How a Series A robotics team could file 4 patents in 6 weeks

Illustrative scenario — a composite of how a Series A robotics team could run an engagement, not a specific client. SlingIP is pre-revenue; we do not publish real-client case studies until a signed customer has given written permission.

Picture a Series A robotics team with 14 engineers, eight months before their first major product demo: a §102(b) clock starting on demo day, zero patents on file. Here's how an engagement like that could reach four filed provisionals by demo day.

The setup

Sensor fusion product with three core inventions: a timestamp alignment kernel, a pose-prior pre-trained on synthetic data, and a multi-modal occupancy grid. Plus a likely fourth around the inference pipeline's safety envelope.

A team in this position would typically have a patent budget in the tens of thousands at Series A close — generous but not unlimited — and might have already run one prior engagement with patent counsel that produced a single filed claim and a lot of attorney emails. The open question is whether SlingIP's promise of "first read from 6–10 hours down to about 2" holds up in practice.

Week 1 — Intake and the Invention Value Assessment Portfolio (IVAP)

A CTO in this position would upload the architecture deck, the safety model spec, and read access to the robotics monorepo. SlingIP's pipeline runs in well under an hour wall-clock. A team with this profile would typically see the IVAP return around 7 candidates: a handful of "file now" classifications, a couple of "investigate," and possibly one trade-secret recommendation — a proprietary calibration routine that's a better fit for a trade secret because it's hard to reverse-engineer from the product.

A team could reasonably expect the timestamp alignment kernel — often the crown jewel in this kind of stack — to surface a human-verified prior-art reference they hadn't found on their own, such as a 2021 event-camera fusion patent from an established sensor company. The IVAP wouldn't say "don't file"; it would say "file with these element-level differentiators that aren't in the prior reference."

Weeks 2–3 — Counsel onboarding

They would engage an independent registered patent agent, with an engagement letter signed within a few days and a flat fee scoped to the four inventions. Having the agent read the IVAP before the kickoff call tends to shorten that first conversation considerably compared to explaining the inventions from scratch.

Weeks 3–5 — Drafting and inventor interviews

Two inventor interviews per invention (~30 minutes each) would be typical. The IVAP's inventorship attestation would flag exposure cases — for example, an engineer's prior employment doing similar early work — so counsel can clear the exposure with a short call and a signed assignment confirmation. Drafting would run in parallel over roughly three weeks.

Week 6 — Filing

All four provisionals filed ahead of the product demo — a timeline that's realistic when the prior-art search and claim sketches are already done going into drafting.

What a team like this would keep doing differently afterwards

Many teams in this position would run a SlingIP IVAP every quarter as their internal patent committee's working document, so inventions surface earlier, the rubric scoring drives prioritization, and the audit trail supports their investors' IP diligence at each board meeting.

The platform's biggest value in a scenario like this usually isn't the time saved on prior art alone — it's that it forces a structured conversation between engineering and counsel that would otherwise happen ad-hoc, late, and often after the bar clock had already started.