example: "you don't choose hypr; you arrive at it."
Tired of the Cloud Tax?
Sick of 500ms cold starts for a "serverless" function? Paying for 2GB RAM when your app needs 20MB? We’re not here to replace the cloud. We’re just here to expose it's lies and shatter the illusion.
Deploy code as ultra-lightweight Unikraft/Nanos unikernels. True scale-to-zero, µs-boot, no cold start tax. Built for your APIs, webhooks, and event-driven logic.
Run your WebSocket servers, real-time APIs, backend services, and lightweight databases. Unmatched efficiency, instant recovery via RAM snapshots, all on our NVMe-backed core.
Serve static sites & SPAs directly from RAM-backed unikernels (powered by pico.v/Bun) on our global low-latency IPv6 edge. Microsecond delivery, from anywhere to everywhere.
Attach low-latency, high-throughput NVMe block volumes to your HYPR instances. Scalable, reliable, directly integrated for your persistent data.
Performance Isn't a Feature. It's The Foundation.
We didn't bolt on speed. We engineered out the slowness at every layer. See the difference.
Boot Time Performance
HYPR vs Traditional Cloud
Cold Start Time
Direct ELF boot, no OS layer, RAM-pinned snapshots.
Memory Footprint
Unikernels include only necessary components, no bloated OS.
Network Latency
Direct IPv6 addressing, no NAT overhead, anycast routing.
Resource Efficiency
No hypervisor tax, lean orchestration, precise resource allocation.
We Don't Give A Fuck
The Engineering That Powers HYPR
Born from frustration and forged by necessity, HYPR challenges the bloated, overengineered, rent-seeking status quo of the modern cloud.
The Cherrybomb VMM: Compute Reimagined
Our custom Firecracker modifications eliminate layers of abstraction for unprecedented boot speeds
OS-less Execution
Cherrybomb boots your Unikraft/Nanos ELF binaries directly. We parse the ELF, map its memory segments, and jump straight to your code.
Instant State
We load pre-processed memory images directly into guest RAM. Firecracker becomes a RAM-loader + vCPU jump-starter.
Always Hot
Critical workloads live in host RAM (tmpfs), locked with mlock. We pre-fault memory pages for zero-latency access.
HyprShmem: Zero-Copy Data Injection
Our custom IVSHMEM device eliminates I/O overhead for configuration and data transfer
Config at Lightspeed
Our custom Firecracker HyprShmem device exposes a host-backed shared memory region directly to your unikernel. Configuration, metadata, even small code payloads are available instantly at a known memory address.
hypr_config_t* app_config = (hypr_config_t*)config;
HYPR's Global Anycast Network
Our own ASN and BGP infrastructure brings your applications closer to users worldwide
IPv6-Native & Deterministic
Every HYPR workload gets a unique, deterministic IPv6 address from our HYPR IP space. No NAT, no port conflicts, no DHCP latency.
Our Own ASN & BGP
HYPR announces its own IP prefixes via our Autonomous System Number across a global network of edge POPs using BGP routing.
Join the revolution in cloud computing. Sign up for early access and be among the first to build on HYPR.
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