StackOSWork, organized
Works with your AI tools Runs on your Mac

Your AI can do the work.
StackOS keeps it on track.

Keep working in Codex, Claude Code, Gemini, or another AI tool. StackOS turns each request into a clear plan, moves it through your existing apps, and remembers every step.

Download for Mac See how it works
  • 01 Keep your current AI tool
  • 02 Connect the apps you already use
  • 03 See every step and result
stackos / fall collection Live
Active workLaunch the fall collection
Running
Claude Code · your requestLaunch our fall collectionconversation connected
01
turns into a plan
S
Plan ready for review7 clear stepspeople · apps · checks · approvals
02
starts step by step
↗
Current step · workingBuild the Shopify collectionproducts · images · inventory
03
✓
4 of 7 steps finishedImages ready · products added · progress saved
KEY
Connected appShopify ready
Claude Code connected
Progresswaiting · working · done
Localruns on your Mac
23ready-made workflows
Privateyour logins stay yours
Completeevery step remembered

The gap after a great prompt

A conversation can start work.
It cannot organize all of it.

Real work has steps, people, approvals, apps, and loose ends. StackOS keeps them together after the conversation moves on.

AI chat on its own

A great start.
A missing middle.

agent-chat.txt
> Here is the API key…
> Update the campaign.
> Remember what you changed.
  • 01The plan disappears into a long conversation
  • 02People cannot see what is waiting or blocked
  • 03Each new chat rebuilds the same setup
  • 04Results are scattered across different apps
With StackOS

One clear plan.
Work that keeps moving.

01Work planLaunch the fall campaignReady
02Current stepCreate three ad directionsWorking
03Connected appsCanva · Meta AdsReady
  • 01Keep using Codex, Claude Code, or Gemini
  • 02See the whole plan before work starts
  • 03Watch each step move from waiting to done
  • 04Saved logins stay out of the conversation

Keep your AI tool. Add a complete way of working.

One request becomes
a plan you can watch.

Ask in Codex, Claude Code, Gemini, or another AI tool. StackOS shows you the full plan, then keeps every step and result connected.

  1. 01Ask in your AI toolRequest received
  2. 02See the full planReady to review
  3. 03Approve the workReady to start
  4. 04Watch each step moveWorking
  5. 05Keep the resultComplete

A complete journey, not a one-off prompt

Say what you want.
See the plan. Press start.

You stay in the AI tool you know. StackOS adds the shared plan, progress, and memory that real work needs.

01
Ask

Tell your AI tool what you want.

Stay in Codex, Claude Code, Gemini, or the assistant you already use.

“Launch our fall collection”
02
Build

StackOS turns the request into a plan.

Your request and chosen workflow become clear steps, owners, checks, and approvals.

7 steps prepared
03
Review

You see the whole job before it starts.

Change the order, add context, or approve the plan when it looks right.

ready for approval
04
Work

Each step moves in the right tool.

Your AI works across the apps you connected while StackOS keeps the sequence visible.

step 4 of 7
05
Finish

The result and its story stay together.

See what finished, what changed, what needs attention, and where every result lives.

work complete
Live work summary
AI toolClaude Codeconnected
Current stepCreate the Shopify collectionworking
NextCheck inventory and pricingwaiting
Progress4 of 7 steps finishedon track

Not just for software teams

Any team. Any process.
The same clear rhythm.

StackOS does not replace the software your team already uses. It organizes the work that moves between people, AI tools, and business apps—from the first request to the final result.

EN
EngineeringProduct delivery
→
CT
ContentResearch to publishing
→
FN
FinanceMonth-end review
→
SH
ShopifyCollection launches
→
CS
Customer SupportIssue to resolution
→
MK
MarketingCampaign production
→
SL
Sales & RevOpsPipeline follow-up
→
SE
SEOOpportunity to article
→
OP
OperationsWeekly action review
→
Built around your real work

Keep the tools.
Connect the process.

Your AI assistant still thinks and acts. Your business apps still hold the work. StackOS gives the whole job a shared plan, visible progress, and a memory that survives the chat.

1Talk where you already workCodex · Claude Code · Gemini
2StackOS organizes the jobYour request · saved workflow · human review
3Work moves through your appsShopify · Slack · WordPress · your own tools

Real screens from the product

StackOS gives you one place to see what is connected, what is moving, what is blocked, and how a complicated piece of work fits together.

Runs on your Mac
StackOS plugins page showing engineering, support, communications, sales, marketing, branding, media buying, and publishing business areas.

Your saved logins stay private

Your AI can use your accounts.
It never sees the password.

StackOS keeps saved logins inside the app on your Mac. Your AI tool can ask StackOS to use Slack, WordPress, Shopify, or another connected app without receiving the private login.

Runs on your MacYour private workspace
Your AI toolCodex / Claude / Gemini
asks StackOS to use a connected app
request
StackOS on your Macprivate workspace
Saved login••••••••••••never sent to the AI tool
PRIVATE
1 check plan2 unlock login3 use app4 hide private data5 save result
uses the connected app
SLSlack
WPWordPress
SFShopify
Only the safe result comes backWhat happened and when is saved on your Mac
DONE
01Your AI decides

Codex, Claude Code, or Gemini works from your request and the current plan.

02StackOS checks

Only the right step can use the right connected app, and the login stays private.

03Your app works

Shopify, Slack, WordPress, or another tool completes the requested action.

Start with the tools you already use

Bring the next job.
StackOS brings the plan.

Install StackOS on your Mac, connect your AI tool, then add the business apps you already rely on. Your first workflow can start from the same conversation you use today.

StackOS 1.1.0 · Apple siliconDownload for MacDMG
See the workflow again View on GitHub