RIQ-Core™ v1.3 is a proprietary mechanistic ruminant engine — urea recycling, protozoal predation, dynamic passage, VFA/pH, enteric CH₄, fecal/urinary N — wrapped in a multi-tenant SaaS with pen-level alerting, Monte Carlo uncertainty, and a portfolio-wide economic auditor.
Graieva unifies nutrition modeling, feed intelligence, herd analytics, and API access — all driven by RIQ-Core™ v1.3.
Diet composition, TMR blending, and pen-level simulation dashboards powered by RIQ-Core™.
Proprietary feed library, recipe builder, Biological Twin cold-start, and cache audit.
Portfolio audits, alerts, uncertainty, sensitivity, and engine regression tooling.
Programmatic access to mechanistic simulation, benchmarks, and tenant-scoped data.
Learn moreRIQ-Core™ v1.3 integrates four coupled differential equations on a 6-minute step for 300 hours, capturing the dynamics that static factor models miss: urea recycling under low rumen ammonia, protozoal predation of bacteria, and dynamic passage rates scaled by DMI/BW.
dR/dt — rumen N + urea recycle − microbial uptake − passagedB/dt — microbial biomass − protozoal predation − passagedP/dt — protozoal pool with predation efficiency εdNH₃/dt — deamination + urea − uptake − absorptionOver 300 hours, these loops converge to a steady state. RIQ-Core™ v1.3 captures that state — and the path to get there — in under a second per pen.
One mechanistic engine drives every panel. No CSV imports, no re-keying between tools, no static factor tables.
SARA exposure, low N efficiency, urinary-N ammonia, methane intensity, WEV confidence and mass-balance residuals — with action recommendations.
VFA mass balance with saliva + ration buffer capacity. SARA flag triggers when pH spends > 3 h/day below 5.8.
Tier-2 methane that shifts with acetate:propionate, plus mechanistic fecal vs urinary N partition for sustainability scoring.
Sample feed chemistry from lab CVs and get P10 / P50 / P90 envelopes on the 300-hour traces — see when a recommendation is robust.
Perturb each kinetic parameter ±10% and rank impact on MCP flow, N efficiency, and predicted methane. Know which inputs matter.
Bit-deterministic side-by-side runs comparing the legacy CNCPS model against RIQ-Core™ across five reference diets.
pgvector cold-start: embed a new feed and pull blended kinetics from the anonymized Global Commons. No more guessing kd/kp.
Rank every pen across every client by economic loss in one click. Tagged findings, herd rollups, and exportable narratives.
Per-tenant kinetics_hash and twin_hash tracking, with automatic recompute of the 276–300 h steady-state window when inputs change.
Your proprietary feed library never leaves your tenant. Anonymized embeddings power the Global Commons, but chemistry stays yours.
Scale → genetic prior (Bayesian shrinkage) → WEV inverse solver. Confidence < 0.6 raises a 'go check the pens' alert.
Postgres row-level security with a SECURITY DEFINER access helper. No cross-tenant leakage; benchmarks enforce a k-anonymity floor.
Diet × kinetics × version → cached steady state. Kinetics edits invalidate just the 276–300 h window, not the whole trace.
Equation registry, mass-balance report, and 300-hour CSV trace — one click from any pen.
Herd for single-site operations. Studio for consultancies. Every paid plan includes regional benchmarks and the full mechanistic engine.
14 days · 1 user · full engine access
/ month · single site · 3 users
/ month · 5 users · up to 25 workspaces
Co-ops · integrators · genetics
RIQ-Core™ runs a 300-hour mechanistic integrator — not a static CNCPS shell. If factor tables are enough, legacy tools are fine.
Embed the mechanistic engine in your own product. Priced separately from Herd/Studio SaaS. View full API overview →
No. RIQ-Core™ v1.3 is our own mechanistic engine — a real 6-minute ODE integrator with urea recycling, protozoal predation, and dynamic passage. We compare against legacy CNCPS v6.5 outputs in the Regression tab so you can audit the science yourself.
Monte Carlo mode samples feed chemistry from your lab CVs and returns P10 / P50 / P90 envelopes on every 300-hour trace. Tornado mode ranks ±10% perturbations of every kinetic parameter against MCP, N efficiency, and CH₄.
The Biological Twin RPC searches a pgvector index of anonymized global feeds and returns blended kinetics weighted by similarity. Your proprietary chemistry is never exposed to other tenants.
Open the live dashboard and watch a 300-hour mechanistic trace render in under a second.