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All consulting solutions
INGEST → PROCESS → STREAM → SERVE → OPTIMIZE

Data Engineering & Big Data

Architect, modernize and troubleshoot distributed data platforms spanning Apache Spark, Kafka, Trino, orchestration and lakehouse technologies.

AssessCurrent state, evidence, risks and constraints
ArchitectTarget design and technical decisions
ApplyRoadmap, PoC, implementation or advisory
Typical client situations

Recognize the problem before choosing the solution.

These are representative situations, not prerequisites for engagement.

01

Spark jobs are getting slower as data volume and complexity grow.

02

The organization needs to combine batch and streaming workloads without creating separate platform silos.

03

A legacy Hadoop or warehouse-oriented environment is being modernized toward lakehouse architecture.

04

Teams need a practical architecture for Spark, Kafka, Trino, Airflow and open table formats.

Consulting areas
Data platform architecture
Apache Spark / PySpark
Kafka and event streaming
Trino / distributed SQL
Lakehouse design
Airflow / orchestration
Data quality and observability
Performance and migration
Assessment scope
Workload and data-flow topology
Spark plans, partitioning and shuffles
Cluster sizing / resource use
Kafka partitions and consumer patterns
Storage / table format design
Query architecture
Orchestration and failure handling
Data observability
Representative engagements

Scope the engagement around the engineering decision.

Engagements can be short assessments, focused architecture work, implementation support or retained advisory.

01

Spark performance assessment

02

Data-platform architecture

03

Streaming architecture review

04

Lakehouse design

05

Hadoop / warehouse modernization

06

Trino integration

07

Production troubleshooting

Deliverables

Leave with decisions, evidence and a path forward.

Deliverables are selected during scoping. Not every engagement needs every artifact.

01

Current-state data-flow map

02

Spark tuning findings

03

Reference data-platform architecture

04

Capacity / partition recommendations

05

Lakehouse / streaming design

06

Migration roadmap

07

Operational and monitoring guidance

Intended outcomes
Faster and more predictable data workloads
Clearer batch / streaming architecture
Reduced platform complexity
Improved data operability
Safer modernization path
Technology context
Apache SparkPySparkKafkaFlinkTrinoAirflowHadoop / HDFSIcebergDelta LakeObject storage

PoCs and selected optimization work can be included, while large-scale migration execution is scoped separately based on environment size and data responsibility.

How we can engage
ASSESS

Assess

Independent technical assessment of architecture, reliability, security, performance or operational readiness.

ARCHITECT

Architect

Reference architecture, design decisions, technology selection and implementation roadmap.

IMPLEMENT

Implement

PoCs, integration, migration, automation, optimization and selected hands-on engineering work where scope permits.

ADVISE

Advise

Ongoing technical advisory, architecture reviews, troubleshooting support and engineering guidance.

Start with the problem

Discuss the current environment, constraints and desired outcome.

Request a technical consultation