KLOUDY / care
Security care for the Bot Wide Web.
Kloudy connects bots to resources while keeping the person in control. Security care means protected credentials, scoped and time-limited grants, clear approval for consequential actions, and connections you can revoke. This browser never asks you to paste service secrets into a chat. The account and vault services own credential protection; quantum entropy is a separate research program, not a dependency of public browsing.
Product overview. Public-page reading and KLDY preparation are available here. The connector, account actions and native apps described below are not connected to this site.
Building with an IDE? Use the CLI and connect one Kloudy MCP ↗
Less setup. More useful work.
For IDEs and bots: one CLI, one MCP, tools appear when needed.
Find with SEO/GEO, read FHIR for medical data or KLDY for other information, then select one scoped Toolbox tool when action is needed.
Passive local reads use no model calls. Narrowing 100 candidate definitions to 10 would mean 90% fewer definition fetches in that example; this is an illustration, not measured token savings.
Permission follows the task
A connected service should receive only the access needed for an approved task, for the allowed time. Routine maintenance stays inside that grant. New access, costs or data sharing need a new decision. A complaint can trigger diagnosis, but silence does not grant permissions.
Protected at the service boundary
The vault design stores encrypted credential material and gates use through the trusted service. Pages receive safe status and results, not credential values. The hosted account and vault are separate integrations; this public site does not claim they are connected.
See the action. Keep control.
Kloudy’s browser shows an action and its status, requests the exact approval required by the connected engine, and supports cancellation and disconnect. The engine remains the authority for execution. A stopped view is not proof that a remote action was cancelled.
Research with a visible record
The QPU research explores quantum randomness alongside classical security. Read /qpu for the approach and /quantum for dated, aggregate measurements. Research observations do not mean quantum-level encryption or a guarantee against quantum attacks.