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From Spreadsheets to Sensory Timelines: Ajinomatrix Opens Astounding Experimental MP6 and Risk Mitigation Features for Early Testing

Ajinomatrix has reached a new experimental milestone.

For years, one of our core observations has been simple: sensory science, food R&D and product innovation have produced enormous amounts of valuable data — but much of it remains trapped in spreadsheets, scattered panel reports, archived trials, batch notes, recipe files and isolated product-development documents.

A pile of past experiments is not yet a memory.

To become useful again, sensory data must become structured, comparable, replayable and interpretable.

This is where MP6 begins.

MP6 — Multi-Perception 6 — is Ajinomatrix’s emerging sensory file format for recording and exchanging structured perception data across six dimensions: sight, smell, taste, touch, sound and intuition / psychosensory response.

With the latest MP6 Studio and BSPG-G experimental tools now available online, users can begin testing a broader workflow:

convert sensory data → create MP6 files → record new sensory impressions → play sensory timelines → explore experimental intuition and weak-signal layers.

These tools are early, experimental and still evolving. But they already point toward a new practical question:

What if food companies, researchers, artisans and sensory teams could transform their existing sensory history into manageable MP6 files — then progressively build their own historic interpretative sensory databases?



Experimental notice — please read first

The tools described below are early-access research and demonstration features.

They are provided for exploration, learning, prototyping and structured reflection. They are not validated regulatory, medical, legal, financial, food-safety or production-certification instruments.

In particular:

  • MP6 tools do not certify the safety or quality of a product.

  • BSPG-G does not predict crises or guarantee risk detection.

  • The MP6 intuition layer is experimental and should be treated as subjective / psychosensory annotation.

  • Food production, safety and quality decisions must still rely on qualified professionals, laboratory testing, HACCP, validated QA/QC procedures, regulatory requirements and internal company protocols.

  • Any use of these tools is exploratory and at the user’s own responsibility.

Ajinomatrix provides these tools to open a research and innovation pathway, not to replace professional judgment.


1. MP6 Studio — the sensory file toolchain

The central entry point is:

Direct standard/tool access is also available through:

MP6 Studio is the public toolchain around the MP6 sensory file format. It currently brings together browser-based tools that allow users to convert, inspect, validate, play, record and report sensory data.

The current MP6 Studio family includes:

  • MP6 Converter — transform Excel, CSV and sensory spreadsheets into MP6-compatible files.

  • MP6 Viewer — inspect MP6 files and visualize the sensory dimensions.

  • MP6 Validator — check whether a file is structurally valid and MP6-compatible.

  • MP6 Timeline Player — play a sensory experience over time.

  • MP6 Recorder — record spoken or typed tasting impressions and generate a dynamic MP6 file.

  • MP6 Report Generator — turn MP6 files into readable, shareable reports.

This is the first practical layer of the MP6 vision: taking sensory data out of isolated spreadsheets and turning it into portable sensory files.


2. From Excel sheets to MP6 history files

Many food companies, labs and researchers already possess years of sensory history.

But that history is often distributed across:

  • Excel sheets;

  • sensory panel exports;

  • QDA tables;

  • trained-panel notes;

  • batch comparison files;

  • product-development reports;

  • recipe trials;

  • consumer feedback;

  • production-line observations;

  • supplier comparison documents.

The immediate opportunity is not to throw this history away. The opportunity is to convert it.

MP6 Studio can support the first step toward turning a pile of past experiments into structured MP6 history files.

This matters because once sensory data is structured as MP6, it can become:

  • easier to compare;

  • easier to visualize;

  • easier to validate;

  • easier to replay;

  • easier to report;

  • easier to reuse in future AI-assisted sensory workflows.

The long-term direction is clear:

Build your own historic interpretative sensory database.

Not just a folder of old spreadsheets, but a living archive of product experience.


3. MP6 Recorder — record a flavor as it happens

One of the newest experimental tools is:

MP6 Recorder is designed to capture sensory experience while it happens.

A user can taste a product and record spoken or typed impressions. The tool can then structure those impressions into a dynamic MP6 sensory timeline.

This is especially relevant for the sixth MP6 layer: intuition / emo-feel / psychosensory response.

For example, a user might say:

  • “The first aroma is pleasant, but the finish feels strange.”

  • “The texture is good, but something feels artificial.”

  • “The second bite creates less trust than the first.”

  • “I like the sweetness, but the aftertaste gives hesitation.”

  • “It feels comforting and familiar.”

  • “There is a perceived mismatch between smell and taste.”

These are not classical chemical measurements. They are subjective experience signals.

But they are still meaningful data if they are clearly marked, timestamped, structured and handled honestly.

MP6 Recorder therefore begins to explore how live sensory journaling can become structured MP6 data.


4. BSPG-G — experimental weak-signal framing

Ajinomatrix also maintains a related experimental system through the BlackSwan PreCog framework.

The BSPG-G console is available here:

BSPG-G is an experimental, advisory-only framework demonstrator for structuring weak-signal narratives, semantic tension, uncertainty and risk-oriented case descriptions.

