Titan NOP Center

Unified Platform for IT Infrastructure Automation, Management & Monitoring

Titan NOP Center | Version 8.6 | Product Brief Document | SSOT Technologies | Developed by Yaniv Smilansky

Executive Summary

Titan NOP Center is a unified desktop platform providing a complete, holistic solution that replaces an entire enterprise toolset: network scanner, switch management system, optical fiber monitoring, central alerts hub, Helpdesk tools, remote control, and AI-powered operations automation. Locally installed (On-Premises), it is completely cloud-independent and entirely eliminates recurring subscription fees for external services.

The system is designed for IT teams, infrastructure operators, and network managers in multi-vendor environments (switches, routers, optical networks, and endpoints), enabling a complete proactive workflow cycle: Discovery → Monitoring → Diagnostics → Remediation → Documentation, all from a single centralized management interface.

The platform's two core power centers are the NOC Optical monitoring hub with built-in hardware fault prediction, and the Enterprise Switch & Router Management system—both powered by a unique sampling engine that delivers high performance across broad network capacity without putting overhead on endpoint CPU resources.

NOC Fiber Optics Center with Hardware Failure Prediction

🔬 NOC Optical — Real-Time Fiber Failure Prediction NOC Core

A live NOC dashboard providing continuous, comprehensive monitoring of all optical interfaces across the network. The system displays RX/TX optical power, temperature, and laser diode bias current of SFP transceivers, powered by a statistical trend analysis engine. By calculating degradation rates and signal loss curves, it predicts the expected physical failure timeframe days or weeks before actual link loss occurs.

Built-in Heartbeat Mechanism: Continuous background service monitoring that performs self-verification and alerts immediately on connectivity loss to the hardware.
Integrated Root Cause Analysis (RCA): Cross-references optical power metrics with transmission errors (CRC) and CDP/LLDP neighbors to isolate the affected component (local SFP, remote SFP, or fiber line).
Proactive Alerts Integration: Built-in notification engine supporting SMTP email and Webhook endpoints for direct connection to external ticketing and ticketing systems.
Isolated Simulation Environment: Ability to inject simulated degradation data onto isolated endpoints (`demo-sim-fiber`) for NOC team training and alert verification without affecting live traffic.

✔ Operational Value: Transitioning to a predictive maintenance model. Transceivers are replaced proactively, eliminating SLA penalties and customer churn.

⚡ Unique Sampling Engine — Scalability Without Overhead Engine Performance

Data collection architecture optimized for handling hundreds of switches and routers concurrently while maintaining absolute network stability:

Efficient SNMP GetBulk: Bundles interface metrics into unified, lightweight asynchronous requests, keeping switch CPU utilization negligible even on legacy hardware.
Concurrency Control & Load Regulation: Controlled parallel scanning of up to 100 network devices, preventing traffic storms or bandwidth choke.
Adaptive Backoff: Automatically detects slow or heavily loaded devices and spaces out requests to prevent account locking or CPU spikes.
Agentless Architecture: Monitoring relies purely on standard protocols, requiring no software installation or invasive configurations at core switches.

Switch & Router Management

🖧 Visual Port Map Visual Port Map

A comprehensive, color-coded visual representation of the network switch: link status (Up/Down), port speed, VLAN assignment, PoE status, and connected endpoint identity (mapping MAC, IP, and Hostname). Right-click command menus allow operators to trigger direct configuration and diagnostic automations: port toggle, VLAN reassignment, SPAN port mirroring, cable testing (TDR), template application, and real-time switch health checks (CPU, RAM, temp, uptime).

🧰 Built-in Toolset for Network Management Toolbox

Hardware / Tool	Functional Description & System Action
Config Backup & Loader	Automatic backup of running configurations and version history tracking. Fast configuration loader directly to devices with live progress bars for Disaster Recovery (DR).
OS Image Recovery	Upload and restore network operating systems (firmware) on switches and routers, powered by a built-in TFTP server inside the app.
Expert Console & Logs	Built-in SSH console for raw commands, implementing a strict character filter and recording all sent commands into an uneditable, secure Command Log.
VLAN Database & Creation	Full creation, deletion, and management of VLAN databases on the switch from a single centralized screen.
Bulk Config Push	Push configurations to a large group of switches simultaneously, with progress tracking per device and automatic abort on traffic errors.
Network Topology Graph	Dynamic graphical map of the enterprise network topology, illustrating relationships and physical interconnections based on neighbor discovery.
Console Serial Provisioner	Guided wizard for initial provisioning, setup, and verification of new network hardware via physical Serial COM Port at stabilized speeds.
Insight & Hardening	Security scanner analyzing configurations, identifying open services or weak settings, and generating hardening recommendations.

