Cyber Startup is the world's first Zero-Trust Autonomous SOC. Utilizing Continuous-Time Graph Ordinary Differential Equations (CT-GODE) (via adaptive step continuous-time solvers), Hardware-Backed Trusted Execution Environments (TEEs) via Intel SGX, and Hardware-Enforced Static Packet Reflection, we securely trap unauthorized actors before lateral movement begins.
Secure Your NetworkDynamic telemetry and real-time counterfactual intrusion response.
High fragility detected. Adjust BRS slider to isolate nodes.
Configures the active eBPF reflection coefficient. Lower values isolate more nodes preemptively but increase local loopback latency.
*Disclaimer: ROI estimates, preempted threats metrics, and operational hours saved are dynamically derived from mathematically proven continuous-time graph ODE simulations mapping potential lateral movement cascades across your asset topology.
Our autonomous controller manages fleets of eBPF probes seamlessly across hardware environments, providing complete oversight and unified policy enforcement.
Cyber Startup performs dynamic compilation of C-code into eBPF bytecode verified and injected at runtime. We forge TCP SYN-ACKs to silently reroute unauthorized actors into ephemeral containment nodes.
Your defenses shouldn't sleep. Continuously as an active inline step, our Counterfactual Threat Simulation Engine (CTSE) uses a Generative Adversarial Network (GAN) synthesizing novel counterfactual embeddings to simulate threats and continuously stress-test your architecture.
Mathematical proof of our preemptive capabilities. This DAG models the continuous-time evolution of lateral movement, allowing our CT-GODE models to predict and intercept threats before they materialize.
Inline host-CPU eBPF and PMU integration. Achieve native Zero-Trust architecture with nanosecond-precision visibility enforced without penalty, establishing an immutable micro-perimeter.
Direct integration with native Performance Monitor Units (PMUs). Detect memory-resident side-channel precursors natively against hardware execution parameters without relying on software-only heuristics.
Learn MoreCyber Startup leverages structural continuous-time AI to predict attacks. True Zero-Trust architecture backed by dynamically compiled eBPF probes for our enterprise tier.
Request Private BriefingCyber Startup was founded to bring predictive, mathematically-sound security to the modern enterprise via continuous-time simulations and eBPF integration.
Contact us to learn more about our $150k/yr Tier 1 Base SaaS and secure your network preemptively.
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