CloudyPi Edge Engine v3.4.2 Released

Decentralized Edge Compute
Meets Next-Gen Micro-Cloud

Deploy, scale, and orchestrate containerized workloads across thousands of distributed ARM64 & x86 edge nodes with zero routing friction and sub-millisecond local execution.

Deploy Cluster Now View Architecture
14,820+
Active Edge Nodes
< 1.2ms
Median Edge RTT
99.995%
Network SLA
48 PoPs
Global Gateway Regions
bash — cloudypi-node-bootstrap
$curl -sSL https://cloudypi.cfd/install.sh | sh
[+] Inspecting architecture: Linux x86_64 / ARM64 compatible detected.
[+] Mounting encrypted eBPF socket multiplexer...
$cloudypi cluster join --region=ir-teh-01 --token=cpi_live_4491a8
[*] Initiating TLS 1.3 handshake with primary coordinator [ir.cloudypi.cfd]...
[✓] Hardware enclave verified (ECC P-256). Peer link established (1.1ms RTT).
[✓] Worker online. Ready to receive microVM workload schedules.

Real-Time Gateway Telemetry

Live health metrics reported from edge aggregation gateways across our international Anycast fabric.

Region / Gateway Protocol Status Latency Throughput
🇮🇷 Tehran Edge (IR-TEH-01) HTTP/2 + TLS 1.3 ● Operational 3.2ms 9.8 Gbps
🇩🇪 Frankfurt Core (EU-FRA-01) HTTP/2 + TLS 1.3 ● Operational 18.4ms 40.2 Gbps
🇳🇱 Amsterdam IX (EU-AMS-02) HTTP/2 + TLS 1.3 ● Operational 22.1ms 28.5 Gbps
🇬🇧 London Edge (UK-LON-01) HTTP/2 + TLS 1.3 ● Operational 27.6ms 32.0 Gbps

Engineering-First Features

Designed from the silicon up for distributed robustness, microsecond telemetry, and cryptographic workload protection.

⚡

eBPF Accelerated Datapath

Bypasses kernel socket overhead by dispatching packets directly at the XDP network layer, achieving wire-speed edge throughput.

🛡️

Hardware-Enclave Security

Workloads execute within isolated memory enclaves with continuous cryptographic attestation and zero trust peer verification.

🍓

Pi & RISC-V Cluster Ready

Native orchestration support for Raspberry Pi 4/5, CM4 boards, OrangePi, and RISC-V SBCs alongside standard enterprise x86 iron.

🌐

Anycast Smart Mesh

Dynamic BGP peering automatically routes client traffic to the mathematically nearest healthy edge worker with zero DNS delay.

📦

OCI Micro-Container Engine

Spin up lightweight containerized workers in less than 8ms with automated copy-on-write root filesystem streaming.

📊

Prometheus & OpenTelemetry

Built-in observability endpoints expose high-cardinality metrics, tracing spans, and health hooks without external sidecars.

Frequently Asked Questions

Everything you need to know about the CloudyPi edge runtime and deployment topology.

How does CloudyPi handle network partition tolerance? +
CloudyPi utilizes a decentralized Raft consensus with localized gossip failovers. Even if an edge node loses uplink connection to the central coordinator, local scheduled micro-services continue processing incoming edge traffic without interruption.
What protocols are supported for client ingress? +
Our edge gateways natively terminate HTTP/1.1, HTTP/2, TLS 1.3, WebSockets, and gRPC with ALPN protocol negotiation and automated TLS renewal via Let's Encrypt and zero-downtime certificate hot-reloading.
Can I deploy custom Docker/OCI container images? +
Yes. CloudyPi is fully compliant with the OCI image specification. You can deploy images directly from Docker Hub, GitHub Packages (GHCR), or your private container registries.