Industrial Cybersecurity. Functional Safety. AI-Driven Engineering.
Sovereign Grade Competence. Delivered by a US Fed Court-recognized SME with prior DoD R&D leadership, academic and F500 fintech experience.
Spec-Driven Security Architecture
Precise Specifications Made Easy. This 16-hour program revolutionizes security specification writing. Generate precise, compliant specs from natural language by leveraging AI tools.
Secure Serverless Apps (AWS/Azure)
Build it Securely. Build a secure serverless task API. Generate production-ready specs, threat models, and Python infrastructure tests using AI assistance.
Automated Regulatory Transformation for Critical Infrastructure
The Capability: An automated engine that converts unstructured NERC-CIP cybersecurity requirements into machine-readable OSCAL v1.1.2 component definitions with intelligent NIST SP 800-53 mapping.
"Reduces compliance documentation effort from weeks to hours while ensuring defensible audit trails for federal regulators."
We adapt industry-standard methodologies (STRIDE, PASTA, attack trees) specifically for Agentic AI workflows. Our quantitative risk profiling moves security from "red/green" checklists to measurable financial exposure. Proven track record in secure SDLC automation. So what? Reduces vulnerability exposure by up to 60% in complex AI systems.
Design and implementation of practical AI-enhanced security operations: anomaly detection, automated triage, context-aware alerting, and secure integration of large language models into defensive workflows. So what? Improves incident response time by 40-70% with minimal false positives.
Context Engineering is the architectural minimization of context-window waste. We structure retrieval paths before the prompt layer, reducing LLM API costs by 40-60% while eliminating hallucination risks common in standard RAG deployments. So what? Delivers reliable AI at fraction of the cost, with built-in security.
Tailored workshops and trainings in:
Drawing from tenure-track teaching experience and NSA CAE-R program development So what? Equips teams with hands-on skills for immediate application.
Subject Matter Expert (SME) in U.S. Federal Courts for:
Available for expert witness testimony, independent reports, and court-preparatory consulting. So what? Provides defensible, evidence-based support in high-stakes legal contexts.
We design and deploy defense-in-depth strategies for SCADA, DCS, and PLC environments, moving beyond perimeter security to protocol-aware, internal control-loop hardening. We leverage IEC 62443 standards to implement micro-segmentation in legacy environments without disrupting operational uptime. So what? Prevents lateral threat movement within critical segments, reducing the risk of kinetic impact from cyber-physical attacks.
Utilizing our proprietary toolkit (delivered Jan 2026), we convert unstructured regulatory requirements into machine-readable OSCAL v1.1.2 component definitions. This includes intelligent mapping to NIST SP 800-53 controls for streamlined grid-op compliance and JAMA integration. So what? Compresses federal audit preparation from weeks to hours, creating a transparent, machine-verifiable evidentiary trail for regulators.
We provide hazard analysis and logic-level verification for AI-integrated Safety Instrumented Systems (SIS). By applying spec-driven methodologies to safety checks, we ensure that "AI-assisted" operations cannot override hardware-level safety constraints in high-hazard zones (BESS, Chemical, Power). So what? Ensures Functional Safety remains intact during digital transformation, preventing logic-level catastrophic failures in high-consequence systems.
Dr. Daniyel Yaacov Bilar brings over 20 years of sovereign-grade operational, research, and academic experience to every engagement:
Ready to strengthen your security posture or AI capabilities?
Email: info@chokmah.me
Github: README