Sweden: An Information Technology Overview

The World is Changing: From Efficiency to Resilience

Sweden in 2026 is navigating a markedly more uncertain geopolitical and economic environment. Heightened tensions in Europe, a renewed focus on both military and civil defence, and increasing global fragmentation are reshaping priorities across the public and private sectors alike. At the same time, the Swedish economy is becoming more exposed to external volatility, including supply chain disruptions and shifting trade patterns.

A particularly notable development concerns Sweden’s relationship with the USA. While the transatlantic partnership remains fundamental, there is a growing awareness of strategic dependencies – particularly in the digital domain. Questions of control, resilience and technological autonomy are now firmly on the agenda for both businesses and public authorities.

Against this backdrop, IT and outsourcing agreements are undergoing a clear transformation. The traditional focus on cost efficiency and standardisation is giving way to an increased emphasis on control, accountability and resilience. Contracts are no longer merely instruments of commercial intent; they are increasingly deployed as tools to manage regulatory exposure, operational risk and geopolitical uncertainty.

NIS2: Contracts as instruments of resilience

The implementation of the NIS2 Directive is materially reshaping how security and resilience are addressed in IT agreements. Organisations within scope are increasingly using contracts as a primary mechanism to operationalise their regulatory obligations.

Security provisions are becoming more granular, prescriptive and verifiable. Broad references to “industry standards” are being replaced by detailed requirements linked to recognised control frameworks such as ISO/IEC 27001 and related standards. Customers are also demanding expanded audit rights, including access to certifications, independent assurance reports and, in some cases, underlying security documentation.

Supply chain security has emerged as a central contractual theme. Customers are no longer satisfied with assurances limited to the primary supplier, but are instead requiring visibility and control across the entire delivery chain. This is typically reflected in obligations on suppliers to ensure that subcontractors adhere to equivalent security standards, combined with rights for the customer to verify such compliance.

The broader implication is that contracts are being used to extend the customer’s security perimeter into the supplier’s organisation and throughout its supply chain – effectively transforming contractual structures into instruments of regulatory enforcement.

Digital sovereignty: The contractual engineering of control

Digital sovereignty has moved from policy discourse to practical implementation. Swedish organisations are reassessing their reliance on major US-based cloud providers such as Microsoft, AWS and Google, driven by geopolitical considerations, regulatory developments and concerns relating to extraterritorial legislation.

The market response is not disengagement, but recalibration. Rather than abandoning global providers, organisations are seeking to rebalance control through contractual mechanisms, complemented by an increased interest in European and domestic alternatives.

Data localisation and restrictions on international transfers have become focal points in negotiations. In parallel, there is a growing emphasis on exit, portability and reversibility. Customers are becoming more aware of switching rights under the Data Act, which is now directly influencing negotiation dynamics and contractual design.

Exit provisions are no longer treated as standard boilerplates. Instead, they are being developed into operationally meaningful mechanisms, often including predefined data formats, detailed transition assistance obligations and, in some cases, structured exit testing.

Digital sovereignty is thus not achieved through a single regulatory or technical measure, but through a layered set of contractual tools that collectively enhance control, reduce dependency and increase optionality.

Defence and civil preparedness: Contracts under stress

Sweden’s increased focus on military and civil defence is also reshaping expectations placed on technology suppliers. In defence procurement, IT agreements are increasingly structured as long-term, high-complexity arrangements involving mission-critical systems.

These contracts place a strong emphasis on resilience. Continuity provisions extend beyond traditional service levels to address crisis scenarios, including cyber incidents, infrastructure failures and degraded operating environments. Lifecycle support and long-term system reliability are also becoming central contractual considerations.

Liability regimes are evolving in parallel. While suppliers continue to resist broad exposure, customers – particularly in the public sector – are seeking targeted carve-outs and enhanced accountability for security breaches and failures affecting critical functions.

Similar dynamics can be observed in the context of civil preparedness. Public authorities are reassessing their supplier ecosystems to identify systemic dependencies and vulnerabilities, while private-sector actors are increasingly expected to contribute to broader societal resilience.

This has a direct contractual impact. Suppliers are required to demonstrate redundancy, robustness and the ability to operate under stressed conditions. Contracts are no longer assessed solely against commercial benchmarks, but also against their performance in disruption and crisis scenarios.

Artificial Intelligence: From legal risk to strategic enabler

Artificial intelligence (AI) represents both a source of legal complexity and a powerful driver of transformation. In contractual practice, a set of emerging market standards can now be identified. Notably, however, the AI Act has – at least to date – not generated the level of transactional activity initially anticipated.

A common feature in AI-related agreements is the inclusion of restrictions on the use of customer data, particularly in relation to model training and other forms of secondary exploitation. Contracts are also increasingly addressing transparency, governance and acceptable use.

Liability remains a central challenge. The inherent unpredictability of AI outputs complicates traditional risk allocation models, and the market is gradually converging on hybrid approaches. These typically combine liability caps with targeted indemnities and governance-based risk management mechanisms.

At the same time, AI is transforming legal practice itself. Lawyers are leveraging AI tools to automate routine tasks and enhance analytical capabilities, enabling a shift towards more strategic advisory work. Competitive advantage is increasingly defined by judgement, experience and risk calibration rather than leverage of junior resources.

Complex contracts and the rise of BOT sourcing

Complex IT and outsourcing agreements remain a defining feature of the Swedish market. Large-scale transformation initiatives – often subject to significant regulatory constraints – require sophisticated contractual frameworks combined with specialised regulatory expertise.

One notable trend is the increasing use of Build-Operate-Transfer (BOT) models. These structures enable customers to leverage supplier capabilities during a development and operational phase, while retaining the option of long-term control.

However, BOT arrangements introduce significant contractual complexity. They require careful structuring of governance, intellectual property rights, transition mechanisms and risk allocation across multiple phases.

More broadly, BOT models reflect a shift towards dynamic sourcing strategies, where contracts are designed to manage transformation over time rather than static service delivery.

Conclusion

The Swedish IT and outsourcing landscape in 2026 is characterised by a clear shift towards resilience, control and strategic autonomy. Regulatory developments, geopolitical dynamics and rapid technological change are all contributing to increased complexity.

In this environment, contracts have evolved into a form of strategic infrastructure. They are used to extend regulatory compliance into supply chains, manage geopolitical risk, ensure operational resilience and enable the controlled adoption of new technologies.

For lawyers, this requires a broader and more integrated perspective. Technical legal expertise remains essential, but must be combined with a deep understanding of business drivers, regulatory frameworks and geopolitical context.

In an increasingly uncertain world, the role of the lawyer is not only to allocate risk – but to help clients design systems capable of withstanding it.