Enterprise Data Engineering Services & Consulting - Databricks, Snowflake, AWS & Azure

From data pipelines and cloud lakehouses on Databricks and Snowflake, to real-time streaming on Azure and AWS – LatentView builds the data infrastructure Fortune 500 enterprises depend on.

Thrive Through Data With Next-gen Data Engineering Solutions

We help enterprises design, build, and manage scalable data infrastructure through our data engineering services, transforming fragmented data into reliable, AI-ready assets for analytics, automation, and faster business decisions.

 

Our data engineering consulting services are built for enterprise complexity. Whether you’re migrating to Databricks Lakehouse, modernizing a Snowflake data warehouse, building real-time pipelines on Azure or AWS, or engineering the data infrastructure for AI and machine learning – LatentView delivers end-to-end execution, not just advice.

 

With 20+ years of experience and a Fortune 500 client base, we unify fragmented data across cloud and on premise systems, eliminate data silos, implement Unity Catalog governance frameworks, and build the scalable pipelines that power reliable analytics and AI decisions.

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Years

Modernizing Enterprise Data Platforms
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Fortune 500 Clients

Trust Our Data Engineering Expertise

Including 4 Partner Champions

What Enterprise Data Engineering Challenges We Solve?

Enterprise data environments are complex, distributed, and constantly evolving. Our data engineering platform address the most common challenges that prevent organizations from getting reliable, data-driven insights.

  • Fragmented data across systems and platforms – Data spread across cloud, on-prem, and legacy systems makes integration and consistency difficult.
  • Unreliable data quality and lack of trust – Inconsistent pipelines and poor validation reduce confidence in analytics outputs.
  • Scalability limitations as data volumes grow – Data platforms fail to keep up with increasing data velocity, variety, and real-time processing needs.
  • Slow analytics and delayed decision-making – Inefficient data pipelines increase latency and limit timely insights.
  • Governance, security, and compliance constraints – Enterprises must balance data accessibility with security, governance, and regulatory requirements.

Core End to End Data Engineering Services We Deliver

Our Best Data Engineering Services
and Capabilities

Migrate data faster, better, and cost-effectively

  • Migrate data seamlessly from legacy systems to modern platforms: Bridge the gap between outdated infrastructure and cutting-edge technology, future-proofing your data management.
  • Ensure data integrity and security throughout the process: Implement robust migration strategies that protect your valuable information from errors and unauthorized access.
  • Minimize downtime and disruption: Orchestrate smooth data migrations with minimal impact on your daily operations, ensuring business continuity.

Data Activation

Accurate Data. Quick intelligence. Timely action. Better outcomes.

  • Data Activation Break down data silos and democratize access: Make your data readily available and easy to use for everyone in your organization, fostering data-driven decision-making at all levels.
  • Develop self-service analytics platforms: Empower users to explore and analyze data independently without relying on technical expertise.
  • Integrate data seamlessly across applications: Eliminate data silos and create a unified data landscape, ensuring consistent and reliable information across your organization.

Data Platform Modernization

Redefine efficiency and streamline data movement

  • Modernize data platforms: Scale horizontally and vertically to handle growing data volumes and evolving business requirements. Ensure that your architecture allows seamless scalability by leveraging cloud-based solutions, containerization, or other scalable infrastructure technologies.
  • Extract data from diverse sources: Connect to an array of data sources, both internal and external, to gather the information you need to make informed decisions. Cleanse, validate, and transform your data to align with your specific needs and analytics requirements.
  • Load data into your target systems: Deliver ready-to-analyze data to your data warehouse, data lake, or other analytics platforms, ensuring timely and efficient access for users. Prioritize security measures to safeguard sensitive data. Implement encryption, authentication, and authorization mechanisms throughout the data lifecycle.

Databricks & Snowflake Engineering

Build enterprise lakehouses and cloud data warehouses on the platforms Fortune 500 data teams run on

  • Databricks Lakehouse architecture: design, build, and optimize end-to-end on the Databricks platform
  • Unity Catalog implementation: enterprise data governance, access control, and lineage tracking on Databricks
  • Snowflake data warehouse design, performance tuning, and cost optimization
  • dbt transformation pipelines on both Databricks and Snowflake
  • Legacy warehouse migration: Teradata, Netezza, Oracle, Redshift to Databricks or Snowflake
  • Databricks vs Snowflake advisory: objective platform selection based on your workload, team, and cost profile

Cloud Data Engineering - Azure, AWS & Google Cloud

Multi-cloud data engineering built for enterprise scale, security, and compliance

  • Microsoft Azure – Azure Synapse Analytics architecture and implementation, Microsoft Fabric data engineering (Lakehouse, Pipelines, Data Warehouse), Azure Data Factory pipeline development, Azure Databricks deployment and optimization
  • Amazon Web Services (AWS) – AWS Redshift design, migration, and performance tuning, AWS Glue ETL pipeline development, Amazon EMR and Kinesis for big data and real-time processing
  • Google Cloud Platform – BigQuery architecture and optimization, Google Cloud Dataflow and Pub/Sub pipeline engineering
  • Orchestration & Transformation – Apache Airflow pipeline orchestration, Apache Kafka and Spark for real-time streaming, dbt for SQL-based transformation on any cloud platform

AI & Generative AI Data Engineering

Build the data infrastructure that makes enterprise AI and GenAI possible. Reliable AI starts with reliable data

  • Feature store design and ML pipeline engineering for production AI
  • RAG (Retrieval-Augmented Generation) pipeline architecture – vector databases, embedding pipelines, and LLM data connectors
  • Real-time inference data pipelines for low-latency AI applications
  • Data quality and validation pipelines for AI training datasets
  • AI-ready lakehouse architecture on Databricks – Delta Lake, MLflow, and Unity Catalog
  • LLM data preparation – chunking strategies, metadata tagging, and retrieval optimization
  • Generative AI data engineering on Azure OpenAI and AWS Bedrock

Data Migration

Migrate data faster, better, and cost-effectively

  • Migrate data seamlessly from legacy systems to modern platforms: Bridge the gap between outdated infrastructure and cutting-edge technology, future-proofing your data management.
  • Ensure data integrity and security throughout the process: Implement robust migration strategies that protect your valuable information from errors and unauthorized access.
  • Minimize downtime and disruption: Orchestrate smooth data migrations with minimal impact on your daily operations, ensuring business continuity.

