Features
Every capability, one building model
The same building model that computes your coverage also generates the network design, the power plan, the SOW, the proposal, and the as-built. Change the design, and everything downstream follows — from the first site walk to day-two operations.
01 · Discover
Know the site before the visit
Requirements and floor plans become the model that every engine and every document downstream reads.
Requirements discovery
Surface the right requirements before the site visit with adaptive, dependency-aware discovery across every discipline on the project.
Project delivery
Floor-plan & site intake
Upload real floor plans and capture the building — walls, zones, ceilings, multi-floor — as the one model every engine reads.
Survey & design
02 · Design
Design every discipline on one model
Every discipline designs on the same building — the same walls, ceilings, and racks — so no engine works from a stale copy.
2D + 3D design studio
Place cameras, wireless APs, access control, conference AV, cabling, racks, and furniture from a real product library — in a live 2D canvas or full 3D scene.
Survey & design
Wi-Fi coverage
Plan AP placement and predict coverage with RF modeling that respects wall materials, then get remediation recommendations for the gaps.
ITU-R P.1238
Coverage physics
Camera coverage
Simulate camera fields of view and pixel density — with wall, glass, and racking occlusion — and generate POV reports and heatmaps.
DORI · IEC 62676-4
Coverage physics
Network design
Generate a tiered network topology with switch-port and patch-panel planning straight from the design.
Network design
Racks & MDF/IDF
Produce rack elevations and 3D MDF/IDF cabinet layouts that follow BICSI placement conventions.
BICSI
Network design
Structured cabling
Plan fiber and copper runs, and emit cable schedules and device labels to industry labeling standards.
BICSI · ANSI/TIA
Network design
Cable route optimization
Optimize cable routing and run lengths, and model pull tension before anyone pulls a cable.
Network design
PoE & electrical
Calculate PoE budgets, circuit and voltage-drop needs, and arc-flash.
IEEE 802.3 · NEC · IEEE 1584
Power & electrical
UPS & thermal
Size UPS runtime and rack heat load, and balance three-phase power.
Power & electrical
Conference AV
Assess rooms across display visibility, speech intelligibility, microphone pickup, and camera framing — per seat — with remediation.
AVIXA DISCAS · IEC 60268-16 STI
Conference AV
DAS, paging & sound masking
Design in-building cellular (DAS), paging, and sound masking on the same model.
NFPA 72
Coverage physics
Access control design
Doors, readers, locks, REX and controllers on the real plan — protocol-correct cable runs, controller capacity read from the datasheet, and UL 294 power sizing.
UL 294 · NFPA 101 · ADA
Access control design
03 · Document
Documents generated from the design
Scope, materials, cost, and contract — derived from the design itself, not re-keyed between tools.
Statements of work
Generate a Statement of Work from the survey, with reusable org scope templates.
SOW, BOM & estimating
Bill of materials
Turn the design into a reconciled bill of materials with line-item provenance.
SOW, BOM & estimating
Estimating & ROM
Estimate labor hours and cost with configurable rate cards, and produce a rough order of magnitude from the design.
SOW, BOM & estimating
Proposals, contracts & e-signature
Send proposals and agreements for e-signature with identity verification (OTP/KBA), reminders, and a signed completion certificate.
Proposals & e-signature
Reports & exports
Export project and survey deliverables as PDF, DOCX, PPTX, or CSV — with provenance and approval built in.
Project lifecycle
04 · Deliver
Carry the model through the build
Phases, changes, permits, logistics, and installs tracked against the design until the as-built hands off.
Multi-phase planning
Plan multi-phase rollouts with phase-level labor, cost, and schedule on an interactive timeline.
Project delivery
Change orders
Track change orders through their lifecycle, tie them to phases, and export a signed change-order record.
Project delivery
Permitting & inspections
Assemble jurisdiction-specific permit and inspection submittal packages, and track submittal milestones.
Project delivery
Orders & logistics
Manage orders and purchase orders, track shipments by carrier, and keep an auditable device-movement ledger.
Project delivery
Field operations
Mobile plans and task views for technicians on site, with device install tracking and photo verification against the design.
Field operations
As-built & quality
Track deficiencies, acceptance exceptions, and sign-offs in one record — then hand off the as-built as PDF or CAD.
Project delivery
05 · Operate
Operate against the design, not a guess
The design stays the reference after go-live — compare what is observed against it, and keep customers and renewals in the same system.
NetCommand
Compare designed versus observed network state with a golden-config diff, and get prioritized, advise-only remediation.
Network operations
Compliance frameworks
Get a recommendation for the applicable framework — SOC 2, NIST CSF, NIST 800-171, HIPAA, PCI DSS, IEC 62443 — from your industry and infrastructure. It advises; it does not certify.
Network operations
Customer portal
A branded self-service portal per customer — inventory, orders, renewals, and reports — with tenant isolation enforced at the data layer.
Customer portal
Renewals & AR
A renewal pipeline with status workflow, plus invoices, aging, and collections on real AR data.
Revenue operations
Grounded intelligence
SOC never invents the numbers
The physics and cost engines own every figure — SOC researches, suggests, and explains, grounded in your own operational data with provenance and per-tenant limits.
See it on your own floor plans
Design on real floor plans, walk it in 3D, and prove the coverage — then hand off to the field. Talk to us about what your team needs.