Search interest in “European alternatives” has grown over 660% year-on-year. Most of that attention goes to collaboration tools, messaging platforms, and cloud storage. But the same sovereignty concerns apply to your network security infrastructure, and here the dependency runs deeper than most IT leaders realise.
Your SASE platform sits at the core of how users, devices, and applications connect. It decides who gets access to what. It sees every authentication request, every web destination, every file transfer. If that control plane operates under US jurisdiction, you face the same compliance gaps and data exposure risks that drove the shift away from American collaboration tools.
This guide examines why European organisations should evaluate their network security stack with the same sovereignty lens they apply to other IT infrastructure. It covers the regulatory drivers, the practical considerations for choosing a provider, and what to look for in a European SASE alternative.
Featured snippet: how to evaluate European SASE alternatives
- Confirm legal jurisdiction: provider headquarters, data processing locations, and which courts have authority over access requests.
- Verify NIS2 alignment: documented security controls, incident reporting capabilities, and supply chain transparency.
- Assess operational fit: single console management, MSP-friendly architecture, and integration with existing identity systems.
- Check OT/IoT coverage: solutions for agentless devices that cannot run endpoint software.
- Review pricing transparency: predictable costs without bandwidth-based surprises or hidden add-ons.
The sovereignty gap in network security
European enterprises have spent the past two years migrating sensitive workloads away from US hyperscalers and collaboration platforms. Denmark announced government systems would move from Microsoft to open-source solutions. The Netherlands is working toward 30% domestic or European cloud coverage for government ICT. France maintains strict “Cloud de Confiance” requirements for public sector procurement.
Network security vendors have mostly escaped this scrutiny. Yet they present the same jurisdictional risks.
The CLOUD Act allows US authorities to request data from American providers regardless of where that data is stored. FISA Section 702 permits collection of non-US citizen data for national security purposes without traditional warrants. When your SASE provider operates under these laws, every access log, every policy configuration, and every user identity could theoretically be subject to disclosure.
In summer 2025, executives from Microsoft, Google, Amazon, and Salesforce testified before the French Senate that they could not guarantee European citizen data would be protected from US government access if required by court order. The testimony applied to their “sovereign cloud” offerings as well as standard services.
The same logic applies to network security. If your zero trust access policies, web gateway logs, and SD-WAN configurations flow through a US-controlled platform, you inherit these jurisdictional exposures.
Why NIS2 makes SASE sovereignty a compliance question
NIS2 entered into force across EU member states in 2024 and 2025, with the Dutch implementation expected in Q2 2026. The directive substantially expands scope beyond the original NIS requirements, covering more sectors and more organisations.
Three NIS2 requirements make SASE vendor selection a compliance consideration:
- Supply chain security: NIS2 requires organisations to assess and manage cybersecurity risks in their supply chain, including ICT service providers. Using a network security vendor subject to foreign legal orders that conflict with EU law creates a documented supply chain risk.
- Incident reporting: Organisations must report significant incidents within 24 hours. If your SASE provider cannot share complete incident data due to jurisdictional restrictions, you may struggle to meet reporting obligations.
- Risk management measures: NIS2 specifies technical and organisational measures for managing cyber risk. Demonstrating compliance becomes simpler when your security infrastructure operates entirely within EU legal frameworks.
DORA adds similar considerations for financial services, with explicit requirements around ICT third-party risk management and concentration risk from over-reliance on specific providers.
What “European” actually means for SASE
Not every vendor marketing European data centres offers genuine sovereignty. After the French Senate hearings, the distinction between “EU-hosted” and “EU-controlled” became harder to ignore.
True European positioning for a SASE provider means:
Legal headquarters in the EU. The provider is incorporated in an EU member state and subject to EU law as primary jurisdiction. This matters because the CLOUD Act applies to US-headquartered companies regardless of where they locate data centres or establish subsidiaries.
Data processing within EU borders. User traffic, policy configurations, logs, and metadata should stay within the EU. This includes backup and disaster recovery systems.
No parent company exposure. Some nominally European providers are subsidiaries of US corporations. Corporate ownership structures can create indirect exposure to foreign legal orders.
Operational staff in the EU. Support, development, and security operations teams should be based in the EU and subject to EU employment law and data protection training.
Transparent ownership. You should be able to verify who controls the company and whether that control could shift through acquisition or investment.
