🖥️ NOC Services

24×7 Monitoring, Incident Response & Carrier Coordination

SolveForce NOC (Network Operations Center) keeps your environment visible, reliable, and fast to recover. We monitor links, circuits, devices, servers, and cloud workloads around the clock; triage and resolve incidents; chase carriers; and enforce SLOs—so your users stay productive and your platforms stay healthy.

The NOC operationalizes the SolveForce Knowledge System:
🌐 Connectivity (Grammar) → Connectivity • 🖧 Networks & DCs → Networks & Data Centers
☁️ Cloud (Syntax) → Cloud • 🔒 Security (Semantics) → Cybersecurity
🤖 AI (Pragmatics) → SolveForce AI • 🛡️ IT Services → IT Services

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🎯 What the NOC Delivers

• Real-time visibilityacross WAN/LAN/WLAN, data centers, cloud, and edge.
• Proactive incident responsewith runbooks, escalation paths, and vendor/carrier tickets.
• SLO dashboardsfor latency, jitter, loss, availability, MTTR, and capacity.
• Change safetywith maintenance calendars, pre/post checks, and auto-rollback hooks.
• Evidence & reportsfor leadership and audits (weekly/monthly/quarterly).

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🔭 Scope of Monitoring (What We Watch)

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🧰 Telemetry & Tooling

• Network signals— SNMP & streaming telemetry (gNMI), NetFlow/IPFIX, interface/optics stats.
• System signals— OS/app metrics, logs, traces; service health endpoints.
• UX signals— synthetic probes, RUM beacons, API SLOs.
• Data platform— time-series DB for metrics, log lake for search, trace store for deep dives.
• Dashboards— executive and engineer views; per-site and global overlays.
• Alerting— policy-based thresholds, anomaly detection, and AIOps noise reduction.

We integrate observability with ITSM and SecOps so tickets, alerts, and runbooks stay in lockstep.
Related: IT Services • SIEM / SOAR

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🚨 Incident Response (How We Act—Not Just Watch)

1. Detect — alert correlates signals (link down + BGP flap + site power = one incident).
2. Triage — assign priority/severity; check recent changes and known issues.
3. Contain — traffic steering (SD-WAN), path failover, temporary ACLs or throttles.
4. Engage — open carrier/vendor tickets; escalate per playbook; keep stakeholders informed.
5. Restore — execute runbook steps; validate services and SLOs.
6. Review — post-incident analysis, root cause notes, follow-up actions.

Runbooks live in the NOC and are version-controlled, linked to devices, sites, and services.
→ Incident Response

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📊 SLOs, SLAs & Dashboards

We set Service Level Objectives (SLOs) per class of service and publish dashboards:

• Latency— 95th percentile thresholds by transport class (metro, regional, global, satellite).
• Jitter— keep below 15% of one-way latency for voice/video.
• Loss— sustained <0.1%; transient spikes promptly investigated.
• Availability— branch target 99.9%; core/DC 99.99% where designed for it.
• MTTR— Mean Time To Restore targets per severity and vendor carrier.
• Change success rate— % of changes without incident.

SLOs are tied to synthetics, device metrics, and RUM, then traced to tickets for auditable evidence.

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🧭 Change Management & Maintenance Windows

• Planned work— peer-reviewed changes, staged rollouts, automatic rollback, and customer comms.
• Freeze windows— critical business events (financial close, peak sales, clinical go-lives).
• Pre-checks— snapshots/backups, health baselines, resource headroom.
• Post-checks— service validation, SLO deltas, error budgets.
• Calendars— global and per-site with time-zone awareness.

Related: Infrastructure as Code • DevOps / CI-CD • DRaaS • Backup Immutability

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📡 Carrier & Vendor Coordination

• Open/chase ticketswith ISPs, telcos, cloud providers, and hardware vendors.
• Escalation treesand exec contacts on file; route diversity verification on order.
• SLA enforcement— hold providers to MTTR/latency guarantees; request diversity letters.
• Cross-connectsin colo — schedule and validate completion. → Colocation

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🧩 Security Handshake (Ops + SecOps)

• NOC eyesfeed SIEM; suspicious patterns trigger SOAR playbooks.
• Containment hooksshut/limiting interfaces, quarantine VLANs, BGP community tags, ACL snapshots.
• Evidenceimmutable logs, timeline, config diffs, and packet captures.
  Related: Cybersecurity • SIEM / SOAR • Microsegmentation • Zero Trust

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🧪 Testing, Drills & Readiness

