Eliminate the Encryption Tax
Reclaim 30% of your infrastructure. Achieve wire-speed encryption without hardware lock-in.
The Problem: The Encryption Tax
As global networks transition from 100G to 400G and 800G, software-based encryption has become a critical bottleneck. Legacy libraries consume up to 30% of CPU cycles just to secure data.
Implicit Server Tax
Standard libraries effectively "tax" every server in your data center, forcing reliance on rigid, expensive ASICs.
Hardware Rigidity
Hardware offload cards (FPGAs/ASICs) lack transparency, are hard to patch, and increase OpEx through high thermal loads.
Memory Bottleneck
Standard libraries touch data multiple times, creating a memory bottleneck that modern silicon cannot overcome.
Elivaster Solution: Software Agility at Wire-Speed
Proprietary architecture that saturates the CPU's cryptographic units, effectively turning general-purpose cores into high-speed wire-rate processors.
Core Saturation
Our proprietary approach ensures the silicon is constantly ingesting data—no idle cycles.
ARM core utilization
Memory Efficiency
Optimized data flow that avoids memory bottlenecks, maintaining highest possible throughput.
Cycles per byte
Wire-Speed
Reaching the absolute mathematical limit of the hardware—software becomes high-speed IP.
Gbps per core
Performance at Scale
On 6-core systems
Saturating dual 100G links with 50% CPU capacity remaining
Single core performance
0.14 cycles/byte efficiency—theoretical hardware limit
Verified Throughput (ARMv8.4-A / M3 Pro)
| Block Size | Throughput (MB/s) | Throughput (Gbps) | Efficiency |
|---|---|---|---|
| 16 KB | 6,132 MB/s | 47.9 Gbps | 0.15 Cycles/Byte |
| 1 MB | 6,809 MB/s | 53.2 Gbps | 0.14 Cycles/Byte |
| Peak (Single Core) | 6,809 MB/s | 53.2 Gbps | 0.14 Cycles/Byte |
| Aggregate (6-Core) | 34,701 MB/s | 277.6 Gbps | Linear Scaling |
Infrastructure Reclamation
Eliminate the need for rigid SmartNICs and proprietary ASICs. Deploy high-assurance encryption as a pure software update across your entire heterogeneous ARM architecture.
CPU Reclaimed
Free up resources for application workloads
Margin Per Node
Profitability uplift through efficiency
Per FPGA Saved
Hardware replacement value
The "Trust Gap" Solved: Formal Verification
Speed is dangerous without trust. Our proprietary solution is Formally Verified using the Software Analysis Workbench (SAW) and SMT solvers (Z3).
Functional Correctness
Mathematical proof that every possible input matches the NIST specification exactly. We verify the proprietary solution as a total system.
Engine Proof Induction
Our proprietary solution is proven correct for arbitrary data lengths. Verified induction ensures stability across all payloads.
Constant-Time Security
Formal "Non-Interference" proof: The proprietary engine is immune to timing and cache-side-channel attacks.
Z3 / SMT Verification
Mathematical verification logs provide absolute assurance—no design vulnerability exists.
Formal Coverage (SAW)
Assurance Status
Proof Confidence
"We provide the mathematical proof that auditors use for high-assurance certifications. This is the ultimate insurance for your infrastructure."
Reclaim Your Infrastructure Today
Eliminate the encryption tax. Achieve wire-speed performance with mathematical proof of correctness.