Six-Layer Edge Shield
SecureDomain, WebShield, MailShield, HybridMail, AppShield, and WebAuth running on dual Identiqa Aura processors.
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Detection isn't defense.
Automated defense that executes only what's cryptographically signed. For the CISO accountable to the board and the auditor.
Every primary attack vector is covered at the edge, while servers and Kubernetes are inspected from the inside. Countermeasures execute as cryptographically signed commands from a closed command set, never an open shell.
Every entry point into your environment is defended: domain and DNS, web and APIs, mail, zero-trust application access, and phishing-resistant workforce sign-in. Inside the network, AuraCore inspects Linux, FreeBSD, virtual machines, Kubernetes, and Docker for persistence artifacts rather than waiting for log correlation.
When an incident escalates beyond automated containment, Identiqa's 24/7 incident response team takes over, including active ransomware extortion response and clean restoration from hardware-locked snapshots.
Continuous Persistence Hunting
Audits authorized keys, cron, systemd units, sudoers, setuid binaries, and listening sockets across bare metal, VMs, and containers.
Cryptographically Bounded AI
Local edge models and frontier reasoning models enriched by Black Iris adversary intelligence. Signed commands only, or strict read-only SIEM/SOC mode.
Between the SIEM alert at 02:14 and containment at the edge, there's no room for a ticket queue.
Most breaches are logged on time and stopped too late because detection tools hand off to a manual escalation chain while automated ransomware scripts move laterally toward the backup servers. For CISOs governing NIST CSF 2.0, SEC Cyber Rules, ISO 27001, SOC 2, NIS2, and DORA, Identiqa removes that operational gap: AuraLink isolates compromised paths at the network edge (under a minute as an engineering design target) while AuraCore revokes persistence and patches workloads via signed commands.
Boot attestation, closed command catalogue, and audit logs
Every node in the AuraCore mesh verifies its boot chain via SecureBoot and TPM 2.0 before establishing mutual TLS (mTLS). If a binary or boot parameter diverges from the attested baseline, the node is quarantined before it can access cluster secrets.
Neither Identiqa analysts nor Aura's reasoning models ever receive an interactive shell. Countermeasures are restricted to a deterministic, cryptographically signed command catalogue, and vulnerability patches run an automated dry run before touching production.
Every edge block, persistence finding, and signed remediation step is written to an immutable audit log that streams into your existing SIEM in active or read-only mode, giving auditors verifiable proof of control execution.
- Hardware-rooted node identity via SecureBoot, TPM 2.0, and mutual TLS across bare metal, VMs, and Kubernetes.
- Designed to isolate at the edge in under a minute (design target, not a contractual SLA).
- Exportable, tamper-evident control evidence for NIST CSF 2.0, SEC Cyber Disclosure Rules, SOC 2, ISO 27001, NIS2, and DORA.
Inside your security architecture. On the cloud contract you already have.
You decide per cluster between automated signed defense and strict read-only telemetry for your SIEM. Procure directly through Identiqa or on your existing agreement with Amazon Web Services, Google Cloud, or Microsoft Azure.
Architecture briefing for CISO & security leadershipCommon questions
How does automated edge and host containment integrate with an existing SOC or SIEM?
By feeding your existing SOC and SIEM in active, hybrid, or read-only mode rather than creating another silo. Identiqa adds 2U hardware edge defense (AuraLink), storage-locked backups, and cryptographically signed host actions (AuraCore) underneath your analysts instead of generating ticket queues.
How fast must automated network edge isolation act to stop lateral ransomware movement?
Faster than any manual escalation chain: Identiqa's 2U AuraLink appliance is engineered for sub-minute edge isolation as our technical design target rather than a blanket marketing SLA. Binding response parameters are defined in your enterprise agreement.