CyberSpatial - Cyber Security Center (CSC)

TELESEER - NETWORK EYE 

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CONSULTING/DEPLOYMENT/OPERATIONS

Proposal: TD SYNNEX can offer through Destination AI - Cyberspatial TeleSeer based Zero Trust Architecture (ZTA) SCC - Integrating CyberSpatial TeleSeer with GPU-based Dell PowerEdge systems—specifically through the TD SYNNEX Destination AI team— to generate  a high-performance "Security Cyber Center." This partnership enables Global System Integrators (GSIs) to build cross-functional teams that unite Network Operations (NetOps) and Security Operations (SecOps) under a single, visual intelligence layer.

Here is how the Cyberspatial TeleSeer (SecOps) (PCAP)  ecosystem works to improve enterprise security and team collaboration:

FROM A CONSULTING PERSPECTIVE - ADD A LAYER TRUSTED BY TOP DOD USERS.  PARTNERED WITH DELL 

1. The Hardware Engine: Dell PowerEdge + NVIDIA/AMD GPUs

To run TeleSeer’s heavy visual analytics and digital twin simulations at scale, the infrastructure requires massive parallel processing.

 * Dell PowerEdge XE9680/XE7745: These GPU-optimized servers (equipped with NVIDIA H100/H200 or AMD Instinct GPUs) act as the "brain" for TeleSeer.

 * Rapid Inference: GPUs accelerate the processing of massive PCAP (Packet Capture) files and real-time traffic metadata, allowing TeleSeer to render complex, multi-million-node network maps in seconds rather than hours.

 * Local Processing: By running on Dell infrastructure on-premises, sensitive security data never has to leave the enterprise perimeter, satisfying strict regulatory requirements for financial and government users.

2. The Software Intelligence: CyberSpatial TeleSeer

TeleSeer transforms raw network data into a Dynamic Digital Twin, providing a shared "map" for different enterprise teams to collaborate:

 * Passive Mapping (Zero-Trust): TeleSeer is 100% passive; it requires no agents. This allows teams to map legacy, high-security, or "un-scannable" systems (like IBM Z or OT environments) without risking downtime.

 * Visual Intelligence Layer: Instead of looking at text logs, teams see a 3D visualization of their network. This allows a Cyber Hunter and a Network Admin to literally point to the same "bridge" in the digital twin and identify a bottleneck or a breach simultaneously.

3. Distribution & GSI Enablement: TD SYNNEX Destination AI

The Destination AI team at TD SYNNEX acts as the strategic orchestrator, helping GSIs take this complex stack to market:

 * Pre-Validated Stacks: TD SYNNEX provides "Ready-to-Deploy" solutions where TeleSeer is pre-loaded and optimized for Dell GPU hardware, reducing the "Time to Value" for the end customer.

 * Cross-Enterprise Team Building: Through the Destination AI Labs, GSIs can train "Red Teams" and "Blue Teams" together. They use TeleSeer to visualize attack paths on a digital twin of the customer's actual network, fostering a "collaborative defense" culture.

 * Financial & Technical Support: TD SYNNEX Capital provides the financing for these high-cap-ex GPU deployments, while their subject matter experts (SMEs) help GSIs design the Agentic RAG workflows that automate threat response.

Project: "Network Eye" - Collaboration Workflow

| Step | Action | Team Responsible |

|---|---|---|

| Ingestion | Dell PowerScale/PowerEdge ingests real-time traffic. | IT Infrastructure Team |

| Visualization | TeleSeer renders a visual "Digital Twin" on GPUs. | NetOps Team |

| Analysis | TeleSeer flags anomalous traffic patterns (e.g., unauthorized access). | SecOps (Red/Blue Teams) |

| Orchestration | GSIs use Destination AI frameworks to automate remediation. | Consulting/GSI Team |

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Next Step for the User

Would you like me to draft a Solution Architecture Diagram description that specifically outlines the "Project Network Eye" data flow from a Dell PowerEdge server to the TeleSeer visualization dashboard?

Teleseer (by Cyberspatial) acts as the Network Visibility and Forensic Layer. While traditional financial systems focus on the logic of transactions (Swift, ACH, FIX), Teleseer focuses on the infrastructure (the packets) that carries them.

It fits into the architecture as a passive analysis engine that converts raw traffic data (PCAPs) into a visual, searchable map of assets and threats.

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Teleseer Financial Network Integration Chart

Layer	Component	Function	Teleseer’s Role
Ingestion	Network Taps / PCAP Storage	Captures raw traffic from data centers, cloud, or branch ATMs.	Data Source: Teleseer ingests these files (agentlessly) to begin analysis.
Analysis	Teleseer Engine	Automated packet analysis & protocol inspection (L1-L7).	Core Engine: Identifies shadow IT, maps data flows, and extracts cleartext metadata.
Visibility	Topology Mapping	Visualizes how servers, databases, and endpoints connect.	Automated Visio: Replaces manual whiteboarding with live, interactive network graphs.
Security	Threat Intelligence	Correlates traffic against CVEs and known IOCs.	Vulnerability Shield: Flags unmanaged devices or legacy systems with known exploits.
Compliance	Audit & Reporting	Generates proof of network segmentation (e.g., PCI DSS).	Validator: Provides "ground truth" evidence that sensitive data zones are isolated.
Output	SIEM/SOAR Integration	Feeds findings into platforms like Splunk or Tines.	Alert Context: Adds visual/behavioral context to security alerts for faster response.

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How TeleSeer Fits into the Workflow

1. Passive Discovery: Unlike active scanners that can disrupt sensitive high-frequency trading or banking systems, Teleseer is passive. It watches the traffic without touching the live system.

2. Asset Inventory: In a complex financial network, it automatically identifies every device (ATMs, teller stations, cloud instances) and maps their communication patterns.

3. Encrypted Traffic Insights: It identifies the protocols being used (e.g., TLS, SSH) and can highlight where encryption might be missing on sensitive data paths.

4. Forensic Reconstruction: If a breach occurs, Teleseer allows investigators to "replay" the network state to see exactly where the lateral movement happened.

AIMLUX.AI is a Licensed Seller of Cyberspatial TeleSeer