Screenshot: client layer
Client
Switch pictures with colour-coded ports, one card per VLAN and profile. Ready to hand to the client.
One unbroken thread from design to deployment
Draw it or write it.
The same design, either way.
The network drawing an AV integrator can hand to the client, the installer and the programmer, from one model. Draw on the canvas or type it as text. It knows the real hardware, checks the design as you go, and produces the schedules.
Screenshot: the canvas view of this design
# Boardroom · AVoIP on Netgear M4250 SW-01: m4250-16xf "Core switch" role=core ip=10.10.10.2 SW-02: m4250-26g4f "AV edge" role=edge ip=10.10.10.11 ENC: nvx-e30 "Encoder" x2 DEC: nvx-d30 "Decoder" x2 DISP: display "85in Display" x2 vlan 30 NVX-VIDEO subnet=10.10.30.0/23 igmp=on querier_on=SW-01 vlan 40 DANTE subnet=10.10.40.0/24 igmp=on querier_on=SW-01 SW-01 vlans 30,40 SW-02 vlans 30,40 profile "Video – NVX" video vlan=30 profile "Audio – Dante" audio-dante vlan=40 SW-01 ports SFP+1 module=netgear-agm731f profiles=all SW-02 ports SFP1 module=netgear-agm731f profiles=all SW-02 ports 1-8 profile="Video – NVX" SW-01:SFP+1 -> SW-02:SFP1 45m ENC-01..02:LAN -> SW-02:1-2 10m DEC-01..02:LAN -> SW-02:3-4 10m DEC-01..02:HDMI OUT -> DISP-01..02:HDMI 1 2m
⌘Enter applies the text to the drawing. Regenerate writes the drawing back as text. This example parses with zero errors and zero issues.
One model, four views
From client sign-off to the install pack
Every layer is drawn from the same design file. Change a device once and the client view, schematic and install documents all follow.
Screenshot: overview layer
Overview
The whole system at a glance: every device and how it connects.
Screenshot: schematic layer
Schematic
The engineering view: real port numbers, VLANs, LAGs, cages and optics, IGMP and DHCP.
Screenshot: install layer
Install
Full physical detail for site: cables and connectors, AVIXA-style labelling, and the schedules installers work from.
Under the hood
Design as code
Design once. Devices, ports, VLANs and settings are expressed as code. One drawing produces the client documents, the engineering schematics, the installer files, and every device, port, VLAN, PoE and cable schedule.
catalogueIt knows the hardwareNetgear's M4250, M4350 and M4500 AV lines, plus Crestron, Extron, Shure, WyreStorm, ZeeVee, AVPro, Aurora and more, with real ports, cages, optics and PoE classes.
profilesAll 51 Netgear AV profilesEvery template, with what it configures on the switch, scheduled per port.
physicalChecks as you drawFibre/copper and connector mating, link speeds, PoE budgets and classes, pass-through PoE.
networkNetwork rules tooVLAN and profile consistency, DHCP pools inside subnets, IGMP querier placement, multicast addressing.
standardsAVIXA-alignedBuilt around F501.01 cable labelling, J-STD-710 symbols and D401.01 documentation practice.
local-firstYour drawings stay yoursDesigns live on your own disk or your company's shared folders. Our servers never hold the drawings.
schedules →
VLANAV profileportcableequipmentPoE budgetLAG
as CSV · drawings as SVG, PNG
design → deploy → observe
Three tools. One unbroken thread.
Mitos Design
Draw on the canvas or type it as text. Four layers, from client drawing to install pack.
Open DesignMitos Deploy
Turn the same design file into switch configuration. What you drew is what gets pushed.
Get notifiedMitos Observe
Compare the live network against the design. See drift, link state and PoE draw against what was specified.
Get notifiedFree during the beta
Every beta account has Pro features: all four layers and every schedule, no card needed. Paid plans start after the beta, and beta testers hear first.
Start free, upgrade when you send to site
Free covers a small room. Paid plans add the schematic, install layer and schedules. Prices exclude VAT.