The mid-market challenge with US SASE vendors
Beyond sovereignty, mid-market European organisations face practical barriers with the dominant US SASE vendors.
Complexity misaligned with resources.
Platforms like Zscaler, Palo Alto Prisma Access, and Cato Networks were designed for large enterprises with dedicated security teams. Mid-market organisations with 50-400 users rarely have the staff to manage lengthy implementation projects or maintain complex policy configurations.
Pricing opacity.
Bandwidth-based pricing, add-on modules, and tiered feature sets make it difficult to predict costs. MSPs report that unclear margin structures create friction in service packaging.
OT blind spots.
Manufacturing, logistics, and infrastructure organisations need to secure industrial equipment, sensors, and devices that cannot run endpoint agents. Most US SASE platforms focus on user endpoints and cloud applications, leaving OT environments as an afterthought.
Support timezone gaps.
When an incident occurs at 09:00 CET, waiting for US-based support to come online adds hours to response time.
These operational factors compound the jurisdictional concerns. You end up paying more for a solution that works less well for your environment and exposes you to foreign legal risk.
What to look for in a European SASE alternative
Evaluating European SASE providers requires balancing sovereignty considerations with technical capability. A provider that checks every sovereignty box but cannot deliver functional network security is not useful.
Core capability checklist
| Capability | Why it matters | What to verify |
|---|---|---|
| Zero Trust Network Access | Replaces VPN with identity-based, application-specific access | Granular policies per user and device, device posture checks, integration with identity providers |
| Secure Web Gateway | Protects users from web-based threats and enforces acceptable use | Category filtering, TLS inspection options, malware protection |
| Firewall-as-a-Service | Central policy enforcement without per-site hardware | Consistent rules across locations, logging and visibility |
| SD-WAN | Reliable connectivity between sites without MPLS dependency | Failover capabilities, traffic prioritisation, easy site onboarding |
Sovereignty checklist
| Criterion | Questions to ask |
|---|---|
| Legal jurisdiction | Where is the company incorporated? Which courts have authority over data access requests? |
| Data residency | Where does data processing occur? Are backups and DR within the EU? |
| Ownership structure | Is the provider independent or owned by a non-EU parent? |
| Supply chain | Where are development and operations teams located? Which subprocessors are used? |
Operational checklist
| Factor | Why it matters for mid-market |
|---|---|
| Implementation timeline | Days to weeks, not months of professional services |
| Management console | Single interface for all policies and visibility |
| MSP support | Multi-tenant architecture if you work with managed services |
| OT/IoT coverage | Solutions for devices that cannot run agents |
| Pricing model | Predictable costs without bandwidth surprises |
The agentless device problem
Manufacturing, healthcare, logistics, and utilities organisations operate environments full of devices that cannot run endpoint security software. Industrial PLCs, medical imaging equipment, building management systems, IP cameras, and printers all need network connectivity but cannot install agents.
Traditional SASE architectures assume every endpoint runs a lightweight client that establishes secure connections and enforces policies. This works for laptops, desktops, and mobile devices. It fails completely for operational technology.
Leaving these devices on flat network segments creates attack paths. Once an attacker gains access through a compromised IoT sensor or unpatched printer, they can move laterally toward more valuable targets. Recent incidents at European municipalities and healthcare providers followed exactly this pattern.
European SASE alternatives should include inline isolation approaches for agentless devices. Purpose-built hardware placed between unmanaged devices and the network can enforce identity-aware policies and control traffic flows without requiring software installation on the device itself. This creates a bridge between IT security controls and OT environments while keeping production systems stable.
Building a business case for the switch
Shifting from an established US vendor to a European alternative requires justification beyond sovereignty concerns. Decision-makers need to see operational benefits alongside risk reduction.
- Consolidation savings: Many mid-market organisations run fragmented security stacks with separate vendors for VPN, firewalls, web filtering, and remote access. A unified European SASE platform can replace multiple point products, reducing licensing costs and operational overhead.
- Reduced complexity: Fewer consoles means fewer configuration errors. When one IT manager handles network security alongside other responsibilities, simplicity directly translates to better security outcomes.
- Faster incident response: Local support in your timezone, documentation in your language, and regulatory alignment that matches your requirements all contribute to quicker resolution when issues arise.
- NIS2 documentation: Using a provider with clear EU jurisdiction simplifies compliance documentation. You can demonstrate supply chain risk management without lengthy legal analysis of foreign law exposure.
