Goal Positioning System for Execution

Just keep talking. We'll execute the rest.

Every decision, owner, risk, and dependency — plotted live on the GPS, the moment it's spoken.

Google Meet · Zoom · Teams AI Extraction Consent-gated capture Human-correctable, end to end
0
Typed signal classes extracted live — activities, decisions, questions, research, risks, dependencies, observations.
0s
Live board cadence. Streamed updates as the meeting runs — push, with a 1.5-second polling fallback.
0%
Of AI inferences are correctable — objectives, owners, mappings, dependencies. Every edit syncs everywhere.
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Covert captures. Disclosure, consent, and DPA acknowledgement are enforced in code before a bot can join.

The problem

The most expensive hour in business is the one nobody writes down.

Decisions get made, owners get implied, risks get mentioned once — then the call ends and the record is a memory. By the next meeting, the room is re-litigating what it already decided.

01

Decisions evaporate

Verbal commitments leave the room with no owner, no priority, and no trail back to who said what — or when they said it.

02

Execution drifts off-strategy

Work accumulates that maps to no objective. Ghost work consumes quarters while the OKRs it ignores quietly slip.

03

Accountability blurs

Without attribution to the source conversation, ownership becomes negotiable after the fact — and follow-through becomes optional.

The platform

One continuous system of record for execution.

From the first spoken word to the executive portfolio view: every item is typed, owned, mapped to the objective it serves — and traceable back to the moment it was said.

01 / LIVE CAPTURE

In the room, in the open.

A named bot — your name, your tile — joins Google Meet, Zoom, or Microsoft Teams as a visible participant. There is no covert mode: disclosure, participant consent, and data-processing acknowledgement gate every capture, enforced at dispatch.

Also captures without a bot: in-room microphone, typed notes, or transcript upload.

Live meeting — 4 participants
SWS. Wright
KDK. Diaz
JMJ. Moore
RECGoal Digger
02 / TYPED EXTRACTION

Structure, as it's spoken.

The model reads the conversation in rolling windows and emits typed, deduplicated items — not summaries. Each one carries an owner, a priority, an effort size, and a confidence score; near-duplicates are merged, not repeated.

Window size, cadence, and confidence threshold are tunable per workspace — no redeploy.

The type system
ActivityACT DecisionDEC QuestionQST ResearchRES RiskRSK DependencyDEP ObservationOBS

“…then let's lock the usage-based model for Q3 — Kim, can you own the rollout?”

EXTRACTED
DEC-12Adopt usage-based pricing for the Q3 rolloutKim · High
03 / GOAL POSITIONING SYSTEM

Every item lands on the objective it serves.

Items flow into objective lanes — sized by effort, flagged by priority, linked by dependency. One glance shows where execution concentrates, what's blocked, and which work maps to no objective at all.

Off-OKR drift is measured, not suspected: ghost work is surfaced the moment it appears.

Portfolio signals
214Items mapped
12%Off-OKR drift
9Risks owned
Onboarding43
Service model31
Trust & compliance24
Market intel15
04 / EXECUTIVE OVERVIEW

A portfolio, not a transcript.

Across every meeting: owner load, action-item status, execution risks, off-OKR drift, and cost per session. The Overview reads like an operating review — because that's what it is.

Session cost and model usage are metered and visible — the system accounts for itself.

Executive overview — all meetings
26Meetings
38hCaptured
$4.12Total cost
Closed / decided96
In progress68
Blocked22
Unowned28

How it works

From spoken word to system of record.

01

Join

A consent-gated bot joins the call as a named participant — or capture runs from an in-room mic or an uploaded transcript.

02

Transcribe

Speech becomes a speaker-attributed transcript stream, flowing in while the conversation continues.

03

Extract

The model reads rolling windows and emits typed items — deduplicated, merged, and confidence-filtered.

04

Map

Each item lands on the GPS under the objective it serves, with owner, priority, effort, and maturity attached.

05

Govern

The room corrects anything, live. Every inference is editable; every edit syncs across map, inventory, and overview.

The Goal Positioning System

Watch the board assemble itself.

This is the live surface your leadership sees during the meeting — objectives as lanes, items as cards, dependencies as threads.

goal-digger · goal positioning system — live LIVE
Goal Digger Triage — 3 items need attention now 2 unowned · 1 blocked
O1Designated MVP

Athlete Onboarding & AI Profile Engine

KR — approved athlete profile in under a day, proven with 3 real athletes.
ACTACT-01
Turn the 45-question form into a conversational onboarding guide
Shimon · In progress
DECDEC-04
Approve the AI profile flow as the MVP path
Leadership · High
O3Gates launch

Trust Foundation — Security, Privacy & Compliance

KR — data classification + legal review complete before sensitive data is collected.
RSKRSK-02
Minor-athlete data raises GDPR & image-rights exposure
Shimon · Escalate
DEPDEP-03
Legal review must precede collection build-out
Legal · Blocked
Activity Decision Risk Dependency Captured this session

Governance & trust

Built to be trusted in the rooms where it matters.

Capture technology fails on trust before it fails on tech. Goal Digger treats governance as architecture, not policy — enforced in code, visible in the product.

Consent before capture

The bot cannot be dispatched until disclosure, participant consent — all-party where the law requires it — and data-processing acknowledgement are confirmed. The gate runs at dispatch, in code.

Visible, named presence

Goal Digger appears in the call as a participant with your chosen name and tile. Everyone in the meeting can see the meeting is being captured — there is no silent mode to misuse.

Human authority over AI inference

Every inferred objective, owner, mapping, and dependency is correctable by the people in the room — and corrections feed the learning loop, so extraction improves on your vocabulary, not a generic one.

Walled workspaces

Each company operates in an isolated workspace — its own mission, workstreams, objectives, and team. Nothing crosses the wall; isolation is designed for login-enforced auth.

§ Transcripts are processed under the applicable Data Processing Agreement. Capture is blocked for restricted meeting classes.

Architecture

Enterprise-grade plumbing. No theater.

Meeting

Meet · Zoom · Teams
bot or in-room mic

Ingest

webhook stream
speaker-attributed

Extract

LLM · windowed
dedup + merge

Store

durable state
per-workspace

Stream

SSE push
1.5s poll fallback

Board

map · inventory
overview

Model-agnostic

Provider and model are workspace settings, applied to the next extraction — no redeploy, no lock-in.

Cost telemetry

Token and dollar metering per session, per model — surfaced in the product, not buried in a billing console.

Tunable extraction

Window turns, window seconds, and confidence threshold are governed per workspace to keep noise off the board.

Serverless core

Zero-dependency Node runtime behind serverless handlers — a small, auditable surface area.

Provider seam

Capture is pluggable: meeting bot, browser mic, transcript upload, and replay all drive the same ingest path.

Degrades gracefully

If push fails, polling continues. If extraction is unavailable, a rule-based fallback keeps capturing.

The minutes write themselves. The map draws itself. The room stays accountable.

Put your next conversation on the map.

Open the platform, join a live call, or replay a captured meeting — and watch the board assemble itself in real time.