You connect your knowledge.
We transform it into context for your AI.

Turn scattered knowledge into AI-ready context.
Build more accurate, consistent software with Context Engineering.

The success or failure of AI depends on context

Context Engineering is the practice of extracting only the context needed right now and delivering it to AI.
As LLMs become more capable, the real value comes from designing the context they work with.

Quality over quantity of context determines accuracy

The more information is crammed in, the more unstable AI output becomes. Passing accurate context is the key to improving accuracy.

Context optimization leads to cost reduction

Information volume directly links to token costs. Accurate context design keeps AI operational costs down while maintaining quality.

Designed context becomes a reusable asset

Instead of relying on personal prompts, teams can use organized context to get accurate AI results more consistently.

What happens in organizational fields
without context design

Senior / Tech Lead

Knowledge stays in people's heads

Tacit knowledge remains scattered across individuals instead of spreading through the organization. Dependency grows, and AI adoption slows down.

Middle Management

Too much information makes AI harder to use

When you feed AI too much at once, the output gets bloated and takes longer to sort through. Even with AI, the work does not get any faster.

Junior / Associate

Hard to know when AI output is right

Without enough experience or clear review criteria, people tend to use AI output as-is. Quality becomes inconsistent and harder to control.

When individual struggles go unresolved, the whole organization pays the price.

1

Scattered

Specs, ADRs, Slack threads, and PRs are disconnected

2

Obsolescence

Outdated information stays in circulation when it is not maintained

3

Siloed

Knowledge gets trapped in teams or individual workflows

4

Generic AI Output

Without internal context, AI returns generic answers

5

AI Investment Falls Short

AI stalls because it is not useful in day-to-day work

Phennec breaks this chain.

How context changes AI output

AI feels very different when it has the right organizational context.
Here is how the same troubleshooting question changes with and without Phennec.

WITHOUT PHENNEC — General AI
For this payment error, what are the related past decisions and responses?
Generally, this is often caused by misconfiguration or version inconsistencies. Please check the logs and review dependencies or retry settings.
→ Generic advice with no understanding of your internal context.
WITH PHENNEC — Organizational Context Included
For this payment error, what are the related past decisions and responses?
Extracting context from multiple sources...
GitHub PR #1283Slack #dev-archNotion ADR-042Design Review Minutes
According to ADR-042, the retry approach was rejected because of reason X. The team adopted the idempotency key approach (Y) instead in PR #1283. The impact is limited to the payment module. See Slack #dev-arch for the recurrence-prevention discussion.
→ A context-aware review at the level of an experienced team member.
+70%
AI Response Accuracy
510x
Estimated ROI
75%↓
QA / Documentation Hours
* Response examples and figures are demo data, including estimates based on internal i3DESIGN verification.

Fits flexibly into any development environment

Phennec is model- and tool-neutral, so it can be introduced into any development environment.
It connects multiple data sources and delivers the right context to each AI agent.

Distributed Data Sources AI Agents Context Engineering Layer
Distributed Data Sources AI Agents Context Engineering Layer

Connect distributed data sources and dynamically manage the right context for AI

Passing multiple data sources directly to AI often leads to context bloat and contamination. Phennec sits between your data and AI, delivering only the context needed and turning scattered knowledge into practical skills your team can use.

4 Key Features of Phennec

FEATURE 01

Information Source Integration

Syncs data from internal tools in real time to build a reliable source of information AI can reference.

FEATURE 02

RAG Optimization

Extracts only the information needed for the task by understanding meaning, then delivers high-quality context to AI.

FEATURE 03

MCP Support

Safely connects internal knowledge to existing AI tools like Cursor and Claude.

FEATURE 04

Skill Distribution & Management

Turns organizational know-how into a form AI can put to use and distributes it across the team, so everyone can work from the latest version.

3 Reasons Phennec Is Easy to Introduce

REASON 01

No Vendor Lock-in

Works across LLMs, tools, and clouds, so you can switch to the latest models at any time.

REASON 02

No Development Environment Changes Needed

Keep using the tools you already have, including Cursor, Claude, and Devin.

REASON 03

Design Tailored to Requirements

Can be tailored to your security requirements and internal policies, reducing friction during rollout.

A layered structure for AI-driven development

By separating what people handle from what Phennec and AI handle at each layer, teams can scale AI-driven development across the organization.

  1. Layer 1 Context Infrastructure
    Set it up once; ongoing maintenance is minimal.
    Retrieves and updates live data from Git and project tools at runtime
  2. Layer 2 Creation / Editing
    Work in the actual development environment
    Creates, tests, and improves skills in the development environment
  3. Layer 3 Context & Skill Standardization
    Defines shared skills and rules, then embeds them in connector descriptions
    Uses the skills and rules embedded in Phennec connector descriptions, so work follows the same context standard
  4. Layer 4 Governance
    Define permissions and policies
    Runs within role-based permissions and audit-log constraints
  5. Layer 5 Execution
    Selects the required skill and starts or approves execution
    Uses the selected skill to carry out work in the real environment

Use your existing toolchain while centralizing updates and maintaining reliable version control.

3 Solutions Built on Phennec

Try Phennec in your own environment

Start by seeing how Phennec changes AI-driven development using your company's own data.

Free demo account or
bootcamp available

You can try everything for free, from reviewing the demo environment to validating Phennec with your own data in a bootcamp. Bootcamps are limited to 4 companies per month.

  • See the impact with your own data Connect your data sources and compare results with and without Phennec.
  • Know the next steps Based on your trial, we will recommend the best way to use Phennec for your company's challenges.

Frequently Asked Questions

How is Phennec different from AI tools like Cursor and Copilot?

Cursor and Copilot are tools for writing code with AI. Phennec is infrastructure that controls what context gets passed to those tools. It works alongside them rather than competing with them, improving the accuracy of their output.

How is Phennec different from existing RAG?

RAG searches for documents related to a question and uses them to generate an answer. Phennec can use RAG, but its core focus is different: it structures and delivers only the context needed for the current task. RAG focuses on search accuracy; Phennec optimizes the full context pipeline.

Is Phennec tied to a specific LLM?

No. Phennec is designed independently from any specific LLM, so it supports Claude, GPT, Gemini, local LLMs, and other models. You can switch models freely without vendor lock-in.

Can you support strict security requirements?

Yes. Phennec has been introduced in high-security environments, including financial institutions, and includes access control, audit logs, and guardrails by default. We can design the setup around your company's security policy.

Take the first step with i3DESIGN.

See how AI-driven development changes with your own data.