AIMLUX Proposes: Equitus.AI ArcXA with Cyberspatial Teleseer, AWS and AMI (Amazon Machine Image) users can move beyond simple cloud monitoring into Full-Stack Semantic Traceability.
This integration bridges the gap between the "logical" code residing inside your AMIs and the "physical" network traffic flowing through your VPCs.
1. How the Integration Works
The combination creates a Semantic Mapping Layer that connects code-level data with network-level behavior.
Arcxa (The Intelligence Layer): Arcxa uses a Knowledge Graph Neural Network (KGNN) to ingest software blueprints and codebases. It understands the intent of your software—identifying API endpoints, data schemas (like PII), and logical service dependencies inside your AMIs.
Teleseer (The Terrain Layer): Teleseer performs passive packet analysis (PCAP) to map the actual network topology. It sees the reality of the network—every EC2 instance, flow log, and "Mission Relevant Terrain" (critical assets).
The Traceability Layer
When ArcXA’s logical graphs are overlaid on Teleseer’s network maps, you get a unified graph where:
AMI Code Symbols are linked to...
Running EC2 Instances which are linked to...
Real-time Traffic Flows (identified by Teleseer).
2. Benefits for AWS & AMI Users
A. "Deep" Zero-Trust Validation
Most AWS users rely on Security Groups and NACLs, which only look at IP/Port combinations. This layer allows you to validate if the actual code intent matches the traffic.
Benefit: If an AMI was built to only send encrypted logs to a specific S3 bucket, but Teleseer detects it communicating with an unknown external IP, the system flags a "Semantic Violation" rather than just a network alert.
B. Automated AMI Compliance & Provenance
For users managing hundreds of AMIs, tracking what data each image is authorized to handle is a nightmare.
Benefit: The semantic layer creates a "living BOM" (Bill of Materials). You can query: "Which of my running AMIs are currently processing PII data across the VPC peering link?" The system traces the PII schema from the code (Arcxa) to the live traffic flows (Teleseer).
C. Radical Incident Response (IR) Speed
When a GuardDuty alert triggers in AWS, an analyst usually spends hours tracing which instance is affected and what that instance actually does.
Benefit: With this layer, you click an anomalous node in Teleseer’s network map and instantly see the Arcxa-derived intelligence: "This instance is running AMI-v2.1, which contains the 'Auth-Service' module currently under a CVE-2026-X threat."
D. Mission Impact Analysis for Hybrid Cloud
Many Teleseer users operate in "combat-born" or edge environments where AWS Outposts or Local Zones are used.
Benefit: If a specific network path is degraded, the layer provides a Mission Impact report. It tells you exactly which software functions (e.g., "Target Acquisition" or "Payroll Processing") are offline based on the network outage, rather than just listing "EC2 instance unreachable."
3. Summary Table: Why it Matters to AWS Users
How are you currently managing the relationship between your software architecture and your live network traffic?
No comments:
Post a Comment