• Synthetics— continuous API/transaction tests from branch and cloud vantage points.
• Tabletop exercises— provider outage, fiber cut, DDoS, config error scenarios. → Tabletop Exercises
• Failover drills— SD-WAN policy tests, BGP path flips, DC failovers.
• Restore drills— backup integrity, RPO/RTO validations. → DRaaS

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📈 Capacity & Performance

• Track utilization (interfaces, CPUs, memory, disks, storage pools), optics light levels, error rates.
• Forecast 12–18 months; order long-lead optics/hardware early.
• Recommend QoS shaping, WAN upgrades, or caching/CDN offload where needed. → CDN

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🧾 Reporting & Evidence

• Weekly ops summaries— incidents, SLO attainment, changes, upcoming risks.
• Monthly/Quarterly— capacity plans, problem trends, vendor scorecards, cost-to-serve.
• Audit packs— change records, runbooks, diagrams, access logs, and control attestations.

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🤝 Engagement Models

• 24×7 Fully Managed NOC— we run end-to-end; you get dashboards and approvals.
• Co-Managed NOC— shared runbooks; we augment with overnight/weekend coverage.
• Project NOC— temporary coverage for migrations, cutovers, or events.
• Staff Augmentation— embed NOC engineers in your team.

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🏭 Industry Patterns (Examples)

• Healthcare — branch clinics with LTE/5G tertiary links; imaging QoS; PHI safeguards; immutable backups; incident drills. → Healthcare
• Finance — low-latency WAN, venue diversity, PCI DSS scope control, DDoS/WAF, fraud signal routing. → Finance
• Government — NIST/FedRAMP controls, CAC/PIV identity flows, mission-critical change governance. → Government
• Enterprise — global SD-WAN/SASE, multicloud on-ramps, ISO 27001 programs, XDR automation. → Enterprise

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✅ Onboarding Checklist (Quick Start)

1. Inventory — sites, circuits, devices, clouds, critical apps, business calendars.
2. Access — read-only creds, SNMP/telemetry, flow export, log feeds, cloud roles.
3. SLO targets — latency/jitter/loss, availability, MTTR per site/class.
4. Runbooks — incidents, changes, failover, and provider contact trees.
5. Dashboards — exec and ops views; alert policies and on-call rotations.
6. Test — synthetic probes, failover simulations, and ticket workflow dry-runs.

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🔄 Where the NOC Fits (Recursive View)

1) Grammar — Operates links/devices → Connectivity
2) Syntax — Validates cloud paths, on-ramps, DR drills → Cloud
3) Semantics — Feeds SIEM/SOAR, maintains evidence → Cybersecurity
4) Pragmatics — Enables AI noise reduction and predictive fixes → SolveForce AI
5) Foundation — Keeps terms/runbooks consistent → Primacy of Language
6) Map — Updates the canonical index → SolveForce Codex

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📞 Engage SolveForce NOC

Stabilize uptime, shorten MTTR, and prove results with hard data.

Jump to related services:
Circuit Monitoring • Incident Response • Patch Management • SIEM / SOAR • SD-WAN • Direct Connect • Knowledge Hub

Key terms in plain language

Open a term for a concise explanation of language used on this page.

💡Fiber Internet

Internet delivered through strands of glass using light. Fiber commonly supports high capacity, low latency, and strong upload performance, but availability must be confirmed for the exact address.

⏱️Latency

The time it takes data to travel between two points. Lower latency improves voice, video meetings, cloud applications, gaming, and other real-time services.

📋Service-Level Agreement (SLA)

A provider’s written commitment covering service targets such as availability, response time, repair time, and sometimes financial credits when commitments are missed.

🛣️Dedicated Internet Access (DIA)

A business-grade Internet connection with capacity dedicated to the customer rather than shared in the same way as typical consumer broadband. It often includes symmetrical speeds and an SLA.

🔀SD-WAN

Software-defined wide area networking. It manages multiple connections and chooses paths based on application needs, performance, and policy to improve resilience and control.

🕸️MPLS

Multiprotocol Label Switching, a private-network technology that directs traffic along managed paths. Organizations use it for predictable connectivity between locations.

☁️Cloud Computing

Computing resources—such as applications, servers, storage, or databases—delivered from remote infrastructure and scaled as requirements change.

♻️Disaster Recovery (DRaaS)

A plan and service for restoring applications, data, and operations after an outage or disruption. DRaaS provides recovery infrastructure through a managed cloud service.