Proactive Orchestration for High-Density Compute Clusters
Traditional hypervisors manage virtual machines reactively—waiting for static threshold alerts after performance drops. TACIT by Tacix Systems integrates predictive workload forecasting directly into node silicon, executing autonomous VM migrations before bottlenecks occur.
SYSTEM ARCHITECTURE PRIMITIVES
Bare-Metal Micro-Kernel & AI Engine Implementation
Explore the audited zero-cost abstractions, Ring -1 Assembly entry points, and PyTorch time-series prediction models powering TACIT OS.
Execute in-browser simulation to verify memory enclave page flags and attestation seals.
// TACIT Micro-Kernel: Hardware Enclave Memory Isolation (microkernel.rs)
// Enforces zero-knowledge memory privacy across virtual machine boundaries
pub struct EnclaveManager {
page_directory: u64,
attestation_hash: [u8; 32],
}
impl EnclaveManager {
pub unsafe fn isolate_vram_pool(slot_id: u32, bytes: usize) -> Result<(), KernelError> {
let pte = allocate_hardware_page(slot_id, bytes)?;
pte.set_flags(PageFlags::ENCRYPTED | PageFlags::NO_EXECUTE_USER);
commit_attestation_seal(pte.physical_address())?;
println!("[TACIT-KERNEL] Sealed slot {} with 0x{:x} bytes vRAM", slot_id, bytes);
Ok(())
}
}THREE-TIER HARDWARE ISOLATION
Architected for Zero-Trust Enterprise Environments
Explore how TACIT decouples the physical hardware silicon layer from virtual machine memory pools and the predictive AI orchestrator.
Layer 1 interfaces directly with bare-metal silicon, managing Extended Page Tables (EPT) and CPU VMX controls. This bypasses traditional OS overhead to deliver sub-0.4ms VM scheduling latency.
ENTERPRISE CLUSTER SIZING & FINANCIAL IMPACT
Calculate Your Hardware Reclamation Savings
Adjust your bare-metal server node count to project annual power, outage prevention, and compute efficiency gains.
ACC INTELLECTUAL PROPERTY & COMPETITIVE ADVANTAGE
Enterprise Protection & Performance Differentiation
Grounded in the Association of Corporate Counsel (ACC) IP framework, Tacix Systems protects its technology through utility patents, trademarks, and air-gapped trade secret boundaries.
Autonomous Horizon Scheduling
Patent claims covering time-series neural network predictions integrated directly into Ring -1 hypervisor execution pipelines.
Air-Gapped Neural Weights & Kernel Code
PyTorch model parameters and Assembly context-switch code remain isolated from public networks under strict physical and cryptographic secrecy.
TACIX Systems & TACIT OS
Registered brand marks under International Classes IC 009 (Operating Systems) and IC 042 (Cloud Infrastructure).
| CAPABILITY | LEGACY HYPERVISORS | TACIT AUTONOMOUS |
|---|---|---|
| Scheduling Logic | Reactive Threshold Breaches | Predictive AI Horizon (+15m) |
| Memory Isolation | Standard OS Virtual Memory | zk-Encrypted vRAM Enclaves |
| Context Switch Overhead | 1.8ms – 3.2ms | < 0.4ms Hardware VMX |
| Human Intervention | Manual IT Rebalancing | 100% Autonomous Migration |
| Public Attack Surface | Exposed Web Admin Endpoints | Air-Gapped Zero-Trust Portal |
Request Private Alpha Access & Investor Deck
Join enterprise IT directors and institutional investors evaluating TACIT's autonomous hypervisor platform. Public static web assets remain 100% air-gapped from live control planes.
Join Private Alpha Waitlist
Enter your work email to receive technical whitepapers and alpha access instructions.
Deploy TACIT to Your Bare-Metal Hardware
Single binary installation with zero external runtime dependencies. Built for x86_64 and ARM64 enterprise server hardware.