster and build better products,” he says. “For startups and growing businesses, that difference can shape everything from product development to how quickly they reach the market.“

TL;DR

Polish PM Donald Tusk announced a “sovereignty test” for significant government technology purchases and annual IT independence reports, warning that Poland’s dependency on foreign digital infrastructure demands urgent policy action.

Polish Prime Minister Donald Tusk has announced that Poland will introduce a “sovereignty test” for significant government purchases of technology solutions, warning that the country’s dependency on foreign digital infrastructure has reached a scale that demands a policy response. Speaking at the European Financial Congress in Sopot on Tuesday, Tusk said Poland will also publish annual reports documenting its progress toward IT independence, creating a public accountability mechanism for a priority he described as existential.

“At this point, the scale of this dependency, and I’m referring here to the relationship between the state and the digital sphere, has reached such proportions that it must prompt serious economic, institutional, and organisational decisions,” Tusk said. The statement places Poland among a growing number of EU member states that are translating tech sovereignty rhetoric into concrete procurement policy.

What the sovereignty test means

The details of the test have not been fully disclosed, but the framing suggests Poland will evaluate whether major government technology contracts create strategic dependencies on foreign providers, particularly in AI infrastructure, cloud computing, and telecommunications. Europe’s approach to technology governance has historically focused on regulation rather than procurement, but the AI era is forcing governments to consider who owns the infrastructure their citizens and institutions rely on, not just how it is regulated.

Poland has already taken steps in this direction. Earlier this year, the government banned Chinese-made cars from entering military facilities, citing infrastructure security concerns. The country is also increasing the share of domestic companies in public procurements, a policy that parallels similar moves across the EU as member states grapple with dependency on American cloud providers and Chinese hardware.

The European context

Tusk’s announcement arrives as EU nations struggle to balance trade relationships with technology security. Germany and Spain are leading opposition to European Commission plans to ban Chinese technology suppliers from telecom networks as part of new cybersecurity rules. The intersection of trade policy and technology security is creating fractures within the EU, with larger economies that have deep commercial ties to China resisting restrictions that smaller or more security-focused members support.

The EU’s own AI infrastructure plans are stumbling, with the €20 billion gigafactory programme facing delays and funding gaps. That vacuum makes national-level action like Poland’s sovereignty test more likely: if the EU cannot deliver a coordinated infrastructure strategy, individual member states will build their own frameworks for managing technology dependency.

The AI dimension adds urgency that previous technology sovereignty debates lacked. Europe’s inability to access Anthropic’s Mythos cybersecurity model until this week demonstrated that regulatory power alone does not guarantee access to the most consequential AI capabilities. A government that depends on foreign AI systems for critical functions, from defence analysis to healthcare delivery, faces risks that procurement rules alone may not address. European efforts to build sovereign AI alternatives, such as BNP Paribas and Mistral’s cyber-focused model, are gaining political support precisely because of these dependency concerns.

Poland holds the rotating presidency of the Council of the EU in the first half of 2025 and has used the position to push digital sovereignty higher on the bloc’s agenda. Tusk’s Sopot speech signals that Poland intends to lead by example, implementing domestic procurement reforms while advocating for EU-wide standards. Whether other member states follow will depend on whether they view technology sovereignty as a security imperative or a barrier to accessing the best available tools, a tension the EU has not resolved.