Tensor LabsTENSORLABS

Data Engineering

Build the data foundation.

Pipelines, warehouses, and real-time dashboards. The data infrastructure your ML models need to work.

2M+ events processed per day

Data engineering and analytics services: pipelines and warehouses

What you get

ETL/ELT Pipelines

Automated data extraction, transformation, and loading from APIs, databases, files, and streaming sources. Batch and real-time processing with fault tolerance.

Data Warehouses

Modern analytical storage on Redshift, Snowflake, or Delta Lake. Star schema design, partitioning strategies, and query optimization.

Real-Time Streaming

Event-driven architectures with Apache Kafka and Kinesis. Sub-second latency for live dashboards, alerting, and real-time ML inference.

Analytics Dashboards

Interactive BI dashboards using Metabase, Superset, Grafana, or custom React dashboards with real-time data feeds.

Data Quality & Governance

Automated validation, schema enforcement, lineage tracking, and anomaly detection using Great Expectations and dbt tests.

Geospatial Processing

Specialized pipelines for geographic data: tile generation, coordinate transforms, heatmaps, and spatial indexing with PostGIS and H3.

Built with

Apache AirflowAWS Step FunctionsPrefectDagsterApache SparkpandaspolarsdbtAWS GlueApache KafkaAWS KinesisRedis StreamsPostgreSQLAWS RedshiftS3Delta LakeSnowflakeMetabaseApache SupersetGrafanaGDALtippecanoeH3PostGISMapbox

Who this is for

We work with data and engineering teams where the data infrastructure has become the bottleneck: pipelines are fragile, dashboards are stale, or the ML team can't get clean training data.

01

Fintech

Ingesting high-frequency market and transaction data that has to stay accurate in real time.

02

E-Commerce

Real-time inventory and recommendation feeds that keep storefronts current.

03

Logistics

Tracking GPS and sensor event streams across fleets and supply chains.

04

Scaling Startups

Teams that have outgrown spreadsheets and ad-hoc scripts and need real infrastructure.

How we deliver

  1. Phase_01

    Audit & Strategy

    We assess your current data landscape, identify gaps, and design a target architecture aligned with your analytics and ML goals.

  2. Phase_02

    Pipeline Architecture

    Modular, testable pipeline design using infrastructure as code. Every pipeline is version controlled, monitored, and documented.

  3. Phase_03

    Build & Migrate

    Incremental build, test, and deploy. If you are migrating from legacy systems, we handle the transition with zero downtime.

  4. Phase_04

    Scale & Optimize

    Query performance tuning, cost optimization, auto-scaling configurations, and proactive monitoring as you grow.

Questions we hear

A focused ETL pipeline connecting 3-5 sources to a single destination runs $12,000-$25,000 to build and test. Larger architectures with real-time streaming via Kafka, multiple transformation layers in dbt, and custom orchestration in Airflow are typically $30,000-$80,000. We quote against a clear architecture diagram, not abstract hours.

A migration from a legacy warehouse to a modern stack typically takes 6-12 weeks. The range depends on how many existing dbt models or transformation jobs need to be ported, data volume, and whether we can use a parallel-run period to validate outputs before cutover.

Batch is simpler and cheaper -- use it when data that's an hour or a day old is fine. Real-time streaming with Kafka or Kinesis makes sense when you need live dashboards, sub-minute alerting, or real-time ML inference. Most businesses benefit from a hybrid: batch for historical analytics, streaming for operational metrics.

A data warehouse (Redshift, Snowflake) is structured, fast for SQL analytics, and the right default for most teams. A data lake stores raw data cheaply and supports ML training pipelines. Most of our clients end up with a lakehouse pattern: raw files in S3, transformed and modeled data in a warehouse, orchestrated by Airflow.

We implement validation at three layers. Source validation catches schema drift and null rate anomalies before data enters the pipeline. Transformation-layer tests in dbt validate business logic. Destination monitoring via Great Expectations flags statistical anomalies. Failed validations trigger Airflow alerts and halt downstream dependencies.

Next step

Let's build your data infrastructure.

Talk to our engineering team about pipelines, warehouses, and real-time analytics.