NIS2 mandates that operators of essential services and digital providers implement robust risk management measures, enforce network segmentation, and demonstrate incident containment capabilities. FireBreak™ addresses this directly: its hardware-enforced physical isolation enables on-demand disconnection of critical network segments, preventing lateral movement the moment a threat is detected. Immutable audit logs provide documented evidence of access events and isolation actions that NIS2's reporting obligations require.

DORA requires financial entities to test, demonstrate, and continuously maintain operational resilience against ICT disruptions and cyberattacks. FireBreak™ delivers a hardware-level isolation capability that operates independently of software-based controls, ensuring that critical financial systems can be physically severed from the network during an incident without service degradation to unaffected assets. Its immutable logging directly supports DORA's requirements for auditability and third-party access governance.

IEC 62443 defines security levels for industrial control systems and mandates zone-and-conduit architectures to limit attack propagation. FireBreak™ acts as a hardware-enforced conduit control, physically isolating OT zones without requiring costly equipment replacement or software patching of legacy SCADA and ICS systems. This makes it an ideal compensating control for environments unable to meet IEC 62443 security levels through software means alone.

ISO 27001 requires organizations to implement controls that protect the confidentiality, integrity, and availability of information assets, with documented evidence of control effectiveness. FireBreak™ strengthens access control, network separation, and incident response, three of the standard's core control domains. Its immutable audit trail provides the demonstrable, auditable evidence that ISO 27001 certification auditors require to validate control operation.

HIPAA's Security Rule requires covered entities to implement technical safeguards that control access to electronic protected health information (ePHI) and protect against unauthorized network access. FireBreak™ physically isolates clinical systems, medical devices, and ePHI repositories from broader hospital networks, ensuring that a compromise in one environment cannot propagate to patient-critical infrastructure. Its access logs provide the audit controls HIPAA mandates for tracking system access events.

GDPR requires organizations to implement appropriate technical and organizational measures to protect personal data, including the ability to detect, contain, and report breaches within 72 hours. FireBreak™ enables instant physical isolation of data assets upon breach detection, limiting exposure and supporting the containment evidence regulators expect. Its immutable logs underpin the accountability and data governance documentation central to GDPR compliance.

PCI-DSS mandates strict network segmentation between cardholder data environments (CDE) and all other systems, along with rigorous access controls and audit logging. FireBreak™ enforces physical-layer segmentation of CDE infrastructure, eliminating the risk that a compromised adjacent system can bridge into payment networks. Every connection and isolation event is immutably logged, supporting PCI-DSS requirements for audit trails and access monitoring.

SOC 2 evaluates an organization's controls across the Trust Services Criteria: security, availability, processing integrity, confidentiality, and privacy. FireBreak™ directly strengthens the security and availability criteria by ensuring critical systems can be physically isolated during an incident and returned to operation in a controlled, documented manner. The immutable audit logs generated by every FireBreak™ event provide the evidence base that SOC 2 auditors require to attest control effectiveness.

The NIST CSF organizes cybersecurity activities across five functions: Identify, Protect, Detect, Respond, and Recover. FireBreak™ contributes across all five, supporting asset protection through physical isolation, enabling rapid response via on-demand disconnection, and facilitating recovery by preventing further propagation once an incident is identified. Its audit logging supports the detection and post-incident analysis functions, providing a hardware-level foundation for a complete cybersecurity program.

ICAO Annex 17 sets international standards for protecting civil aviation against acts of unlawful interference, increasingly including cyber threats to critical aviation systems. FireBreak™ physically isolates avionics, air traffic management, and ground infrastructure networks, ensuring that a cyberattack on one system cannot cascade to passenger safety-critical assets. This hardware-enforced separation provides the type of demonstrable, auditable security control that ICAO member-state regulators are increasingly requiring.

The TSA's cybersecurity directives, covering pipelines, rail, and aviation, mandate network segmentation, access controls, and the ability to detect and respond to cyber threats in real time. FireBreak™ provides hardware-enforced segmentation that operates at Layer 1, beyond the reach of any software compromise, and enables immediate physical isolation of OT systems in response to a directive-triggering incident. Its immutable event logs support the incident reporting and documentation requirements central to TSA compliance.

Australia's SOCI Act imposes mandatory cybersecurity obligations on operators of critical infrastructure assets across eleven sectors, including requirements for risk management programs and incident reporting. FireBreak™ provides physical network isolation capabilities that directly support SOCI's expectation that operators implement "all reasonable steps" to protect systems of national significance. Its audit logging underpins the governance and reporting evidence required by SOCI's regulatory obligations.

The UK's CNI framework, overseen by the NCSC and sector regulators, requires organizations operating essential services to implement resilience measures capable of withstanding and recovering from sophisticated cyberattacks. FireBreak™ provides the physical-layer isolation that software-defined security controls cannot replicate, ensuring that CNI assets can be taken off-network instantly and rendered invisible to attackers. Trusted by NATO and deployed across UK defense and infrastructure environments, FireBreak™ is purpose-built for the threat level that CNI protection demands.

The US DOE's cybersecurity requirements for the energy sector mandate protection of electric grid operational technology, incident response capabilities, and supply chain risk management. FireBreak™ physically isolates grid OT systems, including SCADA, energy management systems, and substation automation, from IT networks and third-party access points, eliminating the pathways most commonly exploited in grid-targeting attacks. Its hardware-enforced isolation and immutable logging align directly with DOE expectations for demonstrable, verifiable OT security controls.