Skip to content

AI ENGINEERING INTELLIGENCE

Give every AI tool
the same understanding
of your project.

Your tools are intelligent.
Make their understanding shared.

ARGV gives engineering teams a persistent project intelligence layer for Cursor, Codex, and other AI tools. Shared context, workflows, validation, and governance across the software lifecycle.

Built around your coding tools. Built for your whole project.

ONE PROJECT. ONE SOURCE OF TRUTH.01 / SYSTEM VIEW

Project truth

ArchitectureRequirementsRulesMemoryTests
ARGVProject intelligence & orchestration
Context → workflow → validation
CursorTask Pack handoff
CodexTask Pack handoff
CLILocal Bridge
ExtensionPlanned
CIPlanned
Different tools. Shared understanding.
A shared layer for the tools you useCursorCodexGitHub CopilotClaude CodeYOUR STACK. YOUR AGENTS.

01 / THE CONTEXT GAP

Smart assistants. Fragmented understanding.

Every developer starts a new conversation. Your project shouldn’t have to.

WITHOUT A SHARED SYSTEM

Same project. Three different versions.

Developer ACursorArchitecture in a chat
Developer BCodexRules in a local file
Developer CChatGPTInstructions, repeated

Decisions disappear. Constraints drift. Context gets rebuilt.

WITH ARGVShared project truth

One project intelligence layer.

Shared context · workflows · history

CursorCodexCLI

A consistent brief, wherever the engineering work happens.

02 / PROJECT INTELLIGENCE

A project system that remembers.

Keep the architecture, intent, and hard-earned decisions together. Put that understanding to work on every task.

Explore the core concepts

Core context, memory, Task Packs, runs, and usage are available in the web platform. Expanded workflow automation and organization governance are planned.

PROJECT / PAYMENTS-APIPersistent intelligence
payments-apiThe project, beyond the current conversation.
Understand
ArchitectureRequirementsContext
Remember
MemoryEngineering rulesExecution history
Coordinate
WorkflowsValidationGovernanceUsage / cost
The next task starts with what your project already knows.

03 / CONTEXT-AWARE WORK

From project truth to verified progress.

A workflow should know which project it belongs to. ARGV structures the work around your constraints, then carries that context to your chosen engineering tool.

  1. 01

    Project context

    Architecture, memory, requirements, and the rules that matter.

  2. 02

    Workflow

    A project-aware plan with scoped tasks and acceptance criteria.

  3. 03

    Execution

    Contextual Task Packs for the engineering tool you choose.

  4. 04

    Validation

    Checks and regression criteria to verify the implementation.

  5. 05

    Durable history

    Keep the reasoning, context, and outcome for the next task.

More than a saved prompt. Context, tasks, acceptance criteria, and regression checks travel together. Coding happens in your external tool; validation criteria come back to the project.

Workflow model

04 / AN IDEA, WITH A PLAN

From an idea to a working 3D game.

“Build a modern 3D Flappy Bird.” Start with the idea. Give the engineering work a shared understanding, a structured path, and a definition of done.

Illustrative workflow story
ARGV / PROJECT WORKSPACE
01 / CREATE PROJECT

flappy-world

A modern 3D arcade game

02 / PROJECT UNDERSTANDING
Stack
TypeScript · 3D renderer
Architecture
Separate game state & rendering
Requirements
Flight, pipes, collision, scoring
Constraints
Responsive · keyboard & touch
Acceptance
Predictable physics · restart works
03 / STRUCTURED WORKFLOW
  1. Scaffold the projectExample complete
  2. Model flight & collisionExample complete
  3. Build the gameplay loopExample complete
  4. Add UI & assetsNext
  5. Test & validateNext
04 / HANDOFF TO YOUR AGENT

Context + implementation tasks
+ acceptance criteria

ARGV → Cursor / Codex
05 / VALIDATE✓ Collision behavior✓ Restart flow✓ Input handling
06 / KEEP THE OUTCOME

The story shows how project intelligence guides a build. The scene and checks are illustrative; ARGV does not ship a one-click game generator or automatically execute these tasks.

