./lsh-for-confidential-compute
Full confidential computing. Without the performance tax.
Process sensitive data with hardware-based encryption on bare metal: no hypervisor, no shared resources, no compromises.
./problem
Cloud adoption keeps accelerating
But once workloads involve proprietary AI models, financial algorithms, or regulated user data, traditional cloud architecture becomes a liability.
And your concerns are real. Your model is IP. Your data is regulated. Your security is non-negotiable. But none of that should force you to abandon the cloud or give up hardware performance.
./solution
The fix? Bare metal confidential computing.
Latitude turns confidential compute from “slower but safer” into “safer, faster, simpler.” All at once.
No hypervisor attack surface
Direct hardware access removes an entire class of vulnerabilities.
Physical isolation
Your keys never share silicon with another tenant.
Attestation you control
Verify the enclave directly (no opaque cloud middleman).
Performance without compromise
Encryption at silicon speed, with minimal overhead.
What I do appreciate most about it is sort of the simplicity behind it and how the product itself is very simple to use and the communication is very transparent.
Production-ready confidential compute instances
Looking for a custom configuration? No problem.
Entry-level secure processing
Starting at $207.17/mo
m4.metal.small
CPUAMD 4244P, 6 Cores @ 3.8 GHz
RAM64 GB DDR5 ECC
SEVFull SEV memory encryption
DEVIdeal for development & test environments
Scale-out secure infrastructure
Starting at $1,737.42/mo
rs4.metal.xlarge
CPUAMD 9554P, 64 Cores @ 3.1 GHz
RAM1.5 TB DDR5 for massive datasets
SEVSEV-SNP attestation
DEVEnterprise-grade confidential compute
GPU-accelerated confidential AI
Starting at $6,969.92/mo
g4.rtx6kpro.large
GPU8 x NVIDIA RTX PRO 6000 Server Edition
RAMPaired with AMD SEV for full enclave protection
SEVAccelerate encrypted inference
AIConfidential AI at scale
AVX-512
4x faster AES encryption. 3x faster hashing.
Confidential computing adds encryption overhead. AVX-512 removes it. All Latitude.sh Gen 4 instances use AMD EPYC CPUs with 512-bit vector instructions — accelerating the exact operations TEEs rely on.
./private-networking
Zero-trust architecture, made real
Combine confidential compute with our private network fabric for end-to-end protection. Think encrypted workloads, encrypted transit, and zero shared surfaces.
