AI proof

AI intelligence grounded in decision-service evidence.

SavorQ connects orders, SavorQ Voice review, routing decisions, outcomes, labels, station snapshots, costs, fees, kitchen timing, refunds, payments, and reports into an intelligence layer that remains operator-reviewed.

View deeptech proof
Captured demandKitchen handoffMargin review
Reviewed insight layer
OrdersDemand and mixSavorQ VoiceCall, transcript, and review signalMenu COGSCost baselineChannel feesContribution signalKDS timingExecution signalOperator reviewCorrection loop

Proof model

Restaurant intelligence is only credible when claims map to inspectable evidence.

SavorQ does not treat AI as a disconnected chat layer. The current substrate records decisions, outcomes, labels, snapshots, model registry entries, and experiment scaffolding before Wave 3 adaptive learning is claimed.

RoutingDecision rowsDecision log
OutcomeEvent rowsOutcome stream
Labeled TrainingExample rowsTraining set
StationPerformanceSnapshot windowsSnapshot score
DeployedModel recordsModel registry
ABTestExperiment recordsExperiment layer

Review workflow

AI-assisted insight stays explainable, reviewed, and tied to action.

Detect

Identify margin, timing, refund, voice-review, and channel exceptions.

Explain

Show the operational signals behind the recommendation.

Review

Queue insight and phone-order corrections for manager or owner evaluation.

Act

Apply operational changes through existing controls.

Claim tiers

AI claims are split into live substrate, Wave 2 readiness, and roadmap.

Decisions, outcomes, training rows, snapshots, registry records, and experiment scaffolding exist today. Fine-tune readiness depends on labeled examples. Real adaptive learning remains a Wave 3 pilot-data claim.

Live substrate

Routing decisions, outcome events, training rows, station snapshots, model registry records, and experiment scaffolding can be evidenced from the decision service.

Wave 2 ready

Fine-tune preparation becomes credible when enough labeled success and failure examples exist for a tenant and store.

Roadmap

Closed-loop adaptive learning remains gated on pilot data, active model deployments, experiment results, and operator review.

AI profit orchestration suite

AI capabilities designed around reviewed restaurant profit action.

SavorQ does not claim to replace operators or ship autonomous closed-loop ML today. It gives operators a reviewed intelligence loop that connects demand, voice, kitchen execution, margin, inventory, refunds, and multi-store performance.

AI profit leak detection

Detect margin leakage across orders, channels, modifiers, refunds, delivery fees, and COGS so managers know what deserves review.

SavorQ Voice intelligence

Capture phone demand with transcript review, menu-aware parsing, allergen flags, modifier matching, and manager correction before kitchen handoff.

Channel profitability AI

Compare POS, owned online, marketplace, and phone demand by contribution, refund pressure, fee profile, prep burden, and COGS context.

Menu margin optimizer

Recommend price, modifier, bundle, and item reviews using order mix, food cost, refunds, and contribution signal.

Kitchen load prediction

Predict service pressure and station bottlenecks from KDS timing, channel mix, order size, menu complexity, and rush patterns.

Refund and exception intelligence

Detect repeat refund causes, missing-item patterns, late-order risk, marketplace disputes, and operational exceptions for review.

AI operations copilot

Help managers ask why margin moved, which channel hurt contribution, and what should be reviewed before the next rush.

Multi-store benchmarking AI

Compare locations by channel performance, prep time, refund rate, menu margin, phone-order conversion, and review patterns.

Inventory and COGS intelligence

Connect menu demand to stock pressure, waste risk, ingredient cost drift, and purchasing alerts that operators can review.

Reviewed action queue

Turn AI findings into explainable recommendations for owner or manager approval instead of silent operational changes.

Reviewed insight

Decision support for margin leaks, service drag, voice demand, and exceptions.

Margin exception review

Surface fee drift, modifier pricing issues, and contribution changes for operator review.

Kitchen timing signals

Use KDS outcomes to highlight prep bottlenecks and service patterns.

Channel health review

Compare order mix, refunds, and economics across owned and third-party channels.

Operational context for AI

Keep insight grounded in order, voice review, cost, kitchen, refund, and reporting data.

Voice-order review

Use SavorQ Voice signals to review transcripts, parsed orders, modifier choices, corrections, allergen context, and status handoff.

Demo

See how SavorQ turns operating evidence into reviewed profit insight.