Continuous telemetry synthesis fusing AWS GuardDuty with kernel-level eBPF AI socket filters. Intercept zero-day exploits and abnormal traffic patterns in microsecond windows.
Select a threat vector below to observe how Talktrace correlates AWS GuardDuty alerts with automated eBPF socket isolation in real time.
Combining hardware-isolated enclaves, continuous ML log parsing, and instant eBPF kernel drops.
Native integration ingests millions of GuardDuty VPC flow logs per second, matching suspicious DNS requests against trained AI neural vectors.
Instead of waiting for user-space firewalls, Talktrace hooks directly into Linux kernel sockets to sever rogue connections within 0.2ms.
Critical database keys and memory stacks are isolated inside AMD SEV-SNP / Intel SGX encrypted hardware memory enclaves.
Generate immutable cryptographic audit chains for enterprise security compliance audits automatically without manual log exports.
Zero-latency copy-on-write file system snapshots allow instant restoration to an uncompromised state if anomalies are detected.
Tailor your vCPU cores, dedicated AI Neural NPUs, and NVMe storage. Watch your security defense index update dynamically.
All plans include our real-time AI threat interception engine and 24/7 autonomous SOC monitoring.
Ideal for high-growth SaaS applications & Web3 nodes.
For mission-critical production environments.
Custom bare-metal & isolated cloud setups.
Everything you need to know about our AI hosting architecture.
Instead of relying on static signature databases, our custom ML model monitors Linux kernel system call patterns and memory allocations. When abnormal behaviors occur (such as buffer overflow attempts), our eBPF hooks block socket communication instantly.
No. GuardDuty log synthesis runs asynchronously out-of-band via high-speed UDP streams into our dedicated AI Neural Processor Cores, ensuring zero impact on your web application response times.
Yes. Our live migration agent mirrors your disk blocks and memory state to alktrace nodes seamlessly, enabling zero-downtime cutover for Docker, Kubernetes, or raw VM images.