Data platforms designed around the workload.

We choose Snowflake, ClickHouse, Datadog, and the wider stack to fit the workload, operating model, and constraints.
Our latest audit of a retail group identified $40,000 in monthly savings within six weeks
Snowflake company logotypeClickHouse company logotypeDatadog company logotype
DECISION TABLE

When we reach for each tool

Three technologies carry most of our work. Each has its own page outlining its best use cases, the systems we build with it, and the operational trade-offs we document before delivery.
Situation
We reach for
Why it works

Situation

Real-time analytics on high-volume event streams and telemetry where low-latency answers matter
ClickHouse company logotype
ClickHouse

Why it works

Supports fast analytical queries over high-volume operational data, with a cost model suited to workloads that need low latency at scale.

Situation

Enterprise reporting across business units that needs shared definitions and deep historical context
Snowflake company logotype
Snowflake

Why it works

Brings data together under shared definitions and access controls, supporting consistent reporting and reducing manual reconciliation.

Situation

Critical pipelines where teams need early warning before a data issue reaches reporting or operations
Datadog company logotype
Datadog

Why it works

Makes infrastructure and pipeline signals visible early, so teams can investigate and resolve failures before they affect downstream users.
Where the choice matters, we evaluate the options using a representative sample of your data in your environment and compare the resulting cost and performance.
LEGACY MIGRATIONS

Legacy platforms we migrate to Snowflake

Moving from a legacy platform to Snowflake is not only a database change. It is an opportunity to reduce licensing and operating costs, remove performance constraints, and preserve the historical data and calculations the business relies on.

Teradata

We migrate Teradata workloads to Snowflake, reconciling priority historical metrics before and after the move.

Oracle

We move analytical reporting and data workloads from Oracle to Snowflake, reducing pressure on operational databases while keeping core business systems running.

Cloudera / Hadoop

We modernize costly, complex big-data estates by moving appropriate data and analytical workloads into Snowflake's managed cloud platform.

Amazon Redshift

We migrate Redshift workloads when growing concurrency, scaling requirements, or operational overhead limit the warehouse's ability to support the business.

Cassandra

We move analytical data from Cassandra into Snowflake for reporting, historical analysis, and broader data integration, while retaining Cassandra for operational workloads where its data model remains the right fit.
ARCHITECTURE PATTERNS

Architecture patterns that combine Snowflake, ClickHouse and enterprise platforms

Our architectures connect enterprise systems, real-time data streams, and analytical workloads into a coherent data platform.

Snowflake + SAP

We bring financial, production, and logistics data from SAP into Snowflake with agreed business definitions, reducing manual reconciliation and preserving the meaning of source data.

ClickHouse + Kafka

We build real-time operational analytics for high-frequency event streams and telemetry, where data must be ingested continuously and queried with low latency.

Snowflake + ServiceNow

We combine IT service management data with enterprise analytics in Snowflake to analyze operational efficiency, incident resolution, and asset performance.

Datadog + ClickHouse

Observability costs grow with telemetry volume and retention. We use Datadog for monitoring, alerting, and investigation, while ClickHouse stores high-volume telemetry that would be expensive to retain in an observability platform. We define what belongs in each system, how long it should be retained, and how teams move from an alert in Datadog to deeper historical analysis in ClickHouse.
THE WIDER TECHNOLOGY STACK

Independent in what we recommend. Selective in what we master

We choose each technology based on the workload, architecture, operational fit, and cost, and document the trade-offs before we build.

AWS

AWS company logotype

Role:

The client's cloud environment, where we build.

Best for:

— When you are already there and the architecture supports it — Workload placement aligns with existing infrastructure

Watch out for:

Cross-region data transfer and services left running after the work that required them has ended

Azure

Microsoft Azure company logotype

Role:

The client's cloud environment, often alongside the Microsoft ecosystem.

Best for:

— The organization is embedded in Microsoft and has no reason to change — Coexistence with Microsoft stack is a priority

Watch out for:

Resources scaled up manually and never scaled back down

GCP

Google Cloud company logotype

Role:

The client's cloud environment, often alongside BigQuery.

