Network management questions, answered

Fiber network planning determines where fiber should be deployed, what conditions shape the build, and how projects should be prioritized before detailed design begins. Strong planning gives teams the network and business context to make better investment decisions before capital is committed.

Fiber network design turns deployment plans into constructible, connected network data. It defines how the network should be built, how assets relate to one another, and what information teams need to carry work from planning through construction, activation, operations, and future growth. 

3-GIS connects planning and design work to GIS-based network data, giving teams a clearer foundation for deployment decisions, constructible designs, and downstream handoffs. Instead of managing projects across disconnected files and manual processes, teams can work from network context built to carry forward. 

Better planning and design reduce downstream issues by giving construction, activation, and operations teams more accurate network context before work moves forward. When routes, connectivity, constraints, and design decisions are documented earlier, teams can reduce rework, avoid preventable handoff gaps, and maintain a stronger network record after buildout. 

3-GIS | Web is the primary platform for fiber network planning and design. 3-GIS | Prospector manages route evaluation, service-area analysis, and expansion strategy within the Web experience. Diagramming, Mobile, and Web APIs provide visualization, field validation, and connected enterprise workflows.

No. 3-GIS supports new builds, existing network expansion, and ongoing change management. Teams can use 3-GIS to plan, design, document, and operate fiber networks as deployment priorities, service areas, and market demands evolve.

Telecom inventory management is the practice of documenting, organizing, and maintaining records for the physical and logical components that make up a communications network. This can include fiber, copper, conduits, poles, cabinets, splice enclosures, handholes, equipment, circuits, and service paths.

Every network activity depends on reliable inventory data. Planning expansions, designing routes, locating facilities, activating services, troubleshooting outages, performing maintenance, understanding capacity, and avoiding unnecessary construction all require teams to trust the network record.

3-GIS replaces fragmented records stored across spreadsheets, CAD drawings, paper maps, static GIS layers, legacy systems, and institutional knowledge with a centralized network documentation environment so teams can minimize time spent searching, validating, and reconciling conflicting information.

Trusted inventory data helps teams understand what has been built, where capacity exists, what is serviceable, and which assets are ready to support customer services. This moves operators from as-built to operational faster. 

 3-GIS | Web maintains documentation for physical infrastructure such as fiber, copper, conduits, poles, cabinets, splice enclosures, handholes, structures, and equipment, as well as logical network relationships such as splicing, splitters, circuits, and service paths.

3-GIS | Web is the primary product for telecom asset and inventory management. 3-GIS | Mobile provides field updates that keep records current, 3-GIS | Diagramming produces exportable visualizations of physical and logical relationships, and APIs can connect inventory data with surrounding enterprise systems.

Fiber construction and field operations solutions are useful for fiber operators, broadband providers, AltNets, municipalities, utilities with fiber assets, service providers, construction managers, field operations teams, OSP engineers, project managers, GIS teams, designers, inspectors, and contractor coordinators. 

3-GIS captures field changes, redlines, photos, notes, status updates, repair activity, replacement details, and construction information closer to where the work happens. This can shorten the gap between field activity and updated network documentation.

When field activity is disconnected from network records, teams may rely on manual handoffs, repeated verification, screenshots, spreadsheets, or incomplete documentation. Better field-to-office coordination gives crews the context to complete more work in a single visit, reducing repeat truck rolls, delayed closeout, rework, and decisions based on outdated data.

3-GIS | Mobile and 3-GIS | Web are the primary products for fiber construction and field operations. Mobile gives field teams access to network data and update tools where the work happens, while Web serves as the core network management environment and system of record.

Field updates captured during construction become more valuable when they carry forward into the network record. With more accurate as-built data, operations teams can make better decisions for maintenance, troubleshooting, service activation, outage response, repair planning, and future expansion.

Network operations and maintenance solutions are useful for fiber operators, broadband providers, telecom carriers, AltNets, municipalities, utilities with telecom assets, network owners, NOC teams, field operations, maintenance crews, GIS teams, OSP engineers, service delivery teams, and asset managers.

3-GIS | Web and 3-GIS | Mobile ingest OTDR results, taking into account slackloops, sag, and sequential values, and provide the physical address and coordinates of the break. For reports of multiple outages, 3-GIS | Web pinpoints the common assets between each downed equipment.

Better network records and operational visibility can help reduce manual research, repeat verification, unnecessary truck rolls, duplicated work, and delays caused by incomplete data. Teams can spend less time searching for context and more time resolving the issue.

Network operations often depend on multiple systems, including monitoring tools, OSS/BSS, field workflows, reporting platforms, and enterprise GIS. 3-GIS can help connect the network system of record with surrounding operational systems so teams can act on data instead of viewing it in isolation.

Utility Network management is the ongoing work of maintaining, editing, validating, analyzing, and using connected electric or gas network data in the Esri Utility Network. It includes the daily workflows that keep network data accurate, traceable, and useful for planning, operations, compliance, and field work.

Utility GIS management is useful for electric utilities, gas utilities, municipalities, cooperatives, GIS managers, GIS analysts, GIS editors, Utility Network administrators, data stewards, GIS technicians, operations teams, and organizations using or migrating to the Esri Utility Network.

3-GIS enables teams to manage complex network data faster, more consistently, and with greater confidence by reducing  the manual effort, repeated steps, workflow inconsistency, and data quality issues that can make Utility Network work difficult to scale.

Utility GIS data informs decisions across operations, planning, compliance, field work, reporting, and customer response. When network data is incomplete, inconsistent, or difficult to trust, downstream teams may face greater risk, slower work, and weaker operational visibility.

