AI · CONTEXT ENGINE SHUGYO

Structured context is the prerequisite for AI that works.

Most AI fails inside organizations because it lacks context — it doesn't know your processes, your objects, your relationships. Shugyo builds that structured context first, then runs AI on top of it. Not another agent with plugins.

AI assistant
Grounded
YOU
How many invoices are stuck in verification more than 5 days?
Context attached from ontology
Invoice Flow · verification Client SLA
23 invoices stuck — worth $182K
Traceable · invoices ⋈ flow_state · BigQuery
THE CONTEXT PROBLEM 01

Before AI can help, it needs to understand.

You've tried ChatGPT. You've run assistants, maybe an innovation pilot. They didn't stick — because AI without context is just a sophisticated autocomplete. It doesn't know:

  • What “project” means in your organization
  • How “invoice” connects to “client”
  • What your approval workflow actually looks like
  • Where bottlenecks occur, and why

You can't bolt intelligence onto chaos.

AI without context

“I don't have access to your invoice data, but generally, delays can be caused by a number of factors…”

Sophisticated autocomplete
AI with structured context

“23 invoices are stuck in verification past your 5-day SLA — concentrated with two reviewers. Worth $182K.”

Grounded in your model
CONTEXT AS INFRASTRUCTURE 02

Why “ChatGPT plus connectors” is not enough.

The popular approach hands an agent a pile of plugins and lets it search your systems on every call. Fine for one-off lookups. It breaks the moment a question spans silos or depends on how your objects actually relate.

A MCP-first agent
Agent + PLUGINS every question CRM Email Docs Tickets Sheets
Re-searches every tool on every question. Reasons one document at a time; blind to how silos connect. Context quality varies call to call.
B Shugyo context engine
AI model GROUNDED ONTOLOGY · DIGITAL TWIN CRM Email Docs Tickets Sheets
Relevant context attached automatically via the ontology. Runs numerical operations across the full dataset, through typed relationships. One approved model — every query grounded identically.
ONTOLOGY 03
THE FOUNDATION

A structured vocabulary that defines your organization.

Ontology is a formal description of your company — what objects exist, what attributes they have, and how they relate to each other.

What ontology contains
ElementDescriptionExample
Objects Things that exist Invoice, Client, Employee, Project
Attributes Properties of objects Amount, status, due date, owner
Relationships How objects connect Invoice belongs to Client
Flows How objects move Draft → Verified → Sent → Paid
Why ontology matters for AI
01

A semantic catalog over BigQuery

Your data already lives in BigQuery — loaded via Airbyte, modelled with dbt. The ontology is the curated layer on top: each entity maps to a table, each relationship to a typed JOIN. The AI doesn't guess your schema. It queries an approved map of it.

02

Injected into the AI prompt

A compact ontology snapshot is placed in the agent's system prompt, so it writes SQL grounded in your model. This is the difference between a generic assistant and one that understands your business.

03

A common language

A shared vocabulary between your data and AI. Ask about “delayed invoices” and the system knows exactly what that means.

04

Consistent answers

Every question is answered against the same model. No more conflicting interpretations of the same number.

DIGITAL TWIN · THE LIVING MODEL 04

Your organization as a queryable model.

The ontology is a template. The digital twin is that template applied to real data in BigQuery — a living, curated model of your organization. Each entity is a lens onto a table; each relationship a JOIN the AI can traverse.

  • Entities — specific instances — Invoice FV/2024/001, Client “Company ABC” — each backed by a table
  • Relationships — typed JOINs between entities, with cardinality
  • History — change over time, captured via dbt models and source audit columns

The twin contains facts: what happened, without interpretation.

BELONGS_TO BELONGS_TO BELONGS_TO Client Company ABC Invoice FV/2024/001 Meeting 12.01 Email 15.01
AI CAPABILITIES 05

What you can do with AI that understands.

Natural language queries

Ask in plain language. Get answers grounded in your data.

  • How many invoices are stuck in verification for more than 5 days?
  • Which clients have the longest onboarding time?
  • Where is delivery delayed but sales promised on-time?

No SQL. No dashboard hunting. Just questions and answers.

Anomaly detection

Know when something deviates from the norm — before it becomes a crisis.

  • A process taking longer than usual
  • Unusual patterns in approval workflows
  • Deviations from historical baselines

Proactive alerts, not reactive firefighting.

Trend analysis

See how your metrics move over time, so you can act before a drift becomes a crisis.

  • How has average invoice cycle time changed over two quarters?
  • Which clients' onboarding times are trending up?

Decisions grounded in data, not gut feelings.

Process recommendations

AI suggests improvements based on actual bottleneck data.

  • Identifies the steps causing the most delay
  • Quantifies the cost of inefficiencies
  • Recommends specific changes with projected impact

Evidence-based optimization, not consultant speculation.

HOW IT WORKS 06

From question to answer in seconds.

The ontology turns your words into meaning. The digital twin turns meaning into a query over real data. The answer comes back grounded — and you can see exactly how it got there.

Every answer is traceable to source data.

Your question
“Why are invoices slow?” Plain language. No SQL, no dashboard hunting.
Ontology
Understands the terms Knows what “invoice” and “slow” mean in your organization — the objects, the SLA, the flow.
Digital twin
Queries the actual data Traverses relationships and aggregates across the full dataset in BigQuery. invoices ⋈ flow_state ⋈ sla
Answer
Verification: 4.2 days avg Against an SLA of 2 days — the bottleneck, with the records behind it.
TRANSPARENT REASONING 07

See how conclusions are reached.

Unlike black-box AI, Shugyo shows its work. For every answer, you can inspect:

  • Which data sources were used to reach the answer
  • What query was executed against the twin
  • How the calculation was actually performed
  • What assumptions were made along the way

Challenge with evidence. Refine with feedback.

Reasoning trace Answer #4291
01 Sources
invoices, flow_state, sla_policy 3 tables · BigQuery
02 Query
SELECT stage, AVG(days) … GROUP BY stage
03 Calculation
Mean dwell time per stage, last 90 days
04 Assumptions
Business days only · excludes drafts
RESPONSIBLE AI 08

AI that augments, not replaces.

Intelligence is the floor, not the feature. The point is judgment you can trust — and defend.

Transparent reasoning

Every conclusion traces back to source data. No mysterious outputs.

Human in the loop

AI proposes. Humans decide. Critical decisions always require human approval.

Explainable conclusions

Ask “why” and get an answer. Understand the logic, not just the result.

Accountable implementation

Clear ownership of AI decisions. Measurable outcomes. Continuous monitoring.

WHAT MAKES OUR AI DIFFERENT 09

The difference is the context.

Dimension Traditional AI Shugyo.ai
Context Generic, no context Understands your organization
Grounding Answers from training data Answers from your data
Reasoning Black-box Transparent and traceable
Interface Requires a data science team Natural language
Footprint Point solutions One unified platform
SECURITY & PRIVACY 10

Your data stays yours.

The model is built on the data you already have — and it never leaves your control.

01

Data ownership

Your data is 100% yours. No exceptions.

02

No training on your data

We don't use your data to train models — ever.

03

Access control

Configure which users access which data. Role-based permissions.

04

Encryption

Data encrypted at rest and in transit.

05

Compliance

SOC 2 Type II compliant. AI Act ready.

REQUEST EARLY ACCESS

Ready for AI that actually works?

Stop experimenting with AI tools that lack context. Start with a foundation that makes AI useful — grounded in how your organization actually works.