Best for:

— Analytics already live there and moving them would not create a measurable benefit — BigQuery-native workloads that perform well at current cost

Watch out for:

Queries that scan full tables where partitioning or clustering would reduce work

Scaleway

Scaleway company logotype

Role:

European cloud hosting for cost-efficient compute and localized data storage.

Best for:

— European workload placement and predictable billing matter more than a broad catalog of specialist managed services — Data residency requirements in the EU

Watch out for:

Architectural friction where workloads depend on specialized, non-standard cloud primitives

Apache Kafka

Apache Kafka company logotype

Role:

Event bus and streaming backbone between source systems and analytical engines.

Best for:

— Event streams and real-time messaging — Telemetry and sensor data ingestion — Workloads that need low-latency data movement

Watch out for:

Infrastructure complexity and event retention that outlives its operational value

dbt

Role:

Transformation layer and controlled home for shared metric definitions.

Best for:

— Conflicting numbers across departments — Tests and documentation needed alongside transformations — Shared metric definitions in one place

Watch out for:

Full model rebuilds where incremental processing would be sufficient

Apache Airflow

Apache Airflow company logotype

Role:

Orchestration, scheduling, and dependency management for complex data pipelines.

Best for:

— Complex multi-system dependency graphs — Workflows that native schedulers cannot manage clearly — Cross-platform pipeline coordination

Watch out for:

Heavy scheduler environments maintained for simple periodic work

dlt

dltHub company logotype

Role:

Lightweight data loading in Python without connector subscriptions.

Best for:

— Custom API ingestion where maintained code is cheaper than enterprise connectors — Rapid prototyping of data pipelines

Watch out for:

Broken pipelines after unmonitored upstream API changes

Datadog

Datadog company logotype

Role:

Infrastructure and pipeline observability, alerting, and data-health monitoring.

Best for:

— Pipeline failures need detection before stakeholders notice — Infrastructure monitoring for data platforms — Early warning systems for data quality

Watch out for:

High-cardinality metrics and unfiltered logs that increase SaaS costs

Power BI

Power BI company logotype

Role:

Presentation layer that is usually retained while the underlying data platform improves.

Best for:

— The client already uses it; we improve the models and pipelines beneath it so reports remain responsive — Report rationalization and consistent numbers

Watch out for:

Business logic duplicated in reports and licenses growing with recipients

Tableau

Tableau company logotype

Role:

Presentation layer, often in organizations with an established analytics culture.

Best for:

— The client retains Tableau and needs an agreed data model beneath it — Shared metric definitions across the organization

Watch out for:

Pushing business logic into extensions and calculated fields, which becomes difficult to maintain or audit

Looker

Looker company logotype

Role:

Presentation layer with its own semantic model.

Best for:

— Metric definitions should sit close to reporting and have one clear owner — Shared metric definitions and consistent numbers

Watch out for:

Unoptimized nested queries generated repeatedly for minor report interactions

Sigma

Sigma Software company logotype

Role:

Presentation layer for teams that work primarily in spreadsheets.

Best for:

— Report users would otherwise export analysis to Excel — Reducing manual work and ensuring consistent numbers

Watch out for:

Large numbers of uncached warehouse queries triggered by routine filters and column changes

Frequently Asked
Questions

Which service should we start with if several of these apply to us?
The one that can be measured fastest. Usually that is the platform bill, because you already have the consumption data and there’s nothing to wait for. The first calculated number tends to settle the order of the rest.
Can we buy one service, or do we have to take a package?
You can buy one service. Each has its own scope, fixed price, and a clear point at which we tell you to stop. If another problem matters later, we can add it without turning the work into a package.
How is a service different from cost measurement?
Cost measurement establishes what the problem costs today and gives us a baseline. A service is the focused implementation work that fixes the measured problem and proves the change in the numbers.
Our industry is not listed. Does that mean you cannot help?
No. The industry examples show where the patterns repeat, not the limits of our work. If the problem can be measured and the relevant data exists, we can adapt the approach to your environment.

Which part of your stack is
slowing you down?

Choose the constraint that matters most. We will examine the architecture, the operating cost, and the practical options for addressing it.