PLAYONOMY PULSE

The Operational
Reality Layer

See what is happening.
Understand what matters.
Act where it matters.

Pulse connects the systems, processes, resources and people already operating inside a factory into one continuously updated operational view.

OPERATIONAL FLOW / EXAMPLE

IN DEVELOPMENT
  1. SYSTEMS
  2. PROCESS FLOW
  3. RESOURCES & PEOPLE
  4. CURRENT STATE
  5. HUMAN ACTION

01 / Operational fragmentation

The factory already has the data.

ERP knows orders.

MES knows execution.

WMS knows materials.

Machines generate telemetry.

Planning knows the plan.

People know what is really happening.

The problem is not the lack of information.

The problem is that operational reality is fragmented.

ERP
MES
WMS
Planning
Machines
IoT
Excel / local systems
↓

PULSE

02 / Connection, not replacement

One operation. One Pulse.

Pulse is not another ERP.

It is not another MES.

It is not another dashboard.

Pulse connects what already exists and gives it operational context.

Pulse does not require replacing existing systems.

ERP
MES
WMS
Planning
Machines
IoT
Excel / local systems
→PULSE

03 / Structure → transformation → execution

What is it made of? BOM. How does it become? Process Flow. What is happening now? Pulse.

PRODUCT X

EXAMPLE · EXPERIMENTAL

BOM

Material A

Material B

Material C

↓ PROCESS FLOW

01 → 02 → 03 → 04 → … → 56

↓ CURRENT STATE

34 / 56

60.7%

Every product can have a different process count.

45 steps.   56 steps.   73 steps.

Pulse does not force every operation into the same process.

It gives different processes the same operational language.

04 / Universal operational language

Different factories. Different processes. One operational language.

Pulse does not create another industrial vocabulary.
It uses the terminology people already understand:

BOMProcess FlowCapacityThroughputDowntimeWIPOEEKPIQualityResources

Then connect them into one operational context.

Pulse doesn't replace the factory's language.
It connects it.

  1. BOM
  2. PROCESS FLOW
  3. CURRENT STATE
  4. KPI IN CONTEXT

05 / Performance in context

Dynamic Pulse KPI

Pulse does not invent a new KPI language. It makes existing KPIs dynamic, contextual and connected to the current operational state.

EXAMPLE / EFFICIENCY

87%

Target 92% · Actual 87%

Product
Product X
Process
Step 34 / 56
Node
Node 17
Time
Current state / example
Plan / Target
92%
Actual
87%
Current State / Constraint
Material

Traditional KPIs describe performance.

Pulse Dynamic KPIs show performance in context — as the operation evolves.

  1. Product
  2. Process
  3. Node
  4. Time
  5. Plan
  6. Actual
  7. Current State

06 / Current operational state

Pulse sees the state.

PRODUCT X

EXAMPLE · IN DEVELOPMENT

PROCESS
34 / 56
FLOW
60.7%
MATERIAL
READY
EQUIPMENT
RUNNING
HUMAN
AVAILABLE
CAPACITY
82%
QUALITY
OK

CURRENT CONSTRAINT

NODE 17

ACTION

REPLENISH MATERIAL

Pulse is not only asking what happened.

It continuously shows what is happening.

07 / From state to action

From visibility to action.

  1. CURRENT STATE
  2. KPI
  3. DEVIATION
  4. CONSTRAINT
  5. ACTION
  6. RESULT
  7. NEW STATE

Pulse does not exist to create more reports.

It exists to help people see where the operation needs attention and act with better information.

The human remains in control.

Pulse does not replace human decisions. Pulse gives people better operational visibility.

08 / Transformation

Pulse is not installed. It is built around the operation.

  1. 01 — MAP

    Understand the factory.

    Products. BOM. Process flows. Nodes. Resources. Systems. Data.

  2. 02 — CONNECT

    Connect what already exists.

    ERP. MES. WMS. Planning. Machines. IoT. Local systems.

  3. 03 — MODEL

    Create the operational model:

    BOM → Process Flow → Nodes → Resources → State

  4. 04 — ACTIVATE

    Deploy the Pulse operational layer.

    Kiosks. Screens. Interfaces. Pulse Core. Real-time state.

  5. 05 — EVOLVE

    Use Discoveriny to discover what the factory actually needs next.

09 / Discoveriny

We don't build what we assume you need.

Once Pulse is operating, the factory reveals what is actually missing.

  1. Observe
  2. Identify
  3. Prioritize
  4. Build
  5. Measure
  6. Learn

Discover what is missing.
Build what is needed.

Additional capabilities are created only when the real operation demonstrates the need. The architecture stays open, not tied to a fixed catalogue of future modules.

Explore Discoveriny →

10 / Business model

Transformation first. Evolution by choice.

Pulse is not a subscription product.

01 / TRANSFORMATION

A one-time investment

To build the Pulse operational foundation.

↓ OPERATIONAL PARTNERSHIP

1, 2 or 3 years

The factory chooses its partnership period.

  1. Operate
  2. Improve
  3. Discover
  4. Build
  5. Measure

↓ AFTER THE TERM

The factory decides what happens next.

  • Continue with Playonomy.
  • Continue independently.
  • Start another partnership term.

There is no forced renewal.

The goal is to leave the factory with an operational capability, not dependency.

The factory keeps its operational capability.

How we build together

UUNITEPeople, knowledge and perspectives.
JJOINBecome a participant in building together.
SSHAREIdeas, experience and opportunities.

People. Knowledge. Ideas. Experience.

↓

A factory may choose to share its experience, lessons and measured results with the Playonomy ecosystem.

Sharing is voluntary.

It is not a marketing requirement. If a factory chooses to share results, those results can become case studies, research, references, industry learning and future opportunities.

11 / Real-world experimentation

Built in reality.

Pulse is designed to be tested in real operations.

EXAMPLEEXPERIMENTALIN DEVELOPMENT

The operational views on this page are illustrative examples, not live factory data or verified performance results. No real-world performance claims are presented here.

When verified factory results become available:

  1. Before
  2. Transformation
  3. Measured Result
  4. Evidence
  5. Lessons Learned

Factory names, data and performance results will only be published with explicit permission.

What is happening inside your operation?

Bring us the operation.
We will discover what it needs.

Explore Playonomy →

The objective is not more software.
Less operational fragmentation. Faster decisions. Clearer execution. Measurable value.