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Services

What will AGI do for Dense wavelength division multiplexing DWDM?

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The work itself

Grounded Work Profile

Tools

  • Customer Relationship Management SystemserviceBlueprint
  • Network Planning SoftwareserviceBlueprint
  • Element Management SystemserviceBlueprint
  • Optical Test SystemserviceBlueprint
  • Service PortalserviceBlueprint
  • Network Monitoring SystemserviceBlueprint

Outputs

  • Wavelength Provisioning RecordserviceBlueprint
  • Optical Performance ReportserviceBlueprint
  • Network Topology MapserviceBlueprint

Measured by

  • Network UptimeserviceBlueprint
  • Bit Error RateserviceBlueprint

Key steps

  • Capture bandwidth and route requirementsserviceBlueprint
  • Design optical wavelength channel planserviceBlueprint
  • Provision optical wavelength circuitserviceBlueprint
  • Activate and test light pathserviceBlueprint
  • Hand over circuit to customerserviceBlueprint
  • Monitor optical performance continuouslyserviceBlueprint

How AGI delivers it

Four ways AGI delivers for Dense wavelength division multiplexing DWDM

  • Services-as-Software

    Get the professional outcome delivered as software, priced on results, not headcount.

    Services.do

  • Autonomous Agents as digital employees

    Hire a digital employee that does the job under earned, supervised autonomy.

    Agents.do

Value flow

How Dense wavelength division multiplexing DWDM connects

absorbs

  • Optical Transport Provisioning Processmodel
  • Wide Area Network Operationsmodel

composes

measured by

  • Bit Error Ratemodel
  • Line Availabilitymodel
  • Network Uptimemodel
  • Optical Signal-to-Noise Ratiomodel

optimizes

  • Channel Capacitymodel
  • Channel Count Per Fibermodel
  • Fiber Spectral Efficiencymodel
  • Latencymodel
  • Optical Signal to Noise Ratiomodel

produces

  • Network Topology Mapmodel
  • Optical Performance Logmodel
  • Optical Performance Reportmodel
  • Wavelength Planmodel
  • Wavelength Provisioning Recordmodel

realizes

  • Activate and test light pathmodel
  • Activate lit-fiber circuitmodel
  • Capture bandwidth and route requirementsmodel
  • Capture capacity and route requirementmodel
  • Design optical wavelength channel planmodel
  • Design wavelength plan and amplificationmodel
  • Hand over circuit to customermodel
  • Monitor optical performancemodel
  • Monitor optical performance continuouslymodel
  • Provision optical channels on fibermodel
  • Provision optical wavelength circuitmodel
  • Report SLA performance to customermodel
  • Test channel power and OSNRmodel

Go deeper

Explore Dense wavelength division multiplexing DWDM

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