Cloud infrastructure,without the friction.
A2Cloud gives you Linux servers, developer tooling, and experimental labs from a single platform. Provision compute in seconds, manage it from one panel, and route traffic through the edge instead of opening ports on your box.
- Full root access
- NVMe storage
- Edge proxying
- REST API + CLI
INFRASTRUCTURE
A2Cloud infrastructure
Regions, nodes and edge locations, reported from the same data source the panel reads. Swap the data source and this view becomes live.
04
Regional deployments
16 / 17
Responding to health checks
46%
Average across regions
04
Request entry points
REGIONS
Active node capacity
Mumbai
Delhi
Bengaluru
Singapore
EDGE NETWORK
Request entry points & Anycast edge
EDGE-BOM
Mumbai
EDGE-DEL
Delhi
EDGE-SIN
Singapore
EDGE-FRA
Frankfurt
NETWORK FLOW
Request transmission architecture
Hop-by-hop isolated routing
User Request
Client initiates TLS handshake; origin remains concealed.
Edge Ingress
Anycast routing, DDoS mitigation & TLS termination upstream.
Cloud Region
Traffic sent down outbound tunnel directly to hypervisor.
Compute Nodes
Isolated Linux VPS or container workload with NVMe storage.
Products
One platform, several surfaces
Everything below runs on the same compute, network and identity layer. Some of it is finished; some of it is deliberately unfinished.
Maturity tags are intentional. Lab tooling may change or be removed — we would rather say so than promise stability we have not earned yet.
A2Cloud VPS
Servers sized for the workload you actually have
Linux virtual servers with root access and a dedicated IPv4. Pick memory, compute and storage independently — then resize when the workload changes.
DDR5
Memory you can size
Pick from 2 GB to 64 GB of DDR5. Resize later without rebuilding the server.
AMD EPYC
Compute
AMD EPYC cores with dedicated-core options on the larger tiers.
NVMe
Storage
NVMe-backed volumes on every tier — there is no slower storage class to be upsold into.
Root access
Linux, your way
Common distributions out of the box, plus custom ISO mounting when you need something else.
IPv4 + IPv6
Networking
A dedicated IPv4 and IPv6, private networking between your own instances, and edge proxying through A2Shield.
Horizontal + vertical
Scale
Add instances, resize in place, or move a workload onto a larger node as it grows.
Tiers
Pricing preview- VPS-22 GB·2 vCPU·50 GB NVMeSmall services, bots and side projects.₹99
- VPS-44 GB·4 vCPU·100 GB NVMeWeb apps, APIs and light databases.₹199
- VPS-8Popular8 GB·6 vCPU·200 GB NVMeProduction apps with real traffic.₹399
- VPS-1616 GB·8 vCPU·400 GB NVMeMulti-service hosts and busy databases.₹799
- VPS-3232 GB·12 vCPU·800 GB NVMeHeavy production workloads.₹1,599
- VPS-6464 GB·24 vCPU·1.6 TB NVMeDedicated-core workloads and large game servers.₹3,199
- Full root SSH access
- Dedicated IPv4 address
- IPv6 connectivity
- NVMe storage
- Private networking
- Edge proxying via Cloudflare
- A2Panel control panel
- API + CLI access
Interactive configurator
Pick a tier, slide the memory, deploy
The full configurator lives on the pricing page: selectable tiers, a memory slider tied to the same selection, a live specification panel and a guided deploy flow.
- Six tiers, every one selectable
- Specifications update instantly
- Compare 2–3 tiers side by side
Developer experience
Four steps from nothing to a running server
The same operations exist in the panel, the CLI and the REST API, so a workflow you automate is a workflow you can still do by hand.
01Choose infrastructure
Pick a tier, a region and a Linux image. Nothing is hidden behind a support ticket.
02Deploy
Provisioning runs automatically. The instance appears in the panel the moment it is reachable.
03Connect via SSH
Add a key before deploy and password auth is disabled from first boot.
04Build
Install a runtime, pull a repository and run it. Or use the REST API to do it from CI.
Architecture
What happens between a request and your code
Five hops, and only the first one is on the public internet. Select a stage to see what it does.
User
A request leaves the client browser or API client. Nothing about A2Cloud internal architecture is exposed to it beyond your public hostname.
SECURITY & ROUTING SPEC
Build. Experiment.
Break things. Learn.
A2Labs is where unfinished work lives in public. It is the same infrastructure platform underneath — different rules on top: shorter lifetimes, fewer promises, and faster iteration cycles.
No stability guarantee. Labs tooling can change shape or be decommissioned without notice.
Browser-based environments
Web IDEOpen an editor and a shell in a tab. Nothing to install, nothing to configure locally. Ready instantly.
Temporary sandboxes
EphemeralEnvironments that expire on their own, so abandoned experiments do not quietly run forever.
Experimental tooling
PrototypesSmall utilities written to solve real developer problems first and polished second.
Security
Defaults that do not need to be corrected later
Security work is mostly about removing the ways something can be reached by accident. These are the controls the platform applies for you.
We describe what the platform enforces. We do not publish uptime, breach or certification claims we cannot evidence.
Infrastructure isolation
Instances run as separate containers with enforced CPU, memory and disk limits. One workload cannot starve another.
Secure networking
HTTP services can be delivered down an outbound tunnel, so the origin never has to accept inbound traffic. Private networking keeps internal traffic off the public path.
Monitoring
Per-instance CPU, memory, disk and network history is recorded, along with an audit trail of power and configuration changes.
Access controls
SSH key authentication with password login disabled, IP allowlists on management endpoints, and per-user API tokens you can revoke.
Developer security tooling
A2Recon maps what you are exposing across ranges you own, and flags changes as they appear.
Edge protection
A2Shield fronts public endpoints with Cloudflare, so filtering happens upstream of your workload rather than on it.
Why A2Cloud
Infrastructure is a
long-term decision.
So it is worth being clear about what this platform is optimised for, and what it is not.
- 01
Developer-first
Root access, an API, a CLI and a panel that does not hide the machine from you. If you would rather script it than click it, that route stays open.
- 02
Transparent infrastructure
You can see which region, node and resource limits you are on. When something is a placeholder or an experiment, the interface says so.
- 03
Built independently
A2Cloud is built by a small team, not a division of a larger company. That means fewer layers between the person reporting a problem and the person fixing it.
- 04
Privacy-conscious
We collect what is needed to run an account and operate the platform. No advertising trackers, and no selling of data — ever.
- 05
Experimental by design
A2Labs exists because some ideas are only worth building if you are allowed to throw them away. New things ship there first, clearly labelled.
- 06
Simple deployment
One path from choosing a tier to a reachable server. Automation is available, but never mandatory.
Documentation
Start with the task, not the table of contents
Six guides that cover the whole loop: deploy, connect, secure, scale and automate.
- 01
Deploy your first server
From an empty account to a running Linux box with SSH access.
Read - 02
Connect with SSH
Key-based access, and what to do when it does not work.
Read - 03
Configure networking
Public addresses, private networking and edge proxying.
Read - 04
Use A2Labs
Browser-based environments and disposable sandboxes.
Read - 05
Manage infrastructure
Lifecycle operations, snapshots and monitoring from the panel.
Read - 06
REST API
Token-authenticated access to provisioning and lifecycle operations.
Read
Get started
Ready to build on A2Cloud?
Deploy infrastructure, experiment in A2Labs, and build on the same platform. No sales call, no account review queue.
Open source panel · A2Panel is AGPL-3.0 licensed