Omnia OS
ActivePlatform work focused on operator-grade systems and secure foundations for future products.
Visit siteVeteran-owned innovation
AI • Cyber • Robotics
Omnia Innovations builds security-forward capabilities for defense and critical infrastructure, with a focus on autonomous threat environments, cyber effects, and operational resilience.
Threat Detection
RF Intelligence
Cyber Effects
Robotics Assurance
Capability snapshot
Built for decision-makers who need clarity in seconds: what we do, why it works, and where it applies.
We emphasize technical precision, deployment realism, and measurable outcomes. For deeper detail, request a technical consult tailored to your threat profile.
Threat detection and RF intelligence
Multi-sensor detection, identification, and alerting designed for contested, noisy environments.
Cyber effects and control-path security
Control-path analysis and effect delivery aligned to safety constraints and operational objectives.
Robotics safety, assurance, autonomy
Engineering that treats autonomy as a system risk, with verification-driven design and guardrails.
Products and research
Project grid
A growing portfolio. Each project has a dedicated page as it becomes public.
If you want advice on any in-progress work, use the contact form and we will respond with a scoped, on-request packet.
Active
Super AI Markets
ActiveA research-driven product exploring AI market dynamics, narratives, and practical analysis workflows.
Visit siteAI Agent Identification Protocol (AAIP)
ActiveA protocol concept for identifying and differentiating AI agents, aligned to practical security needs.
View on GitHubIn progress
cRASh
FlagshipCounter Robotic and Autonomous System Hacker. Detect, identify, control, and neutralize autonomous threats.
Explore cRAShAI Pen Test Browser
In progressA workflow tool for testing, reproducing, and documenting AI security issues with operator-grade rigor.
Request a consultAI IDE for Exploit Development
In progressExploit-development tooling with a focus on repeatability, evidence, and disciplined engineering practice.
Request a consultAI Threat Intelligence Tool
In progressThreat intelligence designed for autonomy-heavy environments: signal, context, and actionable outputs.
Request a consultResearch
Lab notes
A small window into what we are exploring. Full write-ups are shared on request.
- Model-driven threat emulation - using state-of-the-art agentic systems to simulate autonomous adversary behavior and uncover control-path failure modes.
- Evaluation harnesses for AI security - repeatable red-team tests for jailbreak resistance, tool misuse, data exfiltration, and prompt-injection resilience.
- Autonomy safety and “controlled outcomes” - effect design that prioritizes constraint satisfaction, operator intent, and verifiable boundaries.
- Sensor fusion under real-world noise - combining RF, vision, and other signals with uncertainty-aware tracking and robust identification.
- Secure-by-design agent tooling - policy-aware permissions, provenance, and auditability for high-impact AI workflows.
Operator-grade
Authority without theatrics
Premium design is a means, not the product. The goal is to communicate capability, constraints, and credibility quickly.
- Technical precision - focus on methods, not slogans.
- Deployment realism - design for the environment you actually have.
- OPSEC aware - public material stays high level; details available on request.
Contact
Request a consult
Tell us what you are building or defending, and the threat profile you care about. We will respond with a scoped next step.