The problem
Cyber threats, unstable platforms, uncontrolled data flows, and operational complexity increase risk across critical environments.
Bardin Tech designs secure infrastructure that keeps information exchange controlled, access governed, and critical operations resilient.
Critical systems must exchange information without weakening trust boundaries or continuity.
Isolation, identity, controlled communication, and enterprise engineering work as one system.
Clearer control over data movement, access, recovery, and dependable operation.
Our work follows a clear sequence: define the risk, establish the required control, engineer the solution, and verify the operational outcome.
Cyber threats, unstable platforms, uncontrolled data flows, and operational complexity increase risk across critical environments.
Organizations need stable infrastructure, multilayer security, governed access, and the flexibility to keep essential work moving.
We combine secure architecture, controlled exchange, identity, monitoring, and disciplined enterprise engineering.
Reduced operational exposure, stronger control over information, more resilient services, and a clearer path for future change.
A family of products for moving files, email, database changes, and recovery data across separated environments without relying on permanent end-to-end connectivity. One architectural principle runs through all of them: make every cross-boundary movement explicit, governed, traceable, and appropriate to the isolation model.
Physical Layer 1 Isolation Switch
Physical Layer 1 network isolation switch with no routing, forwarding, software bridge, or simultaneous connectivity.
Explore Bardin Gate LightAir-Gap Registered Pipeline
Automated and auditable air-gap registered pipelines for machine-to-machine exchange between isolated systems.
Explore Bardin Gate ARPAir-Gap Registered Transfer
Governed and auditable file transfer for people who need to move individual files between isolated networks.
Explore Bardin Gate ARTAir-Gap Backup Vault
Air-gapped backup and recovery appliance designed for ransomware resilience and recoverability.
Explore Bardin Gate ABVAir-Gap Mail Gateway
Hardware-isolated email exchange without permanent end-to-end connectivity.
Explore Bardin Gate AMGAir-Gap Database Synchronization
Controlled database synchronization across isolated environments.
Explore Bardin Gate ADSThree product families address complementary control layers: infrastructure isolation, identity and access, and enterprise communication.
Air-gapped and isolated infrastructure solutions for critical environments.
Explore Bardin GateEnterprise identity and access management platform with SSO, MFA, RBAC, OAuth 2.0, OpenID Connect, governance, and access policies.
Explore Bardin IAMEnterprise communication platform for messaging, channels, file sharing, voice, video, and centralized administration.
Explore Bardin IMAlongside the product portfolio, our engineering services help organizations design, modernize, integrate, secure, and operate the platforms those products depend on.
Explore engineering servicesTM Forum aligned platforms, integrations, and operational support systems.
Transaction-intensive platforms for financial and regulated environments.
Refactoring, replatforming, migration, and modernization of legacy applications.
Secure SDLC, architecture review, code review, hardening, and assessment.
Large-scale software systems designed for reliability and long-term maintainability.
Assessment of system boundaries, dependencies, security controls, and operational risks.
Bardin Tech products and engineering services are designed around the constraints of regulated, security-sensitive, and mission-critical sectors.
Explore industriesInfrastructure, BSS/OSS, and operational platforms.
Identity, security, and enterprise systems.
Reliable systems for sensitive environments.
Secure infrastructure for critical operations.
Isolation, resilience, governance, and controlled access.
Security-sensitive platforms requiring strong controls.
Identity, collaboration, and modernization.
Separated environments and controlled information exchange.
Share the system boundary, information flow, or resilience requirement you need to address.