Context-Preserving Data Layer for AI

AI stops at the data it can’t touch.
LLM Capsule makes it usable.

LLM Capsule substitutes the sensitive values but keeps the structure and relationships the model needs. Your approved model runs on that substituted version, and LLM Capsule re-identifies the real values through a mapping kept inside your environment.

Two starting points

First, where will you use it?

Inside your company or inside your product, LLM Capsule works the same way.
AI work that stalled on sensitive data now runs where your teams already work.

Inside your company

If sensitive internal data is holding AI work back

Blocked work runs in the systems you already use.
Same path whether a person asks or a system calls.

Blocked workRuns in your systems

See how it works →

Inside your product

If sensitive customer data keeps AI features out of your product

The feature you could not ship goes into your product through the SDK or API.

Blocked featureShips inside your product

See how it connects →

How the round trip works

Your original values stay in your environment.
Only the protected version goes to the model and back.

Substitute, run on the approved model path, re-identify inside your environment. All three happen within one request.

Plays on its own. Click the last step to re-identify it yourself.

workspace.llmcapsule.ai Your environment · on-prem/VPC
NOC Assistantonline
circuit_id=CKT-77-AB12 on node edge-04 is flapping. Why, and how do I fix it?
Sensitive values become stand-ins

The original values stay in a re-identification mapping in your environment.

Stand-inOriginal (stays local)

Stand-in values appear here.

The model runs on the stand-ins on the approved path

Only the protected version travels the approved model path.

GPT-4ClaudeLlamain-house
external · VPC · on-prem
LLM Capsule puts the real values back

LLM Capsule looks the values up inside your environment. No original values are sent back to the model.

Only the ⟨capsule:…⟩ form leaves your environment. Your original values and the re-identification mapping stay inside.

Why the workflow holds

Nobody has to
re-assemble the answer by hand.

What comes backanswer quality How it runsfor operations & approval
How it compares

Three ways to handle sensitive data,
compared on what the work needs.

Masking removes the value, so the answer comes back incomplete. A privacy vault stores protected values, but how much task context survives varies by tool.
LLM Capsule substitutes while preserving context and re-identifies the real values, so the answer is ready for real work.

Masking tool circuit_id = ██████on node ███history ████
  • Hides the value, then stops
  • Structure and history are lost
Your workflow breaks
Cloud privacy vault values + mapping→ context varies by tool
  • Hides sensitive values and stores them
  • How much task context and relationship detail remains varies by setup
Check how context is kept
LLM Capsulecontext-preserving data layer circuit_id = ⟨capsule:circuit_1⟩on node ⟨capsule:node_1⟩history kept
  • Context-preserving substitution
  • Your original values and mapping stay in your environment
  • Answer returned ready for real work
Your workflow keeps running
Embedded DTS

When substitution alone is not enough,
DTS fills in what the task needs.

When substitution alone cannot keep the originals inside and still give the task what it needs, DTS fills in the cases and conditions the task needs, with the required patterns, distributions, and relationships.
Relationships that consistent substitution already preserves stay as they are. DTS only works on the data that needs it.

Substitution is enoughCapsule

Customer inquiries or contract review: names, accounts and codes are swapped and the content stays intact. The same person keeps the same stand-in, and the answer comes back with real values.

Substitution is not enoughEmbedded DTS

Transaction pattern analysis or clinical and claims analytics: the relationships between amounts, timing and results are the answer. Swapping values one by one erases the pattern, so DTS prepares candidate data that keeps the relationships the task needs. DTS-prepared data serves analysis, training, and evaluation. Decisions on an individual customer case still run through the substitution and re-identification path.

Not every dataset needs DTS.
DTS-prepared data is not mapped back to the originals.

Performance

Speed and quality,
measured in our own tests.

Self-tested figures. Processing time is per 2,200-character page and excludes answer generation.

