Spatial context
Geometry, routes, sites, assets, service areas, land context, and field evidence remain attached to the objects they describe.
Platform
Connected operations for every stage of the fiber network lifecycle.
Connect network data and operational work across survey, design, construction, field validation, physical inventory, splicing, maintenance, and reporting.
One connected record for the network and the work around it.
Keep route geometry, fiber connections, assigned work, captured evidence, owners, and change history on the related objects.
Connectivity
Fiber, cable, ports, splices, ducts, paths, topology, capacity, and dependencies can be traced across the physical network.
Operational history
Design versions, work, changes, approvals, evidence, inspections, incidents, and maintenance preserve a usable timeline.
Design with fiber engineering logic, real-world context, and controlled decisions.
Build accurate network designs with engineering rules visible at every step, then preserve the decisions used to approve and hand over the work.
Topology-aware editing
Make changes in the context of network relationships, not as isolated map geometry. Expose the downstream effect of assets, paths, and connectivity.
- Trace affected routes and downstream services
- Keep geometry and connectivity changes aligned
- Catch broken paths, ports, and dependencies
Rules and validation
Apply visible checks for design standards, capacity, spacing, route constraints, materials, naming, completeness, and required evidence.
- Check capacity, spacing, materials, and naming
- Surface exceptions before the design reaches approval
- Record who reviewed and accepted each warning
Alternatives and scenarios
Compare route, architecture, quantity, cost, and operational trade-offs without losing the assumptions behind each option.
- Compare route, quantity, cost, and capacity impacts
- Keep source data and assumptions attached to every option
- Preserve rejected scenarios for later review
Design handover
Convert approved design into controlled field scope with the map context, assets, materials, instructions, checks, and evidence crews need.
- Create work packages from the approved design
- Give crews the map context, materials, and checks they need
- Return evidence and deviations to the network record
Design field software around the actual working environment.
Keep interactions reachable, information visible, and critical work available when connectivity, lighting, weather, gloves, or time make generic mobile interfaces fail.
One-hand workflows
Prioritize the next action, essential context, and large touch targets.
Offline-first data
Queue edits, evidence, forms, and media safely until synchronization is possible.
Map and task together
Avoid forcing crews to jump between disconnected maps, lists, and files.
Give crews the work, context, and evidence they need.
Put the map, assets, work package, forms, safety information, materials, splice plan, tests, and acceptance rules into one field-ready workflow.
Map-first execution
Work is anchored to the objects and location it affects.
Structured evidence
Forms, photos, measurements, and deviations remain traceable.
Offline operation
Continue working through weak or intermittent connectivity.
Quality at source
Validate completeness before a submission leaves the field.
Keep physical inventory, connectivity, and materials aligned.
Understand what is planned, installed, connected, available, reserved, consumed, changed, or retired across the network lifecycle.
Reduce repetitive work without hiding engineering decisions.
Use automation where rules, evidence, thresholds, ownership, and review can remain clear.
- Automated network validation
- Explainable design suggestions
- Operational summaries and reports
- Human review for exceptions
Use operational data beyond the platform.
Expose the right data, actions, and events at clear boundaries while protecting production performance and operational permissions.
Operational analytics
Dashboards, reporting models, exports, and governed warehouse feeds.
Resource APIs
Controlled access to network, asset, task, and evidence resources.
Operational events
React to changes without repeatedly polling full datasets.
Extension points
Add customer-specific workflow without forking the operational model.
Integration and security, in detail.
Review the APIs, events, identity, deployment, permissions, evidence retention, and audit controls that govern the platform.
Integrations
Weezie sits alongside the systems already running the network rather than replacing them, with the boundaries written down.
- Resource APIs over network, asset, task, and evidence records
- Operational events instead of repeated full-dataset polling
- Enterprise identity, and extension points that avoid a fork
Security and governance
Deployment model, access control, evidence retention, and audit posture, in the detail a security review actually asks for.
- On-premises, private cloud, or customer-hosted deployment
- Role and permission model down to the operational object
- Traceable history, approvals, and retained field evidence
Connected operations
See the platform against your network workflow.
Bring a real network workflow, data challenge, or system boundary for a focused technical walkthrough.