It is not a prediction engine. It is not a diagnostic system. It is not a food-safety authority.

But it can be used experimentally to explore how complex descriptions — including sensory narratives, uncertainty signals, production concerns or subjective “something is off” impressions — may be structured for further review.

Two experimental AJX-related lanes are now especially relevant.


5. Lane one: MP6 / BSPG-Intuition

The first lane is:

MP6 / BSPG-Intuition

This connects to the sixth dimension of MP6: intuition / psychosensory response.

In MP6, intuition does not mean magic. It means the subjective layer of human experience:

  • comfort;

  • hesitation;

  • trust;

  • aversion;

  • desire;

  • concern;

  • perceived mismatch;

  • goal fit;

  • repeat intent;

  • “something is off” signals.

These signals are particularly relevant for MP6 Recorder, because live tasting often produces more than classical descriptors.

A person does not only perceive sweetness, acidity, aroma and texture. They may also experience confidence, unease, surprise, pleasure, trust, fatigue, desire or rejection.

The MP6 / BSPG-Intuition lane allows early users to explore this kind of material experimentally.

A possible workflow:

  1. Record a tasting in MP6 Recorder.

  2. Export or summarize the MP6 intuition / emo-feel layer.

  3. Open BSPG-G.

  4. Select MP6 / BSPG-Intuition.

  5. Paste or describe the case.

  6. Generate an exploratory weak-signal interpretation.

This is not validation. It is structured exploration.


6. Lane two: AJX + BSPG food-production risk framing

The second lane is:

AJX + BSPG


This is an experimental food-production / food-resource risk-framing axis.

It can be used to test structured descriptions of production-line uncertainty, sensory drift, batch discrepancy, supplier variation, product mismatch or food-resource concerns.

For example, a team might describe:

  • recurring off-notes in a production batch;

  • differences between two production facilities;

  • unexpected texture changes after process variation;

  • consumer complaints around aftertaste;

  • supplier ingredient variation;

  • a mismatch between expected and perceived product profile;

  • a sensory anomaly that is not yet explained.


BSPG-G can then help frame possible weak signals, uncertainty patterns and areas requiring professional attention.


This must be clearly understood:


AJX + BSPG does not determine whether a production line is safe or unsafe.

It does not replace:

  • HACCP;

  • laboratory analysis;

  • QA/QC;

  • regulatory review;

  • internal food-safety teams;

  • trained sensory panels;

  • professional production audits.

Its purpose is more modest and more experimental:

to help structure early narratives of risk, drift, mismatch and uncertainty so that humans can review them more clearly.


7. Why this matters for food innovation

Food innovation often fails not only because of missing data, but because data is fragmented.

Sensory information may sit in one spreadsheet. Consumer feedback in another report. Production notes in another system. Batch variation in a different folder. Subjective concerns in email threads. Recipe changes in another tool.

MP6 and BSPG-G begin to suggest a new stack:

  • MP6 structures perception.

  • MP6 Studio converts and plays sensory files.

  • MP6 Recorder captures live sensory experience.

  • BSPG-G explores weak-signal and intuition layers.

  • Ajinomatrix software connects these layers to product development and sensory intelligence.

This is why the spreadsheet problem matters.

The goal is not only to make nicer charts.

The goal is to transform historical sensory fragments into usable sensory memory.


8. Try the experimental tools

Central MP6 Studio:


Direct MP6 standard/tool access:

MP6 Recorder:

BSPG-G experimental console:


Recommended first tests:

  1. Convert a simple sensory spreadsheet into MP6.

  2. Open the MP6 file in the Viewer or Player.

  3. Record a tasting with MP6 Recorder.

  4. Extract or describe the intuition / emo-feel layer.

  5. Test that description in BSPG-G using MP6 / BSPG-Intuition.

  6. For food-production narratives only, test AJX + BSPG as an experimental weak-signal framing exercise.

  7. View and hear your sensory experience with the MP6 player https://player.mp6.app


9. Invitation to specialists

We especially invite feedback from:

  • sensory scientists;

  • food technologists;

  • flavourists;

  • product developers;

  • QA/QC professionals;

  • food innovation teams;

  • researchers;

  • educators;

  • AI and data-structure specialists;

  • partners interested in sensory file standards.

The questions are simple:

Can MP6 help transform sensory history into reusable files?

Can MP6 Recorder capture useful live sensory experience?

Can the intuition / emo-feel layer be structured responsibly?

Can BSPG-G help frame weak signals without overclaiming?

Where are the limits?

Ajinomatrix is opening these tools early because this field needs disciplined experimentation, not hidden theory.

The features are not final.

The architecture is emerging.

But the direction is now visible:

From spreadsheets to sensory timelines.
From isolated tasting notes to MP6 files.
From subjective impressions to structured weak-signal review.
From past experiments to interpretable sensory history.

This is the next step in Ajinomatrix’s work to digitize taste, smell and product experience.

 
 
 

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