microsrv:~$
Console

Developer cloud with instant scale-to-zero

Run Linux VMs, OCI containers, and databases in an isolated private network. SSH with no public IP, HTTPS with auto-TLS, and WireGuard are ready on boot. Instances sleep without traffic and wake on the first packet.

packet wake-up ~185 msprivate VPCSSH & HTTPS with no public IPper-second billing
vm-app.msrv.space

Linux VM · 4 vCPU · 8 GB RAM · 10.42.0.12

Idle · snapshot on NVMe

Compute billing

$0.00/sec

paused

First-packet response

~185 ms

ready for TCP/HTTPS

GET https://vm-app.msrv.space

Live scale-to-zero cycle: instance idle · no traffic, wake-up on the first packet in ~185 ms.

> how it works

From launch to production — in one command

No manual firewall setup, port forwarding, or certificate issuance.

bash · eBPF gateway
ssh user@my-app.msrv.space
[wake-up] vm-app restored from NVMe snapshot in 185 ms
Connected to vm-app (10.42.0.12) via eBPF gateway [latency 1.4ms]
Ubuntu 24.04 LTS · 4 vCPU / 8 GB RAM · NVMe root
user@vm-app:~$

Access a private machine with no public IPv4. Port 22 is closed to internet scanners.

curl -I https://my-app.msrv.space
HTTP/2 200 OK
server: microsrv-ebpf-edge
tls-certificate: Let's Encrypt (auto-renewed)
x-instance-wakeup: 185ms

Every service automatically gets a *.msrv.space domain and a valid TLS certificate.

psql postgres://app@10.42.0.21:5432/production
psql (16.4) · direct WireGuard VPC connection (10.42.0.0/16), RTT 1.8ms
production=>

Secure access from your laptop to databases and internal services over private IPs.

> platform architecture

VPC, gateways, and storage on by default

All network plumbing runs in the Linux kernel via eBPF and is included in the base rate.

Access gateways ($0 extra)

  • SSH gateway with no public IPsConnect via ssh <vm>@msrv.space. Port 22 is closed to external scanners; no public IPv4 to buy.
  • HTTPS gateway and *.msrv.space domainsAutomatic Let's Encrypt certificates and traffic routing to your container or VM with no manual DNS setup.
  • WireGuard tunnel in every VPCJoin private databases and internal APIs straight from your laptop over local 10.42.x.x addresses.

Private network on eBPF

  • Isolation inside the Linux kernelA dedicated /16 subnet with stable internal IPs. Packet filtering and anti-spoofing run at kernel speed.
  • Outbound NAT with no public IPInstances pull packages, talk to Git, and call external APIs with no open inbound ports.
  • In-VPC latency < 1 msVirtual machines, containers, and databases talk directly with zero overhead.

Compute & NVMe storage

  • Uncompromising KVM machinesA full Linux kernel, root access, Docker and cloud-init support with sub-second boot.
  • Containers without Kubernetes overheadRun standard images from Docker Hub and GHCR with no heavyweight Control Plane bill.
  • Replicated NVMe and snapshotsFast network disks for PostgreSQL, Redis, and instant RAM-state saves on the way to scale-to-zero.

> transparent economics

Pay for compute only while under load

In standby, vCPU and RAM stop and are not billed. No more paying for idle nights on dev machines, staging, and side projects.

Sleeping & variable loads

Devbox · Staging · Bots · AI sandboxes — up to 4x cheaper
Regular VPS (24/7 billing)100% of cost for idle
microsrv (Scale-to-Zero)only ~25% of the time
  • Active 6 hours a day, asleep 18 hours — state kept on NVMe
  • Wake-up on the first packet in ~185 ms, 200 OK reply

Always included for free ($0)

Network, domains, and certificates in the base rate
  • $0 for a dedicated public IPv4 — SSH/HTTPS gateways instead of an address per microservice
  • $0 for the private VPC, outbound NAT, and WireGuard gateway
  • $0 for automatic Let's Encrypt certificates and *.msrv.space domains

Launch your first VM or container in 30 seconds

Create a VM, container, or database in an isolated VPC — gateways and TLS are already on.

> reliability

Data durability and uptime

~185 msCold start
99.9%Target availability
per secondBilling granularity
$0Gateway charges
  • Replicated storage

    Disks replicate across storage nodes to safeguard data against hardware failures.

  • Automatic recovery

    If a host fails, the platform relaunches the instance with its original disk, IP addresses, and state.

  • Stable identity

    Subdomains, TLS certificates, and SSH identities persist across the full lifecycle of your instance.

> roadmap

Upcoming features

Capabilities currently under active development:

  • Terraform / OpenTofu provider
  • Automated database snapshots and backups
  • Custom domains with custom TLS certificates
  • S3-compatible object storage
  • CLI and GitHub Actions for CI/CD deployment
  • VPC network peering

> blog

Latest from our blog

Articles on cloud architecture, eBPF networking, serverless virtualization, and developer workflows.

All posts →

> stats

The platform in numbers

A live snapshot of the resources running on microsrv right now.

running now
10
projects
13
vCPUs allocated
36
RAM allocated
99 GiB
disk storage
417 GiB