LK Cabinet
Client workspaceClient Cabinet
The client cabinet keeps payments, access, and project status in one place.
This is the next working layer of Lavka Lab: once an order is agreed, the client can see what is paid, which TradingView username is linked, when access expires, and what stage the bot, assistant, or website project is currently in.
Sign in
Access your client cabinet.
Existing clients sign in here with email and password. Once signed in, the cabinet shows payments, access, and current project status.
Register
Create a client account.
After the offer is agreed, the client account becomes the place where products, timelines, project stages, and renewals stay visible.
Client cabinet
Your client cabinet
This area shows your profile, current orders, access, and renewal timing.
Account
Lavka Lab client
client@example.com
Client profile
Account details
Your products
Orders and access
Session and actions
Access control
What the client sees
The key information stays in one place.
- active products and agreed pricing
- payment status and access duration
- TradingView username and activation state
- bot, assistant, or website project stages
- quick Telegram access for the current order
What Lavka sees
A control layer for clients, orders, and access.
- who paid, who is waiting, and who needs renewal
- which indicator was granted and for how long
- which TradingView username is linked to the order
- what price and stage were agreed for custom work
- which project needs to move next right now
Workflow
How the cabinet fits into the current service flow.
Discuss in Telegram
The client writes about indicators, bots, assistant work, or a website and describes the task.
Confirm the order
Once the price and conditions are agreed, the order appears in the cabinet together with payment status.
Grant access or start the project
Indicators are delivered manually in TradingView, while other services move into the agreed work stage.
The client sees status
The cabinet keeps duration, renewals, agreed pricing, and the current order state visible.