Drop-In Rack Integration
2U AuraLink appliance with dual Identiqa Aura processors deploys beside your current firewall. Local snapshots sync encrypted to the Identiqa Cloud.
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Two rack units beside your existing firewall. Zero open shells on your servers. Your team keeps full command of the environment, and no automated patch touches production without a dry run.
Nothing in your rack has to be torn out. The 2U AuraLink appliance installs alongside your current firewall to secure DNS, web, mail, VPN-less application access, workforce sign-in, and hardware-locked backups, and can be procured through the cloud agreement your company already holds with Amazon Web Services, Google Cloud, or Microsoft Azure.
Across your server estate, AuraCore connects virtual machines, bare-metal Linux and FreeBSD hosts, Kubernetes, and Docker in one hardware-attested mesh without forcing a second inventory project.
Hardware-Attested Server Mesh
Nodes verify at boot via SecureBoot, TPM 2.0, and mutual TLS. Signed updates run with a dry run before touching production.
Your Team Keeps the Keys
No external operator or AI model receives an open shell. Every automated step comes from a closed, signed command list or runs read-only.
An open shell isn't an operating model.
External security tools become an operational hazard when they demand root shells, flood your team with unverified alerts, or push blind updates that break production dependencies on a Friday evening. Identiqa is built for infrastructure engineers who carry uptime responsibility: every AuraCore action is restricted to a deterministic, cryptographically signed command, and every package update is verified in an automated dry run before rollout.
Rack cutover, dry-run patching, and read-only mode
In the rack, AuraLink takes two rack units (2U), connects via redundant network interfaces alongside your existing firewall, and begins protecting DNS, web, mail, and backup snapshots without changing your internal IP plan or routing architecture.
Before AuraCore applies a security patch on Linux, FreeBSD, or container nodes, it checks package dependencies against live vulnerability data and executes a mandatory dry run. If a dependency conflict or service regression appears, the update is held back and flagged for your team.
You decide where automation stops: run signed containment and patching automatically, require manual release for critical production clusters, or operate in strict read-only mode where Identiqa only observes and forwards structured findings to your SIEM.
- Supports Linux and FreeBSD bare metal, virtual machines, Kubernetes, and Docker.
- Mandatory dry-run validation before any signed patch is applied to production hosts.
- Direct board summary available on the CEO page when you need to brief executive leadership.
Two rack units beside your firewall. Verified before cutover.
Before cutover, our engineers review network interfaces, VLAN boundaries, backup targets, and SIEM integration directly with your infrastructure team.
Schedule a technical architecture walkthroughCommon questions
What happens to network traffic and backups if an edge security appliance fails in the rack?
Identiqa's 2U AuraLink appliance is built for high-availability operation alongside your firewall, while ProtectionGrid edge filtering and encrypted backup replicas remain active in the Identiqa Cloud so neither traffic protection nor recovery copies depend on a single chassis.
How do you prevent new security infrastructure from adding alert fatigue and maintenance overhead for IT?
By automating verification and pre-deployment testing instead of dumping raw alerts on your engineers. With Identiqa, persistence checks, vulnerability matching, and patch dry runs execute automatically, and our 24/7 incident response team steps in whenever an emergency hits.