3-GIS | Productivity is the primary product for Utility Network and GIS management. Productivity enhances ArcGIS Pro with focused tools that enable utility GIS teams to improve editing, automation, validation, tracing, versioning, map production, and data quality workflows.

Utility asset inspection software enables utility teams to plan, perform, document, and manage inspections for electric and gas assets. It connects mobile forms, maps, inspection history, field findings, photos, notes, defects, asset updates, repair documentation, and compliance records.

Utility inspection software is useful for electric utilities, gas utilities, municipalities, cooperatives, field operations teams, inspection crews, survey teams, maintenance teams, damage assessment teams, GIS teams, asset managers, supervisors, compliance teams, and utility program managers.

3-GIS reduces the friction created by paper forms, spreadsheets, PDFs, screenshots, disconnected mobile apps, and manual handoffs. This helps utilities keep inspection data from getting lost and makes it easier to move findings into review, repair, follow-up, and record updates.

With 3-GIS, utilities can easily maintain inspection history, work evidence, repair documentation, asset updates, audit trails, and reporting support. This shows what was inspected, when it was inspected, what was found, what action was taken, and whether follow-up work was completed.

Utility inspections are tied to assets, locations, system maps, inspection history, and surrounding infrastructure. GIS context allows crews to understand where they are working, what asset they are inspecting, what has happened before, and how field findings should update utility records.

3-GIS | MIMS is the primary product for asset inspection and field operations. MIMS gives crews mobile GIS access, configurable workflows, forms, inspections, asset updates, photo and note capture, online/offline work, and synchronization back to enterprise systems.

Operational visibility is the ability to see work status, priorities, assignments, location, crew progress, and follow-up needs across day-to-day utility operations. It enables teams to understand what work is planned, active, delayed, completed, overdue, or waiting on action.

Utility work management software is useful for electric and gas utilities, municipalities, cooperatives, operations managers, field supervisors, dispatch teams, maintenance teams, inspection teams, outage response teams, compliance teams, and leaders responsible for reliability, safety, customer response, and operational efficiency.

3-GIS reduces the confusion created by scattered spreadsheets, emails, paper forms, phone calls, tickets, status meetings, and disconnected systems. This can improve visibility into work ownership, crew progress, overdue tasks, urgent issues, asset-related work, and follow-up needs.

Utility work is tied to assets, service areas, crews, field conditions, customers, and operational impact. Map-based visibility allows teams to understand where work is happening, what assets are involved, how priorities relate to location, and how activity may affect the broader network.

3-GIS | Lifecycle is the primary product for operational visibility and work management. Lifecycle helps utilities see, manage, and coordinate work across planning, assignment, field execution, status tracking, follow-up, and closeout.

Joint use management is the process of managing third-party access to pole infrastructure, including attachment requests, permits, agreements, make-ready work, communications, documentation, compliance records, and billing support. For electric utilities and pole owners, it ensures telecom and broadband attachments are properly reviewed, tracked, documented, and managed.

Joint use management software is useful for electric utilities, pole owners, municipalities, cooperatives, telecom providers, broadband operators, fiber attachers, contractors, engineering teams, permitting teams, compliance teams, and billing stakeholders involved in pole attachment workflows..

With 3-GIS, teams can replace scattered emails, spreadsheets, PDFs, portals, shared drives, and manual status updates with more structured workflows. This improves visibility into request status, documentation, ownership, make-ready activity, disputes, compliance needs, and attachment-related records.

Better joint use records make it easier for utilities to maintain clearer information about attachments, agreements, rentals, ownership, and related activity. This ensures more reliable billing inputs, cost recovery, revenue confidence, and identification of potential attachment record gaps.

3-GIS | SPANS is the primary product for joint use management. SPANS allows organizations to manage attachment requests, permitting workflows, communications, pole and span records, documentation, compliance support, and revenue-related attachment data.

Data migration is the process of moving data from one system, format, or environment to another. For telecom and utility teams, this often means moving network records from legacy systems, CAD files, spreadsheets, databases, or other source environments onto the 3-GIS platform in a structure that supports the workflows, relationships, and operational requirements of the target system.

3-GIS data migration services are designed to preserve source information while preparing records for use in the target system. Source data is mapped and aligned to the required schema, relationships, domains, and network rules so it can function properly on the 3-GIS platform.

The result is data that retains important source detail while becoming more connected, consistent, and ready for network management workflows.

Migration can often make network data more usable than it was before. As records are aligned to the target data model, teams may gain better structure, clearer relationships, more consistent attribution, and improved visibility into data that needs review.

3-GIS uses review points and exception reporting to identify records, features, or attributes that need attention during migration. These reports give teams visibility into data that may require correction, additional context, or a mapping decision before production delivery.

Customers can submit support requests through the 3-GIS online support portal. Requests should include relevant details, screenshots, videos, or workflow context so the support team can review the issue and provide clear next steps.

3-GIS live support is available Monday through Friday from 8:00 AM to 5:00 PM CT. Customers can also submit online support requests and use the knowledge base for self-service answers outside standard support hours.

The 3-GIS Learning Management System (LMS) is a 24/7 online training platform where customers can access self-paced courses, review product concepts, and continue learning outside scheduled training sessions.

Customers can access self-paced training through the 3-GIS Learning Management System. Depending on customer needs, training may also include instructor-led sessions or tailored instruction for specific teams, workflows, or implementation goals.