Win business you couldn’t win alone.
European regulations have redefined how international telecom, cybersecurity, and critical software providers enter the EU. Strict requirements around supply chain control, remote access auditing, incident reporting, and data residency now make sovereign local operations a non-negotiable barrier to entry.
Quobis acts as your native European Sovereign Operational Layer, providing the local engineering (L1–L3), Privileged Access Management (PAM bastion), data sanitization, cryptographic custody, and 24/7 incident response required by European buyers (Tier-1 Telcos, Public Sector, Financial Services, and Utilities) without requiring you to re-architect your global R&D organization.
EU Hard Law as a Market Barrier
Voluntary guidelines are gone. Any software, hardware or cloud service deployed in the Single Market answers to enforceable rules, and your EU customers carry the penalties for your vulnerabilities.
Supply chain liability
Operators and critical infrastructure customers need to demonstrate control over third-party technologies and vulnerabilities.
Remote access limits
Unmonitored remote access from outside the EU, including L3 troubleshooting, is increasingly restricted or prohibited under sovereignty and defense standards.
24-hour reporting
Vulnerability notification windows of 24 hours need local, autonomous monitoring and triage inside the EU time zone and jurisdiction.
Support redefined as a sovereign shield
Traditional vendor support stops at L1/L2 and escalates blindly to headquarters. Quobis operates L1 to L3 from inside the EU, holds ENS High and NIS2 certifications, and keeps your customers’ data and keys under European jurisdiction.
|
Criteria |
Traditional vendor support |
Quobis sovereign support |
|---|---|---|
|
Technical role |
Reactive helpdesk limited to L1/L2. |
Sovereign L1–L3 engineering with local isolation, triage and resolution. |
|
Cryptographic custody |
Vendor manages or can access keys, certificates and KMS. |
Quobis exclusively manages keys, PKI and HSMs in the EU, out of reach of third-party access (Cloud Act proof). |
|
Incident response |
Blind escalation, reliance on external time zones. |
Immediate EU time-zone response and full management of 24h/72h disclosures under NIS2 and CRA. |
|
Remote access |
Direct connections or permanent VPNs from outside the EU. |
Privileged Access Management through a sovereign bastion, with time-bound and audited sessions. |
|
Data and logs |
Telemetry, SIP traces and logs sent directly offshore. |
Local sanitization and anonymization before any non-EU escalation. |
|
Vulnerability mitigation |
Wait for patches compiled at non-EU headquarters. |
Edge mitigation and virtual patching within hours, while the final patch is developed and validated. |
|
Staging and testing |
Patches tested in the customer’s production network. |
EU mirror labs for binary validation and pre-deployment SBOM audit. |
Remote access with a gatekeeper, not a tunnel.
Your engineers still solve the hardest problems. They do it through a controlled path that EU auditors can verify.
Quobis sovereign bastion
No persistent VPNs and no direct SSH or RDP from outside the EU. A Quobis certified engineer must approve and unlock every session (Four-Eyes Principle).
Local data sanitization
Diagnostic data, SIP traces and logs are pre-filtered. Personal data, topologies, IP schemes and credentials are scrubbed locally before any non-EU access.
Time-bound, audited sessions
Access is ephemeral, for example a 2-hour window. Every session is video-recorded, keystroke-logged and monitored in real time with a kill switch.
EU mirror lab
Complex bugs are reproduced first in our isolated EU staging environment, so your engineers debug on a cloned topology instead of the live network.
Contain the threat in hours. Ship the patch in days.
A secure development lifecycle needs time to test, compile and sign a patch. NIS2 does not allow for an exposed network in the meantime. Virtual patching at the perimeter closes that gap without touching your R&D schedule.
Virtual patching
Architecture choices that unlock sales.
Disaggregation lets you meet EU requirements without redesigning your core product.
Hardware and software decoupling
Run virtualized functions on sovereign European clouds and pass purchasing filters without a core redesign.
Control plane and user plane separation
Keep management logic and traffic processing under the right operational and jurisdictional controls.
Core and feature isolation
Protect critical signaling and service continuity while enabling advanced features in isolated layers.
Software-to-software decoupling
Update continuously without full system recertification, and answer NIS2 concerns
Application and authentication separation
Delegate IAM to certified local providers so R&D does not adapt code to each EU rule.
Software-to-Lifecycle and incident mitigation decoupling
keep the global product roadmap independent from immediate local edge mitigations.
Built for sectors where sovereignty is non-negotiable.
Strategy, Architecture, and Technology
