PCNshark
Component Decision Management

Stop rediscovering the same component decision in every BOM.

The same microcontroller appears in a dozen BOMs across several programs. The knowledge about it usually does not — its lifecycle status, the alternates someone already evaluated, the sourcing context, and the reason behind the last decision live in whichever spreadsheet, thread, or head handled the question most recently.

PCNshark keeps one shared component record per part, spanning every BOM and program that uses it: lifecycle status with the evidence behind it, alternate recommendations (Team plans and above), distributor sourcing estimates, datasheets, notes, and a part-level history of who decided what, when, and why. Decide once, on the record — and every BOM that uses the part sees the same answer.

Available on Starter and Team. A payment method is required.

Scope

PCNshark records and connects the organization's component decisions. Engineering owns qualification and the decisions themselves — the record preserves them; it does not make them.

Reviewed by the PCNshark product teamLast reviewed
§ Self-check

Does your organization keep rediscovering its own component decisions?

Select what applies. Your answers stay in your browser and are never transmitted.

Does your organization keep rediscovering its own component decisions?

0 of 8 selected

The same part appears everywhere. The knowledge about it doesn't.

Take an illustrative STM32F407VGT6. It ships in BOMs A through D, across 3 programs and 4 active board revisions. Then the manufacturer marks it NRND. Without a shared component record, here is what typically exists instead:

None of these people are careless. They are missing a place where knowledge about the component — as opposed to knowledge about one BOM — is supposed to live.

§ One decision, two ways to make it

When the NRND notice lands, two different things can happen

The difference is not effort — both paths involve capable engineers doing a real review. The difference is whether the result lands somewhere every other team that uses the part can find it.

Without a shared record
  1. Notice forwarded to one program team
  2. That team checks its own BOM spreadsheet
  3. Alternates researched from scratch
  4. Sourcing asked over email, answer pasted somewhere
  5. Decision recorded in that BOM only
  6. Three other programs repeat the work later
With a component record
  1. Notice matched against monitored BOMs
  2. One component record opens — usage across every BOM and program
  3. Lifecycle decision reviewed with the notice attached as evidence
  4. Alternates and sourcing estimates already on the record
  5. Decision recorded once: who, when, old → new, why
  6. Every BOM that uses the part sees the same answer

A component decision made once, recorded once, and visible everywhere the part is used — instead of remade per program until the rationale is gone.

BOMs tell you where a part is used. The component record tells you what the organization knows about it.

Both levels matter, and they answer different questions. BOM-line data belongs to one design. Component-level knowledge belongs to the organization — and should not have to be re-derived per BOM.

What it describes
BOM level — this design

How one assembly uses the part: quantity, reference designators, revision, program

Component level — the organization

What is known about the part itself, wherever it is used

Lifecycle status
BOM level — this design

A column copied into each spreadsheet, drifting with every copy

Component level — the organization

One reviewed status with the evidence behind it — a supplier notice, a distributor signal, or an engineering judgment

Alternates
BOM level — this design

Re-researched whenever a program hits the problem

Component level — the organization

The manufacturer-recommended replacement from the notice plus spec-ranked functional candidates, kept with the part (Team plans and above)

Sourcing context
BOM level — this design

Whatever a buyer last pasted into the line notes

Component level — the organization

Stock, MOQ, price breaks, and estimated lead times across ~15 distributors, refreshed on demand — plus the team's own lead-time override where it disagrees

Datasheet
BOM level — this design

A PDF in someone's downloads folder

Component level — the organization

Found via available sources or uploaded once, attached to the record

Notes and evidence
BOM level — this design

Chat threads and tribal memory

Component level — the organization

Notes and attached evidence on the record — including which alternate the team prefers, and why

Decision history
BOM level — this design

Reconstructed from email, if at all

Component level — the organization

Part-level history: who changed what, when, old → new, with the reason and source

PCNshark keeps both levels connected. The BOM line answers "where, and how much"; the component record answers "what do we know, and what did we decide" — and the impact workflow ties each supplier notice to both.

Keep the decision history: who, when, old → new, why

Lifecycle changed

Active → NRND, recorded with who made the change, when, the reason, and the evidence behind it — a manufacturer notice, a distributor signal, or an engineering judgment. A reviewed manual decision is never silently overwritten; a later conflicting signal is flagged for review instead.

Lead-time override

The distributor estimate said 8 weeks; your supplier contact says 14. The override is recorded with the old value, the new value, who set it, and why — so the number on the record has a traceable origin instead of an anonymous edit.

Datasheet attached

Found via available sources or uploaded from a qualification package, recorded with who attached it and when. The next engineer opens the same document the decision was based on, instead of hunting for their own copy.

Evidence and notes added

Qualification results, notice excerpts, application caveats — and the alternate the team prefers, recorded as a note with its rationale. The preference travels with the part, not with the person who formed it.

§ Worked example

Example: see the blast radius before committing a lifecycle change

An illustrative NRND review. The manufacturer's notice names a recommended replacement; spec similarity ranks it for review — it is a prioritization signal, not qualification. The engineer reviews the part's full usage before applying the change. Illustrative data — every value here is invented.