0.12sper page (2,200 chars)
Re-identifiedreal values, through your own mapping
98%output similarity vs. results on original data
0.94automatic PII detection F1
Measured on Self-tested · processing time excludes answer generation
Re-identified through Re-identification mapping in your environment

See the full proof

Where it runs

Start with a workflow that AI can’t reach today.

Telecom & network operationsIncident response

Works onBGP logs · circuit IDs

Returns asRe-identified incident ticket

T-Challenge 2026 runner-up, hosted by Deutsche Telekom and T-Mobile US
Manufacturing & industrial operationsPlant and ICS

Works onAsset IDs · ICS alerts

Returns asUpdated field work order

Healthcare & clinical servicesClinical records

Works onClinical notes · medical record IDs

Returns asRestored EHR record

Public sectorCitizen services

Works onCitizen requests · admin documents

Returns asDraft replies · audit trail

JDC · Chungnam State University · Seodaemun-gu Urban Management Corp.
How it fits with Syntitan

Capsule runs the sensitive work.
Syntitan prepares and checks the data.

Syntitan, CUBIG’s AI-ready data platform, prepares enterprise data for a specific AI task, checks the result under the same conditions, and keeps the version behind each result. Inside Syntitan, LLM Capsule is the path sensitive originals go through before they are uploaded or sent to an external AI.

Explore Syntitan

  1. LLM Capsule Runs blocked AI work
    Your blocked workflow starts running

    Data you could not send to a model runs on your approved path, and the real values come back in the answer. What changes is the integration point, and its scope depends on your workflow.

  2. Syntitan Prepares and checks data
    Each version is prepared for the task and checked

    Diagnose the data, apply a fix, and get a new version. Run the same task before and after and check it against the criteria you agreed on.

Each can be adopted on its own. Start with the one that answers your current question.

Straight answers

What data leaves, and who signs off?

We collected the questions workflow owners and approvers ask first.

Can we use an external model like GPT-4 or Claude?

Yes. The approved model path can be an external API, a VPC endpoint or a local model. Only the protected version travels that path.

Where can LLM Capsule be deployed?

LLM Capsule can run on-prem, in a VPC or in a controlled network. You set the deployment boundary and the approved model path during architecture review.

What kinds of operational data can we start with?

Start with one representative workflow: logs, tickets, tables, PDFs, scans, or any other operational record you already work with.

Do we need to retrain the model or rewrite every prompt?

No. LLM Capsule substitutes the values before the model call and re-identifies the real values in the result afterward, so prompts and the model itself stay as they are. What changes is the integration point, and that depends on your workflow and model endpoint.

Who decides which values are stand-ins?

Your team does, per workflow. That includes the business identifiers and references a standard PII detector would miss.

What can an approval team review?

The deployment boundary, the approved model path, the substitution policy, where the original values and the re-identification mapping live, and how the real values are re-identified.

What should we prepare to try it on our own data?

One representative data sample, the model path you want to use, and the output your workflow needs. We run the full round trip on it.

How does this relate to Syntitan?

They are separate CUBIG products that solve different problems. LLM Capsule runs AI work that sensitive operational data had blocked, inside your environment. Syntitan prepares enterprise data for a specific AI task, checks the result under the same conditions, and keeps the data version behind each result. Inside Syntitan, LLM Capsule is the path sensitive originals go through before they are uploaded or sent to an external AI. Each can be adopted on its own.

Integrations

Use LLM Capsule inside the tools you already run

Start with the free Slack bot. More integrations are on the way.

Live
Communication

Slack

Ask AI in Slack, without leaving your workspace. Free to use.

Coming soon
Communication

Microsoft Teams

Ask Claude from Microsoft Teams, in active development and not yet available.

Coming soon
Productivity

Atlassian

Bring LLM Capsule into Jira and Confluence, in active development and not yet available.

More on the way

New integrations are in the works. Browse the full directory.

Explore all integrations →

AI responses can be wrong or incomplete. Review anything you plan to act on.

Run one blocked workflow
inside your own environment.

See what stays in your environment and how the real values come back in the answer.