BI Integration - Product Dashboards and Alerts
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1) Why product BI in iGaming
Data solutions: prioritization of content, ad places, bonuses and payment routing.
Operational control: SLA live games, box office, webhooks, JP/tournaments.
RG/compliance: brake lights and out-of-the-box reporting.
A single metric language: from CEO to desk operator - one definition.
2) Integration architecture: from events to panel
OLTP/Events (Kafka, Webhooks, CDC)
│
├─Lakehouse Bronze (raw, append-only)
├─Silver (clean, dedup, SCD2, masking PII)
└─Gold (March-facts and measurements) ──BI semantic layer (LookML/dbt metrics/semantic models)
BI └─Dashbordy/Alerty/Embedded
Lakehouse formats: Delta/Iceberg/Hudi; Parquet files, compressing "small."
Semantic layer: unified definitions of metrics (LookML, dbt Metrics, MetricFlow).
Update channels:- Real-time (stream) - live SLA, box office, webhooks, alerts.
- Microbatchi (5-15 min) - bets/settlement, bonuses, JP.
- T + 1 - PSP/bank/chargeback reports.
3) Gold Standard Cases and Metrics Dictionary
Actual tables (minimum set)
'fact _ bets' - bet/settlement (stake, win, RTP, in_bonus, provider).
'fact _ wallet _ entries' - debits/credits (reason, reference_id, latency).
'fact _ payments' - deposits/outputs/returns (method, PSP, success, cost).
'fact _ bonus _ wager '- issue, progress, burn.
'fact _ live _ sla '- latency/table/show errors.
'fact _ jackpot '- contributions/triggers/payments.
Measurements
'dim _ player '(pseudo-ID, channels, geo, RG statuses without PII),' dim _ game ',' dim _ provider ',' dim _ psp ',' dim _ brand ',' dim _ region ',' dim _ date '.
KPI-card (reference)
Monetization: GGR/NGR, deposit-conversion, ARPU/ARPDAU, RTP by game/provider.
Payments: success-rate by PSP/geo, p95 'authorize/capture', cost-per-success, refund/chargeback rate.
Operations: webhook-lag, queue/consumer lag, settle lag, error-rate by code.
Live games: uptime, fps/latency, table failures, fullness.
Marketing: cohort retention/LTV, ROI by campaign, promotional codes, cuts by channel/geo.
RG/AML: share of blocked bets, reality-check coverage, velocity-response.
Jackpot/Tournaments: contribution-rate, time-to-drop, prize distribution.
4) Product dashboards (references)
A. "Platform health" (NOC/hourly)
SLO card: p95 authorizations, settle-lag, webhook-lag, error-rate (http/business).
Top degradation by region/brand/provider/PSP.
Triggers: breach SLO, growth'IDEMPOTENCY _ MISMATCH ', DLQ> 0.
B. "Money and Payments"
Deposit funnel: intent→auth→3 - DS→capture→credit, conversion by PSP/geo/method.
Transaction cost and 'cost _ per _ success'.
Reconciliation KPI: `match/timing/missing/amount_mismatch`.
C. "Content and RTP"
GGR/RTP by game/provider/script, heatmap by device/geo/clock.
Hit rate, session length, bonus phases/burnouts.
D. Marketing and Bonuses
Cohorts 1/7/30, vager progress, break-even promo, traffic channels.
A/B experiments (metric guardrails and effect).
E. RG/Compliance
Self-exclusions/limits, reality-checks, velocity-flags, sledge-matches.
Turnkey control panels with export (PII-safe).
5) Alerts: How to make useful (not noise)
Types
SLO alerts: exceeding p95 latency/lag, error-rate, webhook delivery.
Business alerts: drawdown deposit success, surge in 3-DS/AVS failures, provider/table in degradation, RTP outlier.
Data/SLA downloads: delay in window updates, growth in the share of 'mismatch' on reconciliations, watermark violations.
Rules and hygiene
Guardrails: at least 2 indicators per incident (for example, latency + error-rate).