Additional Modules in the Platform

🔍 Network Discovery Discovery

Fast network range scanning that automatically identifies and classifies devices (PCs, servers, printers, displays, IoT). Integrates with Active Directory and Kerberos for deep endpoint discovery and audits UPnP/SSDP for security risks.

🧙‍♂️ Smart & Multi-Vendor Wizards Multi-Vendor

Trunk Wizard: Configures trunk lines across multiple switches simultaneously, displaying command previews and validating port status pre- and post-change.

Pseudowire Wizard (L2VPN): Establishes layer-2 virtual circuits (EoMPLS / L2TPv3) across remote sites with multi-vendor support (Cisco, Juniper, Huawei, Nokia SR OS), preventing parameter mismatch via automated pre-check alerts.

🚨 Predictive Link Health Monitoring

Central Syslog and SNMP Traps logging. Background monitoring instantly detects L2 Loops and MAC Flapping, dispatching prioritized alerts (OK, Warning, High Risk, Critical) and managing event lifecycle.

🤖 AgenticOps (AI-Powered Workflow Automation) AI Agent

Smart automation engine connecting modularly to LLMs (Gemini, Claude, OpenAI) to analyze command outputs and generate remediation steps. A strict security gate prevents state-changing commands without explicit human approval.

📺 Smart Display & Helpdesk Helpdesk

Group power control for smart TVs (LG WebOS) in trading floors using distributed WoL. Includes a C++ native remote control module with AES-256-GCM encryption and helpdesk tools for driver, software, and printer management.

Technical Specifications & Information Security

🔒 Security Architecture & Protocols Tech Spec

Architecture Component	Implementation Technology in System
Application Architecture	Electron (Chromium + Node.js) — Full Native Windows Application (64-bit).
Local Database	SQLite3 (better-sqlite3) in WAL mode (Write-Ahead Logging) — Serverless high performance.
Encryption & Secret Management	Libsodium library for remote control traffic; Windows DPAPI for local encrypted storage of passwords and keys on hardware.
Integration & Protocols	Internal TFTP server, SSH2, Serial Console, AD/LDAP auth, Kerberos, WinRM, and concurrent PowerShell Runspace Pools.
Hardware Compatibility	Cisco (IOS, IOS-XE, IOS-XR), Juniper (JunOS), Huawei (VRP), HPE-Comware, Nokia (SR OS).

System Hardening & Built-in Protection Mechanisms:

Context Isolation: Main GUI process is completely decoupled from the OS and Node.js runtime. Communication is mediated via preload.js using a strict channels Whitelist to prevent RCE.
Content Security Policy (CSP): Absolute blocks on script execution or traffic queries to unauthorized external sources.
Protected Port (Hardware Gate): System prevents administrative toggling of critical ports (like trunks/servers) and filters out destructive CLI commands (write erase, reload).
Full Accountability: Global unified auditing log of every action, configuration change, or terminal command sent to the network for regulatory compliance.

Business Value & ROI — Three Pillars

Titan NOP Center changes three critical metrics: ⏱️ Time (MTTR from hours to minutes), 🚨 Alerting (from reactive to proactive), 💰 Money (direct savings in operations and hardware).

⏱️ Time Savings — The Most Critical Aspect ROI: Time

MTTR (Mean Time To Repair) from hours to minutes: A fault detected within 5 minutes by automatic monitoring compared to hours of manual diagnostics—a 90%+ savings in response time. Every hour saved is an hour of service uptime.

Precise Diagnostic Time: Historical graphs, automatic Root Cause Analysis (RCA), and trend analysis shorten diagnostic time from hours to minutes. No more "let's wait another hour to see if it recurs."

Planned Maintenance Time: Maintenance windows are scheduled in advance during off-peak hours, rather than midnight emergencies. Issues caught early are handled during planned windows, not at 03:00 AM crisis calls.

🚨 Reactive to Proactive — Preventing Outages ROI: Alerting

Before: Customer calls 😤 → Ticket opened → Dispatch technician → Begin diagnostics.

After: System detects trend 🔔 → Automatic alert → Team plans remediation → Outage prevented 🎯 → Customer never notices.

Impact: Every prevented issue = zero customer complaints, zero Helpdesk tickets, zero SLA breaches, zero truck rolls.

💰 Direct & Tangible Cost Savings ROI: Money

Field Dispatches: Precise remote diagnostics prevent site visits. Each roll = fuel + wages + unproductive travel time (average ₪200-500 saved per dispatch).

Overtime & Emergencies: Preventing issues means zero midnight operations. No premium emergency labor rates. One year of prevented emergency repairs saves tens of thousands.

Mistaken Hardware Purchases: Precise monitoring means zero unnecessary hardware swaps. No dead inventory of unused spares.

Double Licensing: One interface instead of five separate tools means five licenses you don't buy, saving tens of thousands annually.

Staffing Capacity: A single technician can manage 2x-3x more hardware. It's like expanding your team without hiring costs.