Access model
Admin + user scoped
The AI cloud engineer
Deploy, maintain, monitor, and secure AWS, GCP, Azure, and the tools around them in plain language. Every resource OrchestrAI creates lands in a desired-state ledger, so it can spot drift, explain what changed, and converge back — and every mutation waits for your explicit confirmation before it runs.
Example prompts
Cloud delivery, maintenance, networking, cost, and security work flowing through one system.
Access model
Admin + user scoped
Run modes
One-time, scheduled, monitored
Visibility
Progress, logs, artifacts, replay
Example prompts show cloud delivery, data engineering, networking, cost, performance, and security operations.
Built for the stack startups already run
Two modes
The ledger
Every resource OrchestrAI creates is recorded in a managed-resource ledger: what it is, how it's configured, and why it exists. That memory is what separates an AI engineer from a chatbot with CLI access.
Desired state
No HCL, no state file, no plan/apply ceremony. Describe the outcome and the ledger becomes your source of truth — and you can export to Terraform anytime.
Drift detection
When a security group is edited by hand or a config quietly changes, OrchestrAI surfaces the drift against desired state, shows you exactly what changed, and offers to converge back.
Cross-session memory
Three weeks later, it still knows what it deployed, how services connect, and what your budgets are. Every new request is planned against the infrastructure you actually have.
Startups
OrchestrAI is aimed at companies that need serious cloud, data, and security execution before they can justify a large platform or enterprise operations team.
Development speed
Collapse backlog work like environments, deployments, pipelines, and operational setup into natural-language requests instead of manual handoffs and console work.
Operational cost
Estimate cost before changes go live, monitor spend as work runs, and turn optimization reviews into ongoing operational hygiene.
Small teams
Let one or two people cover infrastructure, networking, data operations, and security-driven maintenance without living in tickets and brittle runbooks.
Performance
Use the system to monitor health, investigate regressions, scale ahead of demand, and keep environments performing well as usage grows.
Security
Keep execution bound to project access, approved credentials, role controls, approvals, and auditable run history while also helping teams tighten cloud security posture.
Teams
Team controls aren't roadmap. Role-based access, org and project scoping, approval routing, and a full audit trail are live today, so you can open infrastructure up to the whole team without opening up production.
Access control
Admins decide who can run what, where, and with which credentials. Every user and project operates inside explicitly granted boundaries — nothing more.
Approval routing
Sensitive or expensive changes route to the right approvers before anything runs. Requests carry the plan, the cost estimate, and the blast radius.
Audit and replay
What ran, who approved it, what changed — durable run history and replay give you the receipts for incident reviews, security questions, and compliance asks.
How it works
01
Request a one-time task, recurring workflow, or monitored operational job in the same interface.
02
The system uses only the providers, credentials, tools, and permissions available to that user and project.
03
Track progress, logs, health signals, outputs, and what changed while the work runs, then review the run later if needed.
Coverage
The product surface already spans cloud delivery, maintenance, networking, security, cost, data engineering, and connected operational tooling.
Cloud delivery
Maintenance and reliability
Networking and secops
Cost and performance
Data and AI workflows
Connected services
Security and control
Every mutation goes through the same safety perimeter: propose, show the plan and cost, wait for your confirmation, execute inside scoped access, and record the run.
Nothing changes until you approve the plan. Destructive operations go further and require a typed risk phrase, so a stray "yes" can never tear down production.
Cloud access uses OIDC federation — AWS STS, Azure, and GCP workload identity — to mint temporary tokens per run. Connection secrets are envelope-encrypted at rest.
Cost estimates before execution, per-project spend limits enforced at run time, and a sandbox mode for rehearsing changes without touching real infrastructure.
Live progress, logs, and artifacts for every run, plus durable, replayable history for security review, compliance, and incident forensics.
Where it fits
Three different jobs. Here is how they compare, row by row — including the rows where the tools you already use do the same thing we do.
Pricing
Pay As You Go starts with a $5 minimum credit purchase. If it's not for you, request a refund within your first 14 days and we'll return whatever you didn't use. Credits never expire and roll over each month. Upgrade when you need more capacity and team features.
Pay As You Go
$5 minimum, pay as you go
No subscription. Buy credits as needed for occasional operations work — unused credits are refundable in your first 14 days.
Pro
$29 / month
For individual developers and power users with regular operational workloads.
Business
$199 / month
For teams and growing organizations that run operations at scale.
Enterprise
$2,499 / month
For large organizations. SSO, SLA, and dedicated support included standard.
Get started
Sign up, connect your cloud read-only in minutes, and see your resources, drift, and cost breakdown. Approve your first execution when you're ready — nothing runs without your confirmation.