Protects AI workloads through confidential computing rather than a public model-weight obfuscation challenge.
Focuses on confidential computing and protected inference infrastructure for enterprise deployments.
Secures AI systems against model and application attacks, with a broader security platform than Refortifai’s visible weight-protection wedge.
Technical infrastructure is the candidate moat: if the runtime keeps overhead low across serving stacks, it can become a hard-to-replace control layer for protected model delivery.
Refortifai uses post-training tensor transformation plus a protected inference runtime, not fine-tuning or retrieval, to keep model weights usable without exposing them in plain form.
Crowdsourced human-preference benchmarking platform for LLMs and generative AI models.
Neutral third-party evaluation becomes critical infrastructure as model proliferation outpaces any single lab's ability to grade itself credibly.
Catches AI agent failures before users see them by stress-testing across text, voice, and images.
AI agents are shipping to production faster than anyone can test them. Ashr generates synthetic users that stress-test agents across text, voice, and images before real users hit the failure modes.
Deploys AI mathematicians that formally verify proofs, grounding outputs in truth not guesses.
LLMs hallucinate. Lean proves things. Cajal pairs LLMs with formal verification so every mathematical result is machine-checked, starting with quantum computing and finance where a wrong proof costs real money.
Evaluates and certifies AI agents for safe deployment with red teaming and formal guarantees.
Red teaming and guardrails exist as separate tools. Cascade combines them into one platform with adaptive scaffolding that learns from production runs, already deployed across legal reasoning and customer support agents. The CEO researched graph reasoning and agentic safety at UC Berkeley's BAIR Lab.