API / SAAS FEATUREExample workflow

Implement subscription billing safely.

The feature is new. Your architecture and constraints already exist.

WebhookVerify & deduplicateEntitlement
Requirements
Plan changes, retries, cancellation
Constraints
Server-owned secrets · idempotent events
Workflow
Model → endpoints → implementation → tests
Validation
Duplicate events · invalid signatures · access checks
EXISTING CODEBASEExample workflow

Change authentication.
Keep the existing flows.

Bring the decisions behind the code into the next change.

Existing contextScoped changeRegression checks
Context
Session model · provider rules · redirects
Affected code
Login · callback · protected routes · logout
Execution
Task Pack carries the do-not-break rules
Validation
Sign-in · expiry · return URLs · existing sessions

05 / YOUR TOOLS, CONNECTED BY CONTEXT

Work where you already work.

ARGV doesn’t replace Cursor or Codex. It makes them project-aware.

Web platform

Available

Your home for project intelligence, Task Packs, execution history, and usage. Project sharing is available; broader organization governance is planned.

payments-api
Project Brain Architecture · rules · memoryExecutions Context · Task Packs · historyUsage Activity & cost visibility
Explore the platform ↗

CLI

Workflow CLI planned

Local Bridge is available for local handoff delivery. The broader project and workflow command experience is coming soon.

argv / terminal
# Illustrative future syntax
$ argv project use payments-api
$ argv context
$ argv brain run implement-checkout
$ argv validate
Planned commands · not a current CLI contract

IDE extension

Coming soon

Bring the project’s understanding alongside the code and your agent.

checkout.ts ARGV
ARGVProject: payments-apiContextArchitectureRulesCurrent Task
Run workflow →
Send to agent ↗
Validate changes ✓

Integrations

Planned

Future connections to the places engineering work begins and gets reviewed.

GitHubPlannedCIPlannedJiraPlannedSlackPlanned

Today: portable Task Packs for Cursor, Codex, Copilot, Claude Code, and generic coding agents. No direct integration with those tools is required.

06 / INTELLIGENCE THAT COMPOUNDS

An assistant for each developer.
A shared system for the company.

Buying another AI seat gives another developer an intelligent assistant.
ARGV gives the company a shared system for how those assistants understand and execute engineering work.
CursorCodexChatGPTIDE agents
ARGV shared project system
Shared contextShared historyShared workflowsGovernanceValidationUsage / cost visibility

The organizational direction builds on today’s project sharing and persistent intelligence. Business administration, expanded governance, and team-level cost reporting are planned.

07 / START WITH YOUR PROJECT

Individual focus. Shared ambition.

Explore the core experience now. Choose the workspace that fits how you engineer.

Pro is an individual subscription. Collaboration and Business workspaces are planned separately. Subscription plan is independent from AI funding and provider choice.

FREE TRIAL

Get to know ARGV.

Experience project intelligence before choosing a paid plan.

Explore free10 sponsored generations
  • ✓ Individual personal workspace
  • ✓ 10 ARGV-sponsored generations
  • ✓ Project Brain & Task Packs
  • ✓ No project sharing on Trial

PRO

Your engineering workspace.

For individual engineers and freelancers.

$19per month · billed monthly
  • ✓ Individual Pro subscription
  • ✓ Unlimited personal projects
  • ✓ Project intelligence & workflows
  • ✓ No team/project sharing (Business later)
  • ✓ Choose ARGV Managed or BYOK later

BUSINESS

How your company engineers.

For teams, agencies, and companies building a shared engineering system.

Coming soonOrganizational plan · not available for purchase yet
  • ✓ Business workspace — planned
  • ✓ Members & collaboration — planned
  • ✓ Shared Brain — planned
  • ✓ Workspace-owned subscription — planned

BETTER UNDERSTANDING. BETTER ENGINEERING.

Give your AI tools a shared
understanding of your project.