MYCOPULSE™
Sub-Millisecond Edge Cybersecurity for the Era of Autonomous Agentic AI Threats
The enterprise attack surface has fundamentally shifted. Adversarial AI swarms, recursive exploit scripts, and automated prompt injection bots attack digital perimeters at velocities that legacy rule based firewalls cannot intercept.
MycoPulse is an autonomous, bio-mimic, cybernetic self-defending edge intelligence daemon. Powered by an embedded, zero-copy ONNX neural runtime compiled directly from bare-metal Rust to WebAssembly. It executes headless at your network perimeter in 0.18 milliseconds. It identifies and rapidly neutralizes malicious bot swarms, hackers, zero day payloads, and LLM prompt injections locally. It adapts in real time without sending data back to a centralized cloud.
Machine Speed Attacks Require Machine Speed Defense
Attacks are no longer static signatures. Automated adversaries now execute multi-turn prompt injections, tool hijacking, and parameter fuzzing at thousands of requests per second.
Autonomous Adversary Swarms
Adversarial AI tools adaptively probe for vulnerabilities, bypassing legacy regex rules and IP reputation lists via dynamic encodings. Static rule databases are structurally incapable of stopping them.
Inline Cloud WAFs Add Latency
Routing every packet through third-party cloud scrubbing centers introduces 30ms to 80ms of latency penalty and leaks sensitive payload data. Conversely, running massive LLMs inline at the edge chokes CPU throughput.
Sub-Millisecond Neural Reflexes
MycoPulse decouples tactical edge filtering from strategic forensics. Lightweight ONNX neural models run directly within the bare-metal edge kernel in 0.18ms, providing instant threat mitigation with zero latency tax.
Inline Neural Reflexes + Asynchronous Strategic Intelligence
A decoupled architecture engineered for continuous threat adaptation without sacrificing raw wire speed.
Embedded ONNX Neural Inference
MycoPulse executes optimized neural models directly within the edge binary. It evaluates payload intent at memory speed (0.18ms), identifies malicious anomalies, and blocks prompt injection vectors without external cloud calls.
Model-Agnostic LLM Orchestration
For complex forensic analysis, MycoPulse links asynchronously to sovereign enterprise LLMs or private security models via an out-of-band pipeline—devising defensive policy updates with zero impact on production latency.
Autonomous Signature Gossiping
When a new attack vector is neutralized at any perimeter node, MycoPulse updates its local weights and broadcasts lightweight cryptographic mitigation tokens across your edge fleet—instantly immunizing the entire network.
Hostile Compute Exhaustion
Instead of returning standard 403 errors that signal automated bots to rotate IPs, MycoPulse dynamically tarpits hostile connections—bleeding attacker CPU and memory resources while maintaining total service availability.
Zero Cloud Dependency
No third party telemetry, no vendor phone homes, and zero data leakage. Runs completely self-contained on bare-metal servers, tactical edge appliances, or sovereign cloud clusters for defense and fintech environments.
124,000+ Req/Sec Linear Throughput
Built in memory safe Rust with zero-copy I/O. Idle memory footprint stays pinned at an ultra-lean 160MB, absorbing volumetric floods and protocol attacks without thread starvation or memory leaks.
Verified Production Performance
Measured under sustained synthetic attack loads on standard enterprise compute (4 vCPU, 8 GB RAM).
| Metric | Legacy Cloud WAF | MycoPulse™ Industrial | Operational Advantage |
|---|---|---|---|
| Inline Inspection Latency | 30 ms to 80 ms | 0.18 ms (P99) | Sub-millisecond reflex; neural classification runs at memory speed. |
| Per-Node Throughput | Tier-limited | 124,190 req/sec | Sustained linear scaling under extreme volumetric attack pressure. |
| Threat Adaptation | Static manual regex rules | Embedded ONNX Neural Inference | Identifies novel zero day prompt injections and payload variants. |
| False Positive Rate | ~0.1% to 1.0% | < 0.0001% | Eliminates customer-facing disruption and false alarms. |
| Memory Footprint | 1 GB to 4 GB+ | 160 MB Idle | Deployable on edge gateways, micro-instances, and sovereign hardware. |
| Data Sovereignty | Cloud egress required | 100% In-House Sovereign | Zero data center tether; air gapped defense and fintech compliance. |
Acquire or License the MycoPulse™ IP
MycoPulse is a completed, production-hardened software asset developed by Saiwalo Labs. It is packaged with core Rust crates, embedded ONNX machine learning vectorizers, compiled WebAssembly binaries, host daemon bridges, comprehensive test harnesses, and standard C-ABI bindings for drop-in edge integration.
Available for outright intellectual property acquisition, exclusive dual-use commercial licensing, or strategic integration by enterprise hosting providers, cybersecurity primes, and defense platforms.