Mailings: Slack/Teams, e-mail, PagerDuty; without "all-to-all."
Deadup/suppression: grouping by root of the problem (PSP/region).
Runbook: link to playbook/dashboard part, owner and SLO target.
Auto-silence: for planned activities/cut-off (banks).
6) Real-time vs batch: when what
Antipattern: "all realtime." Expensive, noisy, unstable. Use the freshness level for solution value.
7) Embedding BI into a product (Embedded)
Approaches: iFrame/URL signed embedding, JS-SDK, API-visas.
Access control: row-level security (brand/region/player_scope), JWT-claims, partial camouflage of fields.
UX patterns: mini-widgets KPI, "drill-through" in the part, buttons "create an incident ticket."
Caching/quotas: result-cache, prepared extracts for heavy storefronts.
8) Security and privacy
PII isolation: individual circuits/buckets; in BI - pseudo-ID, hashes/tokens.
Residency: banning cross-region readings; segmentation per brand/region.
RBAC/ABAC: roles (exec/ops/finance/support/marketing), OPA policies.
Audit (WORM): metric/dashboard changes, data exports, accesses.
Secrets/Keys: KMS/Vault, SSO/OIDC + MFA.
9) Data quality and reliability for BI
Data Contracts: schemas, required fields, semantics of metrics.
DQ tests: key uniqueness, referential integrity, ranges, wallet balance.
Watermarks: late windows and incremental recalculations.
Linage/catalog: who is the owner, SLA freshness, window dependencies.
Cost monitoring: requests/scan bytes, "hot" windows - in DWH, cold - in Lake.
10) CI/CD for dashboards and metrics
Git-as-source: dashboards/explorers/metrics in the repository (LookML/dbt/Superset YAML).
Preview/review: sandboxes/preview environments, visual screen tests.
Compatibility control: schema/metric breaking-changes tests.
Catalogue of releases: versions, changelog, Deprecation/Sunset for metrics.
11) SLO/SLI for BI
Freshness: Gold displays on time (for example, p95 ≤ 15 min; T + 1 reports ≤ 09:00 region).
Availability - ≥ 99 BI Console 9%, embedded widgets ≥ 99. 95%.
Performance: p95 render time of key panels ≤ 2-5 s.
Data Quality: DQ errors of class' ERROR '= 0;' WARN '≤ threshold.
Alert Quality: precision/recall alerts (≥ 0. 7/0. 8 as a benchmark).
12) Checklists
Platform/Data
- Gold storefronts for money/payments/content/RG/transactions.
- Semantic layer with a single GGR/NGR/retention/PCI-safe metric.
- Stream for SLA/cash register; microbatches for bets/bonuses; T + 1 for PSP.
- DQ tests, watermarks and reprocess; linage and catalogue with SLA.
- RBAC/ABAC + PII isolation and residency.
- Reconciliation of panels and mismatch alerts.
- CI/CD dashboards, review of metric changes.
Product/Operations
- NOC panel with SLO and "one click in part."
- Payment funnel and cost-per-success by PSP/geo.
- Live-SLA monitoring and degradation alerts.
- RG/AML control panels with regr export.
- Embedded widgets in admin/CRM, cache and quotas.
13) Red flags (anti-patterns)
BI hits OLTP directly; no Lakehouse/Gold.
Different teams consider GGR/NGR differently; no semantic layer.
Showcases without watermarks and deduplication → double transactions.
Real time "everywhere," although T + 1 solutions.
Absence of RBAC/PII isolation; cross-regional readings.
Dashboards in manual, without versioning/review.
Noisy alerts without guardrails, "alert fatigue."
14) The bottom line
Integration with BI is not just about beautiful graphics. This is a manageable chain: lakehouse showcases and a common vocabulary of metrics, reasonable frequency of updates, strict security and residency, alerts that help to act, not interfere. By building a semantic layer, SLO monitoring and CI/CD dashboards, you turn data into an operational advantage: the product accelerates, costs fall, incidents are detected before complaints, and regulatory reporting is collected without "manual Excel."