Skip to main content

Overview

The Ollang Project Management Dashboard supports three different mechanisms to improve localization quality and consistency:
  • Memories
  • Global Custom Instructions
  • Folder-Level and Project-Level Guidelines
These systems work together to help organizations:
  • preserve terminology consistency,
  • maintain brand voice,
  • improve translation quality,
  • standardize localization behavior,
  • and operationalize multilingual content at scale.
Each mechanism serves a different purpose.

Understanding the Difference

Memory

Stores historical translations, approved terminology, and multilingual reference content.

Custom Instructions

Global account-level guidance applied when no folder or project guidelines exist.

Guidelines

Folder-level or Project-level instructions controlling localization behavior for specific workflows.

Memories

Overview

Memories help organizations preserve:
  • approved terminology,
  • historical translations,
  • brand language,
  • multilingual consistency,
  • and localization context.
Instead of translating every Order from scratch: Ollang can reference previously approved linguistic material to improve translation consistency. This is especially important for:
  • enterprise localization,
  • recurring content,
  • regulated industries,
  • product localization,
  • media localization,
  • and brand-sensitive workflows.

How Memories Work

Memories act as:
  • multilingual contextual references.
Organizations can upload previously approved translation material which can then help guide future localization workflows. Example:
Future Orders involving similar content may reference this approved terminology.

Creating a Memory

Project Management Users can create Memories directly from:
  • the Memories section inside:
  • the Ollang Project Management Dashboard.
Memories can also be managed programmatically through the public API: create, rename, and delete memories, and import translation units into them. See List Memories, Create Memory, and Import Memory Items. Workflow:
Example:

Multiple Memories

Organizations are not limited to:
  • a single Memory.
Users may create:
  • multiple Memories,
  • multiple terminology repositories,
  • and specialized localization references.
Example:
This enables:
  • department-specific localization,
  • content-type specialization,
  • and multilingual operational consistency.

Supported Memory Formats

The platform currently supports:

TMX

Translation Memory Exchange format commonly used in enterprise localization.

CSV

Spreadsheet-based terminology and translation reference format.

XLSX

Structured terminology and multilingual reference files.

JSON

Structured localization and multilingual data workflows.

Memory Matching Behavior

Memories function as:
  • contextual linguistic guidance.
When matching content:
This helps preserve:
  • consistency,
  • terminology quality,
  • and multilingual continuity.

Important Clarification

Memory matches are currently not exposed to Project Management Users.
Users cannot currently see:
  • which Memory item was used,
  • confidence levels,
  • or Memory source attribution.
This functionality is part of the future roadmap.

Global Custom Instructions

Overview

Global Custom Instructions represent:
  • organization-wide localization guidance.
These instructions are automatically applied when:
  • no Folder-level guideline exists,
  • and no Project-level guideline exists.
Global Custom Instructions act as:
  • fallback localization behavior.

Typical Use Cases

Global Custom Instructions are commonly used for:
  • brand tone,
  • writing style,
  • terminology preferences,
  • localization behavior,
  • and organization-wide standards.
Example:

Important Behavior

Global Custom Instructions only apply when no Folder-level or Project-level Guidelines are configured.
Hierarchy:

Folder-Level Guidelines

Overview

Folder-Level Guidelines represent:
  • instructions uploaded to a specific Folder.
These guidelines automatically apply to:
  • all Projects,
  • and all Orders inside that Folder.
Unless:
  • a Project-level Guideline exists.

Example Use Case

Example:
All Projects inside the Folder inherit:
  • the same localization behavior.

Folder-Level Workflow


Project-Level Guidelines

Overview

Project-Level Guidelines represent:
  • highly specific instructions uploaded to a particular Project.
These Guidelines override:
  • Folder-Level Guidelines,
  • and Global Custom Instructions.
Project-level guidance is used when:
  • one Project requires unique localization behavior.

Example Use Case

Example:
Result:
while:

Override Hierarchy

Guidelines are not merged. Only the highest-priority applicable guideline is used. Hierarchy:
Meaning:

If Project Guideline exists:

  • Project Guideline is used.

If Project Guideline does not exist:

  • Folder Guideline is used.

If Folder Guideline does not exist:

  • Global Custom Instructions are used.

Supported Guideline Formats

Guidelines may be uploaded in formats such as:

PDF

Commonly used for localization instructions and style guides.

DOCX

Commonly used for structured guideline documentation.

TXT

Lightweight instruction format for localization guidance.

XLSX

Structured terminology or instruction reference sheets.

Example Enterprise Localization Setup

Result:

Memory vs Guidelines

Memory

Helps preserve historical translations, terminology consistency, and multilingual reference material.

Guidelines

Controls how localization should behave for a specific workflow or Project.

Best Practices

Organizations typically achieve best results by combining:
Example:
This helps improve:
  • consistency,
  • translation quality,
  • brand alignment,
  • and multilingual scalability.

Important Operational Notes

Yes. Organizations can create multiple Memories for different content types, departments, or terminology domains.
Memories are global and available organization-wide.
Yes. Project-Level Guidelines always override Folder-Level Guidelines.
No. Only the highest-priority applicable guideline is used.
Not currently. Visibility into Memory source attribution is part of the future roadmap.
The platform automatically applies active Global Custom Instructions.