Trust Engineering

Understand, plan, and activate SDD—company-wide

EasySpecs is the centralized, user-friendly way to understand your real codebase, plan changes with Specs, and activate Specification-Driven Development across your organization.

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Sound familiar?

AI ships faster than you can trust it

  • You babysit the agent the whole run. Look away and things go wrong.
  • Agents generate faster than your team can review. AI PRs are piling up.
  • Change requests aren’t grounded in the real app—you burn time decoding the ask.

How it works

Trust Engineering in three steps

Understand the code, polish the intent, then create Trust by Design Specs—before you ship.

  1. Understand the code

    Functional documentation from your real system—up to 98% LOC coverage assignment.

  2. Polish the intent

    Clarify what you mean before agents generate—so the ask matches the app.

  3. Trust by Design Specs

    Specs you can see, plus Spec of Trust validators that prove the change works.

Step 1

Understand the code

Capabilities that map your real system so the team decides from evidence—not tribal knowledge.

See what your code actually does

Stop guessing from tribal knowledge. EasySpecs analysis maps your codebase into functional documentation—up to 98% LOC coverage assignment—and lists a full knowledge tree of Features, Views, Services, Data models, Tech Stack, Tests, and Infrastructure (with their sub-nodes)—so decisions start from evidence.

Documentation Coverage

  • Features
    • Use cases
      • Scenarios
  • Views
    • Interactions
  • Services
    • Methods
  • Data models
    • Fields
    • Relationships
  • Tech Stacks
  • Infrastructure
    • Components
  • Tests
    • Test cases
EasySpecs discovery context showing codebase documentation tree and project summary

Step 2

Polish the intent

Capabilities that turn a raw ask into curated Specs—tracked, grounded, diagrammed, and split for delivery.

Track every change request and its Spec

Spec review is the new merge request review—the more curated the Spec, the better the output. EasySpecs tracks every change request and its linked Spec across your whole organization.

EasySpecs dashboard showing change requests and linked Spec status across projects

From change request to Spec agents can ship

Start with a raw, human-written change. Expand it into Intent grounded in your code and docs. Then produce a detailed Spec—AI-expanded with enough detail for agents to plan and code.

Change to Spec

  1. Change

    A raw, human-written change request—what you want, in your words.

  2. Intent

    The request expanded and grounded in your real code and current documentation.

  3. Diagram

    A visual model of the change before the Spec is written.

  4. Spec

    A detailed Spec with AI expansion—enough detail for AI to start planning and coding.

EasySpecs Specs accordion showing Change, Intent, Diagram, and Spec steps

Design agentic flows you can see

Visually friendly diagrams for programmatic and agentic steps—plus evals and validators—so you design the logic before agents run.

Flow building blocks

  • Programmatic step

    Deterministic code steps in your agent pipeline.

  • Agentic step

    LLM / agent steps that reason and act.

  • Programmatic eval

    Code validators and schema checks on the output.

  • Agentic eval

    AI judges that score quality before you ship.

EasySpecs Diagram canvas with programmatic and agentic steps, evals, and validators

Open a linked sub-spec from any diagram node

One click from the Diagram on the main Spec opens the matching sub-spec—so you split the design into smaller pieces for implementation and logic understanding, all organized, with less cognitive load for your team.

EasySpecs Diagram with a node linked to its sub-spec tab under Spec

Ready to set the trust bar on your codebase?

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Step 3

Trust by Design Specs

Capabilities that put Specs where coding happens—so agents and humans ship from the same source of truth.

From Spec design to coding in your IDE

Pull context, docs, and change requests into Visual Studio Code, Cursor, or Antigravity. Edit Specs, push to the cloud, and start coding from the Spec you just designed—not a rebuilt prompt.

Works with

  • Visual Studio CodeVisual Studio Code
  • CursorCursor
  • AntigravityAntigravity

In the extension

  1. Download pre-processed context

  2. Read the Documentation

  3. Download the Change Requests

  4. Edit Specs and push changes to the cloud

EasySpecs VS Code extension showing context tree, changes, and architecture diagram
Try it nowSee how to start