Collapse your warehouse, lake, stream processor, feature store and queue into one foundation layer — 100–1000x more efficient per query on a price-performance basis.
Talk to SalesMaximising yield in a landscape of fragmenting identity, exploding infrastructure costs and demanding publisher expectations.
Cookie deprecation and device ID restrictions are threatening core matching capabilities, degrading frequency capping and audience accuracy.
Match rate at riskAt a typical floor price of $2–10 per TB/query, even basic auction analytics become prohibitively expensive. A single query on a petabyte can cost $10,000.
$10K per petabyte queryDemands for higher yield, real-time analytics and unique demand access keep escalating — and metered warehouses make real-time dashboards cost-prohibitive.
Real-time or bustKafka → ClickHouse for hot data, S3 → Snowflake for cold, Redis for sessions — each hop adds latency and DevOps headcount.
5–7 systems to maintainMinusOneDB’s performance leap and streamlined data engineering power solutions across every SSP pressure point.
| Pressure Point | Why It Hurts | How M1DB Solves It |
|---|---|---|
| Query-tax costs that explode with scale | Per-query billing turns every QPS spike into P&L pain; a single mis-tuned query can be a five-figure surprise. | Capacity-based pricing and constant-time queries at any data size. ~5M queries/mo on base capacity. |
| Heavy ETL & multi-system sprawl | Kafka → ClickHouse → S3 → Snowflake → Redis — each hop adds seconds of lag and DevOps headcount. | Four built-in stores (search, session, lake, archive) behind one REST API erase most ETL. A lean team runs what used to take multiple specialties. |
| Stale or broken identity graphs | Nightly batch resolution drops split/merged cookies; audience accuracy decays, hurting frequency capping and yield. | IdentityForge pattern: real-time identity resolution keeps a live identity object with lineage, immediately available for querying. |
| Partner clean rooms that throttle usage | Cross-domain queries are metered, so teams ration the analyses that uncover value; buyers balk at usage-based surprises. | Federated pattern “bring-compute-to-data” clean room — partners land once in S3 and run cross-domain filters inside an M1DB node. No runaway bill, no lock-in. |
| Slow feature velocity | Legacy stacks need a DBA to tune every new feature because query performance degrades unpredictably — prototypes stall waiting for schemas, indexes and hand-tuned SQL. | M1DB speeds up the vast majority of queries out of the box, so engineers prototype new features directly on production data — no DBA in the loop. |
| Yield leakage from lazy floors | Rule-of-thumb floors clear inventory too cheaply or leave impressions unsold. | Run per-impression pricing models on live signals without taxing the cluster; dynamic floors recapture CPMs. |
| Cross-channel convergence | Separate IDs, schemas and viewability rules block holistic frequency & yield management across CTV, retail media and DOOH. | Land VAST beacons, scanner receipts and web auctions together; cross-channel queries run in one pass. |
| Publisher trust & real-time transparency | Sellers want dashboards that update as auctions settle; metered warehouses make that cost-prohibitive. | Capacity-based pricing means you can expose second-by-second “glass-box” consoles without bill shock. |
| Instant inventory forecasting | Sales teams need second-by-second forecasts to reserve impressions across devices and pod positions; nightly Spark jobs miss fast-moving CTV supply. | Forecast queries are high-cardinality filters and aggregations — M1DB executes them on the live denormalised doc set, combined with ML models on historical datasets. |
| Carbon-footprint accounting | Brands attach CO₂ budgets to campaigns; SSPs must show grams per 1,000 impressions. | Store energy-meter logs next to delivery data; surface per-campaign emissions without a separate ESG warehouse. |
Replace your sprawling SSP data stack with four built-in stores behind a single REST API + JS SDK.
Constant-time queries across petabytes of bid data. Run auction analytics, yield reports and inventory forecasts without per-query billing.
Replaces Redis. Maintain frequency caps, user sessions and real-time targeting state with write visibility in ~2 seconds.
VAST beacons, scanner receipts, web auction logs and CTV events land in one place. No separate ETL pipelines to maintain.
Any dataset at any scale can be rebuilt from object store in ~3 hours. Essential for disaster recovery, DevOps at scale and data sovereignty.
Two implementations adapted to your architecture that unlock capabilities impossible on traditional stacks.
MinusOneDB's architecture keeps write costs dramatically lower than legacy platforms, making workloads like AutoML that are currently limited by write throughput financially and computationally feasible.
Identity resolution is usually a batch job because of expense. In MinusOneDB it resolves to profiles in real time and is immediately available for querying.
A bring-compute-to-data model that eliminates metered cross-domain query costs and vendor lock-in.
Superior yield through algorithmic optimisation. Higher-value inventory packaging through enriched contextual intelligence. Better demand partner relationships through data-driven insights.
Faster feature delivery through simplified architecture. Full analytics without sampling or aggregation. Future-proof identity strategy resilient to regulatory changes.
Reduced infrastructure complexity through a unified solution. Predictable scalability through capacity-based pricing. Lower operational overhead with superior performance.
Better publisher retention through demonstrably higher yield. Real-time reporting capabilities. More compelling value proposition versus competing SSPs.
Technical assessment of current auction infrastructure and analytics capabilities. Traffic pattern analysis and scalability planning. Integration mapping with existing publisher and demand partners.
Implementation with a subset of your traffic (typically 5–10%). Side-by-side performance comparison with your current stack. Focus on 2–3 high-impact optimisation opportunities.
Phased traffic migration to minimise disruption. Comprehensive model training across all optimisation areas. Integration with reporting, analytics and partner interfaces.
Continuous improvement of auction and pricing models. Regular business reviews focused on yield impact. New capability development to maintain competitive advantage.
You lease infrastructure, not queries — with costs 80–95% lower than pay-per-query warehouses at scale.
~5M queries/mo included. REST API + JS SDK access. Four built-in stores.
Indexed, queryable storage. No per-query overage. Constant-time queries at any scale.