- MSP efficiency: For organisations working with managed service providers, European platforms with partner-focused architecture enable more efficient service delivery. Multi-tenant management, transparent pricing, and dedicated partner support improve service quality and margins.
Practical scenarios across European sectors
Belgian municipality with distributed sites.
A local government replacing legacy VPN infrastructure moves to a European SASE platform. Each location connects through SD-WAN with central policy management. Building access systems and CCTV sit behind inline isolation with strict outbound rules. NIS2 compliance documentation shows full EU data residency.
German manufacturing group with mixed IT/OT.
A mid-sized manufacturer needs secure remote access for maintenance contractors alongside protection for shopfloor systems. ZTNA with time-bound access handles contractor sessions. Industrial controllers connect through isolation hardware that permits only approved traffic to historians and update servers. Production runs uninterrupted during rollout.
Dutch healthcare network with cloud EHR.
Clinicians access electronic health records through identity-based access with device posture requirements. Imaging equipment operates in isolated segments with controlled upstream connectivity. All processing stays within EU jurisdiction, supporting both NIS2 and GDPR requirements.
Benelux MSP serving SMB clients.
A managed service provider standardises on a European SASE platform with multi-tenant architecture. Onboarding new clients takes days rather than weeks. Transparent pricing enables predictable service packaging. Support requests route to European teams during business hours.
How Jimber fits the European SASE requirement
Jimber delivers a unified SASE platform built in Belgium with European data processing, transparent pricing, and an architecture designed for mid-market organisations and the MSPs that serve them.
- Full EU jurisdiction: Jimber is headquartered in Belgium with data processing within EU borders. No US parent company exposure. No CLOUD Act jurisdictional conflict.
- Complete SASE capability: Zero Trust Network Access, Secure Web Gateway, Firewall-as-a-Service, and SD-WAN in a single cloud-managed platform. Device posture checks gate access by default. One console for visibility and policy management across all components.
- OT and agentless device coverage: NIAC hardware provides inline isolation for printers, IoT sensors, and industrial equipment. Control traffic flows for devices that cannot run agents while maintaining production stability.
- Partner-first architecture: Multi-tenant management, quick-switch customer access, automatic client updates, and identity synchronisation reduce operational overhead for MSPs. Transparent pricing with predictable margins supports sustainable service delivery.
- Implementation simplicity: Roll out in days, not months. Gradual deployment without business disruption. Minimal on-premises infrastructure requirements.
Frequently asked questions
Is a European SASE provider enough for NIS2 compliance?
Vendor selection is one element of NIS2 compliance, not the complete answer. Using an EU-based provider simplifies supply chain risk documentation and eliminates jurisdictional conflicts with US data access laws. You still need appropriate technical controls, incident response procedures, and security governance.
How does CLOUD Act exposure actually work?
The US CLOUD Act allows American authorities to compel US-headquartered companies to produce data regardless of where that data is stored. If your SASE provider is a US company or subsidiary of one, your network security data could theoretically be subject to such orders. Providers headquartered and controlled within the EU are not subject to CLOUD Act jurisdiction.
What about US vendors offering “sovereign” European deployments?
Several US vendors market EU-hosted options. After French Senate testimony in 2025, executives from major hyperscalers acknowledged they could not guarantee protection from US government data requests even for European-hosted data. The jurisdictional exposure follows corporate control, not data centre location.
Can mid-market organisations actually implement SASE without dedicated security teams?
Yes, if the platform is designed for operational simplicity. The complexity of enterprise-focused SASE vendors creates a real barrier for smaller IT teams. European alternatives built for mid-market can deliver equivalent security outcomes with dramatically lower management overhead.
How do we handle devices that cannot run agents?
Inline isolation hardware placed between agentless devices and the network enforces policies without requiring software installation. This approach works for industrial equipment, medical devices, building systems, and legacy infrastructure that cannot be modified.
Ready to evaluate European SASE for your organisation?
The shift toward European alternatives is not about rejecting innovation from outside the EU. It is about making deliberate choices regarding jurisdiction, control, and compliance that align with your organisation’s risk profile and regulatory obligations.
Network security infrastructure deserves the same scrutiny European organisations have applied to collaboration tools and cloud services. When your SASE platform processes every authentication, sees every connection, and enforces every access decision, its jurisdictional position matters.
Book a demo to see how a European SASE platform can simplify your network security while keeping control where it belongs.
