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HYPR
/haɪpər/
noun: a phenomenon that occurs when the hype
HYPR is taken out of hyperscalers.

example: "you don't choose hypr; you arrive at it."

hypr-terminal
$hyprctl drop my-app
provisioning microvm live ip: 5.231.225.24
$scale my-app --cpu 4 --ram 2gb
done
$wallet.balance
$19.75
$wallet.refresh
usage: $0.08 duration: 3h 17m
cpu: 4 ram: 2gb
$even drug dealers wouldn't mark it up 6000%
$|

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Production-complete VMM and orchestrator with BGP health injection, sub-8μs boot times, and internet-aware routing. HYPR delivers what traditional cloud promised but never achieved: true microsecond performance at scale.

HYPRFlash
Ephemeral Functions

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.

HYPRBlaze
Persistent Applications/Services

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.

HYPRNova
Globally Accelerated Static Sites & Frontends

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.

HYPRBlitz
Block Storage

Attach low-latency, high-throughput NVMe block volumes to your HYPR instances. Scalable, reliable, directly integrated for your persistent data.

Revolutionary Architecture, Proven Results

Built from the ground up with five custom virtualization primitives and production-grade orchestration.This is what post-OS computing looks like.

$hypr benchmark --cold-start

Boot Time Performance

HYPR vs Traditional Cloud

250ms
188ms
125ms
63ms
0ms
0ms
1s
2s
3s
4s
HYPR
Legacy Cloud
HYPR Cold Start
400µs
500x faster than typical serverless
Memory Usage
<1MB - 8MB
Direct Memory Boot + IVSHMEM Dispatch

Cold Start Time

Legacy Cloud:~2-10 seconds
HYPR:≤8 microseconds

Direct ELF boot, custom virtualization primitives, VMO-style snapshots.

Memory Footprint

Legacy Cloud:~128MB minimum
HYPR:~8MB typical

Unikernels include only necessary components, no bloated OS.

Network Latency

Legacy Cloud:~50-200ms (NAT/LB)
HYPR:<2μs (BGP-aware)

BGP health injection, internet-aware routing, direct IPv6 addressing.

Resource Efficiency

Legacy Cloud:~30-50% utilization
HYPR:~90%+ utilization

No hypervisor tax, lean orchestration, precise resource allocation.

Ready to HYPR-charge?

Join the revolution in cloud computing. Sign up for early access and be among the first to build on HYPR.

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