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Instruments for infrastructure

Infrastructure, made legible.

Bramel Labs builds the instruments that show operations teams what their infrastructure actually costs — and where it actually runs.

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A single continuous line begins as a cable route traced through a data hall floor plan — up from a rack into an overhead tray, along the tray, and down into another row — then leaves the room and rises as a cloud spend curve, continuing as a dashed forecast.

One measurement model · two layers of the same infrastructure

The premise

Every organisation runs on two ledgers, and almost nobody can read both.

One ledger is physical: racks, ports, breakers, trays, several thousand metres of cable that someone pulled in 2019 and labelled from memory. The other is financial, and it arrives as commitments, allocations, forecasts, three providers billing in three different shapes.

The gap between them is where budget quietly disappears and outages quietly begin. We build one instrument for each layer, on the same principle: model the system honestly, measure it continuously, and make the result legible enough to act on.

Cloud financial operations

Available now

The money you already spent, finally attributable.

Three providers bill in three shapes, on three calendars, with three definitions of a discount. ArgentOps normalises all of it into one allocated ledger — then forecasts it, assigns it to the teams who spent it, and names the money that is committed but idle.

  • Explore
  • Forecast
  • Commit
  • Reconcile
  • Allocate
  • Operate
Explore ArgentOps
The ArgentOps cloud cost overview: total spend, next-month forecast, planned savings, commitment coverage at 25.2 percent and $43,240.46 of unused commitment, above a chart of actual spend running into its forecast.

Unused (waste)

$43,240.46

Committed, billed, and sitting idle — surfaced on the overview rather than found in November.

Infrastructure topology

In development

The room as it was actually built, not as it was drawn in 2019.

Most sites keep their truth in three places: a floor plan, a spreadsheet of ports, and someone who has worked there eleven years. Bramel-DCIM holds one topology graph instead. Every rack, panel, port, cable run and power path sits in it, so a change in one place shows its consequences everywhere else.

  • Model
  • Cable
  • Route
  • Draft
  • Power
  • Prove

Not released yet. The topology model, the drafting canvas and routing are built; power planning and migrations are being hardened before the first release.

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Room 2 · east hall

Run CG-2214 · 84 ft

TRAY · FIBRERACK C-08RACK B-11
Panel
2U · 24 port
16 patched · 8 free
Port
14 · OM4
LC–LC duplex
Route
3 segments
tray B → tray D

The through-line

Two instruments. One method.

Nothing here is a dashboard bolted onto an export. Both products run the same loop, in the same order, over their own layer of the same infrastructure.

  1. 01

    Model

    Describe the system as it is

    ArgentOps
    Accounts, tags and org structure
    Bramel-DCIM
    Rooms, racks, panels and ports

  2. 02

    Measure

    Take a reading you can trust

    ArgentOps
    Every bill line, normalised
    Bramel-DCIM
    Every port, path and circuit

  3. 03

    Allocate

    Attach it to someone

    ArgentOps
    Department, service, owner
    Bramel-DCIM
    Rack, run, breaker

  4. 04

    Forecast

    Say what happens next

    ArgentOps
    Twelve months, per service
    Bramel-DCIM
    Capacity and load headroom

  5. 05

    Act

    Change it, and see what moved

    ArgentOps
    Commitments and planned savings
    Bramel-DCIM
    Moves, adds and changes

Who this is for

Get started

Bring us the layer you cannot see.

A demo runs on your own shape of infrastructure — your billing exports, or your room. Thirty minutes, no slide deck.

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