Newly-Public
Companies: Preliminary Earnings Releases May Omit Material SBC
Charges
In the first 4-8 quarters post-IPO, companies frequently issue
preliminary earnings results that omit or understate IPO-related
compensation charges (RSU vesting acceleration, advisor grants, IPO
bonus awards). The full 8-K or earnings call then reveals the omitted
charges, breaking analyst models and causing sharp single-day declines.
This is IR function immaturity — the company has not yet learned what
"material" means for public market communication — rather than
deliberate concealment, but the stock impact is identical.
Evidence
- FIGR Q4 FY25: Issued preliminary results on February 13, 2026. Full
8-K (February 26) revealed Q4 SBC of $40.2m — 64% of the full FY25 SBC
total in a single quarter, driven by IPO-related advisor grants and
graded vesting acceleration. Not disclosed in the preliminary
release.
- Result: 27% single-day stock decline when the full filing landed.
Management subsequently guided $21m/Q normalised run-rate, suggesting
the omission was a communication failure, not a structural change. But
the damage was done.
- Pattern context: FIGR was only 2 quarters public at the time of this
report.
Implication
For any company in its first 8 public quarters: do not rely on
preliminary earnings releases as a clean proxy for the full filing.
Specifically:
- Verify SBC line items independently in the full 8-K before updating
a model.
- If a company has IPO-related equity grants (common in the 12 months
following listing), model a potential spike quarter; don't assume
run-rate.
- A SBC spike in the first 2 quarters post-IPO is more likely IR
immaturity than a structural compensation problem — apply the three-part
SBC normalisation test before changing thesis (see
sbc-compression-trajectory-dilution-resolution.md).
- When a preliminary release is followed by a sharp stock drop on
full-filing disclosure, the default hypothesis should be communication
failure (weight: 60%), not management credibility failure (weight: 40%).
Adjust based on pattern frequency.