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Executive Summary

Many enterprise API, platform and data teams struggle with ORM-driven query or pipeline exhaustion: a single malformed or permissive request can spawn dozens of expensive ORM queries or long-running ingestion jobs that exhaust connection pools and worker fleets, especially in serverless and highly distributed environments. This is a risk for security, SRE and data engineering teams at the largest 100k potential enterprise customers in the $10B enterprise API/app security and runtime protection segment, where customers commonly accept $100k ACV purchases to avoid costly outages. You could build a product that compiles declarative OPA/Rego policies into inline transport-layer gates (WASM/eBPF) that score, estimate cost, rewrite or block ORM-driven requests before they reach the application or database, with integrations for common ORMs, API gateways and CI pipelines. Targeting sub-millisecond checks (<1 ms) and thousands of QPS per node, the runtime would provide audit trails, testable policy compilation, and fail-open/-closed controls so security teams can validate behavior in CI and staging before deployment. The market is attractive now because three converging trends raise both the risk and the technical feasibility: serverless and ephemeral ingestion increases sensitivity to single-request spikes, policy-as-code adoption makes Rego a lingua franca for security teams, and WASM/eBPF at the edge enables low-latency inline screening. Analysts would rate this opportunity highly (market score 90/100, revenue potential 80/100) but competition is medium — existing WAFs, API gateways and RASP vendors address parts of the problem without compiling policy-as-code into efficient transport-layer gates. This approach can stand out by delivering high-fidelity Rego compilation, open SDKs, verifiable regression testing and an on-prem runtime that keeps latency and memory use minimal, while acknowledging clear challenges: ensuring compatibility across diverse ORMs and frameworks, proving correctness to cautious security teams, and navigating long enterprise sales cycles; a conservative go-to-market is to pilot with 3–5 large customers where preventing one exhaustion incident could plausibly save $100k–$500k in downtime and operational cost.

Executive Summary

Prevent ORM-driven query/pipeline exhaustion with inline OPA compile gates

Executive Summary

Prevent ORM-driven query/pipeline exhaustion with inline OPA compile gates

Executive Summary

Market Validation

Market Opportunity

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