Use Cases

Data Centers & Cloud Infrastructure

Critical infrastructure operators are rapidly migrating mission-critical operations to the cloud. This shift is driving the European Sovereign Cloud market from $27B in 2024 to $321B by 2035. However, legacy virtualization is structurally unfit to protect national security and public safety.

Today, three compounding market shocks are forcing operators to abandon the status quo:

  • Compliance & Liability: New EU regulations transform infrastructure failures from an IT problem into a direct, personal legal liability for corporate leadership.
  • Digital Sovereignty: There is immense regulatory and strategic pressure for Europe to reduce its operational dependency on foreign technology.
  • Market Monopoly: Following Broadcom’s acquisition of VMware, customers face forced licensing changes and massive 3-10x price increases from a vendor that controls 80-90% of the European market.

The Solution: Neutrality delivers the first hypervisor built specifically for the uncompromising security demands of critical infrastructure.

  • Secure by Design: Replaces reactive “patch-and-repair” cycles with a mathematically verified foundation, completely eliminating entire classes of vulnerabilities. By partitioning workloads at the hardware core level, Neutrality provides the isolation required to run zero-trust private clouds and secure multi-tenant infrastructure.
  • Verifiable Compliance: Delivers demonstrable mathematical proof of strong system isolation, simplifying compliance with strict regulations like the NIS2 Directive and the EU Cyber Resilience Act.
  • Digital Sovereignty: Provides European critical infrastructure operators with a fully independent, European alternative to foreign providers such as VMware.

Run a High-Assurance Pilot

Evaluate Neutrality’s hypervisor in a secure shadow environment to validate workload isolation and fault containment. We provide a complete architecture assessment and a validated compliance report for your infrastructure.

Secure Hardware Consolidation

Across industrial manufacturing, robotics, and transportation, security vulnerabilities in standard virtualization software actively prevent cost-saving hardware integration.

  • The Goal: Consolidate distributed hardware systems onto shared multicore computers to drastically reduce weight, complexity, and manufacturing costs.
  • The Cyber Risk: Standard virtualization software simply cannot prevent a compromised third-party application from interfering with core physical controls.
  • The Costly Reality: To guarantee security and strict isolation, manufacturers are forced to purchase, wire, and install dozens of separate physical boxes.

The Solution: Neutrality enables secure hardware consolidation backed by mathematical proofs of software isolation.

  • Mathematically Proven Isolation: Neutrality isolates software environments at the hardware level, providing mathematical proof that this separation physically cannot be breached.
  • Secure Consolidation: Trusted, mission-critical controls run safely alongside completely untrusted third-party software on the exact same hardware.
  • Progressive Centralization: Manufacturers can immediately reduce their hardware footprint, ultimately switching from numerous low-core embedded CPUs to a single server-grade computer that safely runs critical and non-critical applications in parallel.

Run a High-Assurance Pilot

Test how Neutrality safely isolates mission-critical controls alongside untrusted third-party software on a single computer. We provide a detailed hardware integration report and a clear roadmap for your centralization strategy.

Critical Infrastructure (IT/OT Convergence)

To achieve modern efficiency, operators of energy grids, water networks, and other critical utilities must converge their historically isolated Operational Technology (OT) with standard IT networks.

However, legacy virtualization architectures lack the structural security to safely support this integration. Due to the inherent vulnerabilities of standard hypervisors, operators are compelled to exclude mission-critical OT workloads from shared infrastructure, maintaining costly physical air gaps. Co-locating IT and OT environments on a legacy hypervisor introduces unacceptable systemic risk: a breach in an outward-facing IT application can easily spread directly into industrial control systems. Such an event directly threatens physical safety, compromises operational continuity, and exposes corporate leadership to severe regulatory and legal liabilities.

The Solution: Neutrality provides the mathematically verified foundation necessary to safely modernize critical infrastructure.

  • Secure Co-Location: Enables the secure consolidation of critical OT services and standard IT applications onto the exact same hardware without risking operational downtime or compromising safety.
  • Zero-Trust Isolation: Provides mathematical proof that a compromise or failure in one virtual machine cannot spread. An IT network breach is physically isolated from the mission-critical OT workloads running alongside it. 
  • Regulatory Shield: Delivers the exact architectural evidence required by regulators to prove strict system partitioning under the NIS2 Directive.

Run a High-Assurance Pilot

Validate zero-trust co-location to ensure IT network breaches can never spread to your physical machinery. We provide a strict security evaluation and the exact architectural evidence required for NIS2 compliance.