Process Continuity Layer

We're Not What You Think

You already have an LMS. You have Slack. You have a task manager. Great. None of them tell you when someone is silently drifting away from a process — or help them come back.

What ETBZ is NOT

Another LMS
A task manager
Gamification
A surveillance tool

ETBZ is a process continuity layer — it manages drift and recovery on top of the tools you already use.

The Category Gap

Every tool measures something. None measure the thing that matters most.

Content Tools

They measure completion

LMS platforms track who watched the video, passed the quiz, or finished the module. But someone can complete 100% of content and still disengage from the process.

Teachable, Thinkific, TalentLMS, Moodle, Kajabi
Work Tools

They measure tasks

Task managers show what's done and what's pending. They don't tell you that someone stopped updating 5 days ago, or that three people are one missed standup away from disengagement.

Asana, Monday, Trello, Jira
ETBZ

We measure continuity

ETBZ uses AI to track when someone last showed a behavioral signal — any signal. Not what they completed, but whether they're still engaged with the process. Silence is the measurement. Recovery is the response.

The only Accountability Engine on the market

The bingo board is the framework. Benefits are defined by you — professional milestones, not just swag.

LMS measures completion. Task tools measure work.
ETBZ measures continuity.

A Layer, Not a Replacement

ETBZ sits on top of the tools you already use

How it works

Process Continuity Infrastructure

ETBZ doesn't manage your content, your tasks, or your conversations. It adds a structured accountability layer that answers one question: is this person still on track, and if not, what's the right intervention?

What makes it different

Drift Detection + Recovery Engine

Other tools can tell you something is overdue. Only ETBZ defines what drift looks like, when it starts, what level it's at, and gives both the participant and the manager a structured path back.

Feature Comparison

What ETBZ does that other categories don't

CapabilityLMSTask ToolsCoaching
BetterUp, CoachHub, Mentorloop
CS Platforms
Gainsight, Totango, ChurnZero
ETBZ
Formal Drift detectionPartial
Canonical Re-plan policy
MVC (Minimum Viable Continuity)
Manual intervention measurement
Recovery paths (Re-entry)

The ETBZ Framework

Six mechanisms that can't be replicated with a spreadsheet or a Slack reminder

📡

Drift Detection

AI-powered detection of silence — days without any Meta-Action. Multi-level thresholds: Early, Significant, Critical. The system learns what drift looks like for each program type.

Not available elsewhere
🔄

Re-plan with Guardrails

Participants adjust deadlines within rules. Max 2 per week. Logged, visible, counted. Flexibility without chaos.

Not available elsewhere

MVC Mode

Minimum Viable Continuity. Grid shrinks to essentials. Stay in the process at reduced capacity instead of disappearing. The manager defines the Critical Path at setup — regulatory and safety tasks are never frozen.

Not available elsewhere
🔙

Re-entry Protocol

Structured path back after absence. Grid expands gradually, missed cells re-planned. No shame. No starting over.

Not available elsewhere
📐

Shrinking Grid

Board adapts. 25 impossible tasks become 8 that matter. Dynamic scope reduction with process integrity.

Not available elsewhere
📊

Intervention Measurement

Every manual touchpoint logged. AI surfaces patterns across programs: which interventions work, where to invest, what to automate next.

Not available elsewhere

"We'll Just Build It Ourselves"

The most common objection — and why it's harder than it looks

What You'll Build

A checklist with reminders

With AI and low-code tools, any team can build a bingo board with deadlines and notifications. That solves 10% of the problem.

What ETBZ Provides

An Accountability Engine

Rules-based system with canonical definitions for drift, recovery, and continuity management. Vertical templates, wizard, cohort comparison, and a framework that improves with every pilot.

What becomes hard in-house

Consistent drift definitions
Recovery guardrails
Team vs Team contribution logic
Cross-program normalization
Intervention measurement
Versioned policy changes

See the Difference in Action

Explore fully interactive demos across four use cases — or talk to us about yours.