Component allocation risk

The part that stops
your build is already
on your BOM.

You just don't know which one yet. We find it
before the board is frozen.

No commitment. Findings delivered whether or not you hire us.

bom_evt_rev_c.csv — 220 linesSCANNING
0 of 8 lines flagged  

The problem

Hardware slips on one line out of two hundred.

Not because the engineering is wrong. Because a single component turns out to be unavailable, and nobody saw it coming early enough to design around it.

0
week lead times on constrained analog and sensor parts
0
weeks of schedule lost when a build stalls on one part
0
list price on the open market once you're already late

Large companies absorb this with headcount. Under a hundred people, nobody owns it — and you're the smallest buyer in the allocation queue, so you're served last.

How it works

01 — INTAKE

You send one BOM

A spreadsheet with manufacturer part numbers, your build volume and your target date. That's the whole ask.

02 — NORMALISE

We validate every line

House numbers, obsolete numbering and lines with no sourceable part behind them surface immediately.

03 — SCORE

Six dimensions, every part

Lead time, concentration, lifecycle, inventory depth, allocation history and substitution difficulty.

04 — REMEDY

Named alternates, not warnings

Every flagged line comes back with a replacement and the specific engineering change it requires.

RECEIVED — bom_evt_rev_c.csv
LSM6DSOXTRqty 300
MAX30101EFD+Tqty 300
TPS62840DLCRqty 600
NRF5340-QKAAqty 300
+ 216 more lines—
NORMALISED — 220 lines, 214 resolved
4 distributor house numbersRESOLVED
2 lines, no valid MPNUNSOURCEABLE
1 obsolete part numberSUPERSEDED
213 lines validatedOK
SCORED — 8 lines carry real risk
MAX30101 · optical AFE26 WK · SINGLE
LSM6DSOX · 6-axis IMU18 WK · SINGLE
DRV2605L · haptic driver22 WK · NRND
nRF5340 · SoC12 WK · WATCH
SI7021 · humidity16 WK · WATCH
REMEDIED — alternates with change scope
MAX30101 → alternate AFEFOOTPRINT CHANGE
LSM6DSOX → BMI270DROP-IN · 9 WK
DRV2605L → active equiv.DROP-IN
nRF5340 · buffer 8 wk earlyNO CHANGE
Schedule recovered~7 WEEKS

What we do

Three ways in.

Start with the assessment. Most teams do.

01 / ASSESSMENT

BOM risk assessment

Every line scored across six dimensions. Named alternates for each high-risk part, with the engineering change each one requires. Five business days.

$2,500 · fixed fee
02 / EXECUTION

Managed procurement

We run the buy on your accounts and your capital. Orders sequenced against the build calendar, suppliers chased weekly. You keep title to every part.

10% of material spend
03 / COVERAGE

Fractional NPI

A program manager for the build cycle without the headcount. Weekly engineering cadence, written status every Friday, allocation managed through EVT to PVT.

From $5,000 / month

The method

Six dimensions, scored the same way every time.

A risk without a remedy is just a complaint.

01

Lead time vs. build date

Measured against your actual schedule with margin — not against a catalogue number.

02

Sourcing concentration

Single source, single fab, single region. Where the chain narrows to one point of failure.

03

Lifecycle status

Active, not-recommended-for-new-design, or end-of-life. Free to avoid, expensive to fix.

04

Inventory depth

Stock across authorised distribution relative to what you need, at your volume.

05

Allocation history

Whether this family has gone on allocation before, and what happened to small buyers when it did.

06

Substitution difficulty

Drop-in, footprint-compatible, or requires a respin. This decides whether a flag is urgent.

← SCROLL OR DRAG →

Why us

Everyone else gets paid after it goes wrong.

Distributors sell parts. Brokers sell scarcity. Contract manufacturers bundle a markup into the build quote. We're the only ones whose fee doesn't depend on the shortage happening.

THE OPEN MARKET

Paid at the moment you fail

The broker's margin is created by your shortage. The worse it gets, the more they make — and the parts arrive with counterfeit risk attached, because that's what the open market is.

$15,000–30,000
ON ONE SHORTED LINE
HYPHENHW

Paid to make sure you don't

A stated fee against a stated scope, earned by catching the risk while your team can still act on it. Authorised distribution only. We never take title, so we never profit from scarcity.

$6,000
10% OF A $60,000 BUILD

Where this came from

It didn't come from market research. It came from watching program managers hoard constrained parts and trade them between builds, because no system existed to do it properly. ASM HASAN — FOUNDER

Years running new-product-introduction programs for consumer wearables — manufacturing DRI across PCBA fabrication, assembly and validation builds, owning sourcing and allocation for exactly the constrained categories this business exists to handle. Electrical engineering background, so the conversation with your EEs about second-sourcing is technical, not clerical.

Who this is for

Teams building real hardware without a supply chain function.

Seed to Series BRunning EVT, DVT or PVT with no one who owns component risk.
Sensor-heavy devicesWearables, robotics, medical and industrial — wherever IMUs, AFEs and power ICs dominate the BOM.
Engineering-led teamsBrilliant EEs and no procurement function, because you haven't needed one until now.
First production rampPrototype quantities to real volume, where allocation bites hardest.

Start here

Send us one BOM.

We'll score it and tell you what we find. No charge, no commitment, and you keep the findings whether or not you work with us.

  • Send the BOM as a spreadsheet with manufacturer part numbers
  • Tell us your build volume and your target date
  • Findings back within five business days