Proposed change on the component record
Part
STM32F407VGT6
Lifecycle change
Active → NRND
Evidence
Manufacturer PCN + distributor listing
Mfr-recommended replacement
STM32H563ZIT6 (94% spec match)
Review before applying
  1. Usage resolved across monitored BOMs
  2. 14 BOMs, 6 programs, 3 active revisions affected
  3. Checked against prior reviewed decisions — a conflict would be flagged for review, never silently overwritten
  4. Replacement sourcing refreshed on demand: 18,420 in stock, MOQ 100, $4.82 @1k est., est. lead 14 wk
Applied — with the history recorded
BOMs affected
14
Programs / active revisions
6 / 3
Status applied
NRND, evidence attached
History event
Who · when · Active → NRND · why · source
Follow-up
Alternate evaluation opened per affected program

Illustrative data. Reviewing usage first does not force one outcome — a team can accept the change everywhere, carve out per-BOM exceptions through per-line impact decisions, or stage the transition per program. The point is deciding with the blast radius visible, and keeping the decision on the record. Sourcing figures are distributor estimates, not quotes.

§ Roles

Turn decisions into organizational memory

A shared component record is not about any single decision. It changes what the organization retains after each decision is made.

The engineer mid-investigation

Finds the last evaluation — the candidates considered, the evidence, the outcome — instead of repeating the research because the previous answer cannot be found or trusted.

Program teams using the same part

Reach consistent answers. When one program resolves an NRND, the others inherit the record — the status, the preferred direction, the reasoning — not a secondhand rumor of it.

The next owner of the design

Handoffs carry the component knowledge along. The record explains why the part is marked the way it is, which alternate the team preferred, and what evidence backed the call.

The organization after turnover

When the engineer who made the call moves on, the rationale stays: who decided, when, what changed, why, and from what source. Institutional memory stops depending on tenure.

A shared component record is a strong fit when:

The component record is not:

PCNshark keeps what your organization knows and decides about a component connected to the BOMs that use it. It complements — and does not replace — your parts database, PLM, and sourcing tools.

§ FAQ

Frequently asked questions

01What is a component record in PCNshark?
One organization-wide record per distinct part across your uploaded BOMs. It carries the part's lifecycle status with the evidence behind it, where the part is used, PCN impacts, alternate recommendations (Team plans and above), distributor sourcing estimates, datasheets, notes, and a part-level history of who decided what, when, and why.
02How do component records get created?
From the BOMs you upload. As each BOM is ingested, every distinct part resolves to one shared record — so the catalog reflects the parts your organization actually uses, without a separate data-entry project.
03Can we set lifecycle status manually?
Yes. A manual lifecycle decision is recorded with its evidence and reviewer. If a later signal disagrees — a supplier notice, for example — the conflict is flagged for review; a reviewed manual decision is never silently overwritten.
04What appears in the decision history?
Part-level events: lifecycle changes (old → new), lead-time overrides, datasheets attached, and evidence or notes added — each with who, when, and the reason and source. It is a component audit trail on the part, not a workspace-wide audit log.
05How are alternates handled on the record?
Two kinds, kept distinct, on Team plans and above: the manufacturer-recommended replacement extracted from the notice itself, and functional candidates ranked by specification similarity with the differing specs shown. Neither is an approval — similarity is a prioritization signal, and qualification remains with engineering.
06Can we record which alternate our team prefers?
Yes — as a note with its rationale and any supporting evidence on the component record, alongside the evaluation it came from. The preference is preserved as recorded knowledge with a who and a when, rather than living in one engineer's memory.
07Where does the sourcing data come from?
Distributor data across roughly 15 distributors — stock, MOQ, price breaks, estimated lead time, authorized versus independent context, and a market median at 1k — refreshed on demand when you view the part. These are estimates for decision context, not quotes, and not live inventory or guaranteed availability.
08What if our lead-time information is better than the estimate?
Record a lead-time override. The record keeps your number, the estimate it replaced, who set it, and why — so downstream decisions use the better figure without losing its origin.
09What happens when a lifecycle change touches many BOMs?
The record shows the usage — BOMs, programs, and revisions — before the change is applied, so the team commits with the blast radius visible. Impact triage then supports per-line decisions and exclusions per BOM, with manufacturer mismatches detected and flagged; one status change does not force one uniform response everywhere.
10Does this replace our parts database or lifecycle-intelligence platform?
No. PCNshark is not a parametric search engine or a predictive lifecycle database. It is where your organization's own decisions about its own parts live — connected to the BOMs, notices, and impacts that drove them — and it works alongside the reference platforms you already use.
11How does this connect to PCN processing?
The PCN workflow and the component record share the same parts. When a notice arrives, its affected MPNs match against your BOMs, and each affected part's record supplies the context — lifecycle, prior decisions, alternates, sourcing estimates — while the disposition and evidence flow back onto the record.
12What happens after the 14-day trial?
Starter and Team include a 14-day trial and require a payment method. After the trial, the plan continues unless you cancel. Scale begins as a paid subscription rather than a trial.

Give every component decision a place to live

Upload the BOMs your team already maintains, and every distinct part gets one shared record — lifecycle status with evidence, alternate recommendations (Team plans and above), sourcing estimates, datasheets, and a decision history that outlasts the spreadsheet and the person who kept it.

Starter and Team include a 14-day trial. A payment method is required. Scale begins as a paid subscription.
§ Keep reading

Related resources

Workflow and record descriptions are based on PCNshark's current production capabilities. All part numbers, counts, prices, lead times, and dates on this page are invented illustrative examples, not customer data. Distributor figures are estimates refreshed on demand, not quotes. Engineering, quality, and sourcing owners remain responsible for qualification and final decisions.