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Decision infrastructure for product teams

A Real Forecast Is More Than a Number.

Anchored Horizon turns comparable cases, target signals, and shifting evidence into a full picture of what could happen, showing the odds of hitting your target, the downside if you miss, and what would need to change for confidence to rise.

Forecasting is not about producing a single confident answer; it is about knowing what range of outcomes is realistic, how much evidence supports that view, and which signals would move the forecast. Anchored Horizon keeps comparable cases, target-specific facts, uncertainty, and heavy-tail risk in one posterior view. It is the forecasting layer that helps teams commit with real odds, plan around downside, and update expectations as new evidence arrives. Every forecast carries the comps that shaped it, so teams can inspect, challenge, and recalibrate, not just consume.

From point estimates to decision-ready odds.

Anchored Horizon

Posterior predictive engine over comparable entities. Comps are retrieved by KL divergence, weighted by similarity, recency, and outcome quality, and distilled into ESS-scaled priors. Hierarchical regression updates those priors into a full outcome distribution with quantiles, probability-of-target, downside risk, and comp trace.

Scope

Headless API, MCP, and GraphQL surfaces for system, workflow, and agent integration.

Availability

Pre-wired into Iridae Decision Infrastructure. Also available as an individually licensable enterprise component.

Forecast the odds, not just the outcome.

Anchored Horizon returns a full posterior over what could happen, not a single number or static range. This matters because teams rarely need “the forecast” in isolation. They need to know whether a target is realistic, how likely they are to hit it, what the downside looks like, and how much confidence the evidence supports. A posterior lets the same forecast answer all of those questions instead of forcing teams to debate a number.

Let comps anchor the forecast.

Comp-based work is useful but brittle: teams cherry-pick analogues or overfit to familiar examples. Anchored Horizon uses comparable cases as a grounded baseline, then lets the target’s own signals move the forecast off it. Strong features pull, weak ones fade, and heavy tails (the small chance of breakout or flop) are modeled, not smoothed away. Comps come from your records, Iridae’s industry priors, or both, versioned and traceable, never cherry-picked.

Confidence scales with real evidence.

Ten near-duplicates should not make the forecast ten times more certain. Anchored Horizon weighs comps by similarity, recency, and outcome quality, then adjusts confidence by how much independent evidence the set contains: wider for thin or repetitive comps, tighter for diverse, well-matched ones. As outcomes resolve, the comp library learns: weights recalibrate, priors sharpen, and tomorrow’s forecast starts from stronger ground than yesterday’s.

Turn goals into evidence thresholds.

Because the forecast is a posterior, Anchored Horizon can work backward from a target: what would need to be true for the team to be 75% confident? This turns forecasting into action. Instead of asking whether a goal “feels achievable,” teams get concrete signals to watch, milestone levels to hit, and early-warning thresholds that say whether the plan is strengthening or weakening.

Not a comp deck. A posterior forecast.

Comparable cases are useful, but they are not the forecast. Anchored Horizon uses comps to establish a calibrated baseline: where similar cases tend to land, how spread out those outcomes are, and how often rare upside or downside appears. The target’s own evidence then updates that baseline into a full posterior distribution.

That difference matters. A comp deck can support a narrative. A posterior can answer probability-of-target, downside risk, expected shortfall, inverse-planning thresholds, and downstream planning inputs from the same model.

It replaces work that today gets outsourced or assembled by hand (forecasting engagements, pricing studies, analyst scenario decks) with a forecasting layer that runs continuously and updates the moment evidence shifts.

Anchor in comparable reality

  • Comparable-case retrieval
  • Asymmetric-KL similarity from Latent Spark
  • Similarity, recency, and quality weighting
  • Effective sample size for comp strength
  • Robust comp baseline
  • Target-specific feature updates
  • Heavy-tail-aware prior construction
  • Thin-comp uncertainty widening
  • Comp trace and contribution view
  • Versioned comp libraries
  • Source and estimate provenance

Forecast the full outcome shape

  • Posterior predictive distribution
  • Expected outcome and quantiles
  • Probability of hitting target
  • Probability of missing target
  • Downside risk and expected shortfall
  • Upside potential and tail probability
  • Break-even and stretch-goal odds
  • Scenario and counterfactual forecasts
  • Inverse-planning answers
  • Confidence tied to evidence quality
  • Assumption and sensitivity drivers

Feed the decision loop

  • Forecast updates as evidence changes
  • Latent Spark belief-state refreshes
  • Subtle Beacon posterior updates
  • Patient Cartographer tactic distributions
  • Portfolio and budget planning
  • ROI and advance / contract modeling
  • Milestone early-warning signals
  • Drift-triggered recalibration
  • Calibration and coverage checks
  • Forecast lineage and reproducibility
  • API, workflow, and agent integration

Standalone, built to compose.

Anchored Horizon deploys standalone behind your existing forecasting workflows, planning surfaces, and AI agents, or as part of Iridae’s Decision Infrastructure, where Latent Spark’s belief states sharpen comp retrieval, Subtle Beacon experiments calibrate priors, and Patient Cartographer plans against the forecast distribution directly. Each connection sharpens the others.

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