Data Activation

Accurate Data. Quick intelligence. Timely action. Better outcomes.

  • Data Activation Break down data silos and democratize access: Make your data readily available and easy to use for everyone in your organization, fostering data-driven decision-making at all levels.
  • Develop self-service analytics platforms: Empower users to explore and analyze data independently without relying on technical expertise.
  • Integrate data seamlessly across applications: Eliminate data silos and create a unified data landscape, ensuring consistent and reliable information across your organization.

Data Platform Modernization

Redefine efficiency and streamline data movement

  • Modernize data platforms: Scale horizontally and vertically to handle growing data volumes and evolving business requirements. Ensure that your architecture allows seamless scalability by leveraging cloud-based solutions, containerization, or other scalable infrastructure technologies.
  • Extract data from diverse sources: Connect to an array of data sources, both internal and external, to gather the information you need to make informed decisions. Cleanse, validate, and transform your data to align with your specific needs and analytics requirements.
  • Load data into your target systems: Deliver ready-to-analyze data to your data warehouse, data lake, or other analytics platforms, ensuring timely and efficient access for users. Prioritize security measures to safeguard sensitive data. Implement encryption, authentication, and authorization mechanisms throughout the data lifecycle.

Databricks & Snowflake Engineering

Build enterprise lakehouses and cloud data warehouses on the platforms Fortune 500 data teams run on

  • Databricks Lakehouse architecture: design, build, and optimize end-to-end on the Databricks platform
  • Unity Catalog implementation: enterprise data governance, access control, and lineage tracking on Databricks
  • Snowflake data warehouse design, performance tuning, and cost optimization
  • dbt transformation pipelines on both Databricks and Snowflake
  • Legacy warehouse migration: Teradata, Netezza, Oracle, Redshift to Databricks or Snowflake
  • Databricks vs Snowflake advisory: objective platform selection based on your workload, team, and cost profile

Cloud Data Engineering - Azure, AWS & Google Cloud

Multi-cloud data engineering built for enterprise scale, security, and compliance

  • Microsoft Azure – Azure Synapse Analytics architecture and implementation, Microsoft Fabric data engineering (Lakehouse, Pipelines, Data Warehouse), Azure Data Factory pipeline development, Azure Databricks deployment and optimization
  • Amazon Web Services (AWS) – AWS Redshift design, migration, and performance tuning, AWS Glue ETL pipeline development, Amazon EMR and Kinesis for big data and real-time processing
  • Google Cloud Platform – BigQuery architecture and optimization, Google Cloud Dataflow and Pub/Sub pipeline engineering
  • Orchestration & Transformation – Apache Airflow pipeline orchestration, Apache Kafka and Spark for real-time streaming, dbt for SQL-based transformation on any cloud platform

AI & Generative AI Data Engineering

Build the data infrastructure that makes enterprise AI and GenAI possible. Reliable AI starts with reliable data

  • Feature store design and ML pipeline engineering for production AI
  • RAG (Retrieval-Augmented Generation) pipeline architecture – vector databases, embedding pipelines, and LLM data connectors
  • Real-time inference data pipelines for low-latency AI applications
  • Data quality and validation pipelines for AI training datasets
  • AI-ready lakehouse architecture on Databricks – Delta Lake, MLflow, and Unity Catalog
  • LLM data preparation – chunking strategies, metadata tagging, and retrieval optimization
  • Generative AI data engineering on Azure OpenAI and AWS Bedrock

Swift, seamless, and secure cloud migration

MigrateMate
Our Customized In-house Data Migration Solution

MigrateMate is a platform-agnostic and automated data migration solution, designed to simplify and streamline moving your valuable data from on-premise platforms to the cloud.

Enterprise Data Engineering Case Studies

Data Engineering Solutions by Industry

Every industry has unique data complexity. Our data engineering services are tailored to your sector’s regulatory, operational, and analytical requirements – built on 20+ years of enterprise experience across Fortune 500 clients.

Awards & Recognitions

We are a leader in innovation, excellence, and work culture.

Success Stories

Achieving Optimal Data Consumption Through Cloud Migration

An American Fortune 500 consumer retail company wanted to optimize its data operations by retiring its on-premise data management setup to a cloud-based data platform. Watch how LatentView Analytics’ effective cloud migration solution resulted in optimal data consumption.
0 %
Cost savings with the proposed POC

Reducing throughput assay time by 85% with AI-powered computer vision

A Fortune 500 conglomerate wanted to utilize Computer Vision to assist in drug discovery. LatentView Analytics developed a powerful model using a combination of hand-crafted and deep-learning-based features from convolutional neural networks. The model quantifies the mechanism of action of drugs by capturing several morphological changes due to active drug samples.
0 %
Reduction in the throughput assay time

Be “One of a Kind” with Smart
Innovation 3

Smart Innovation, an AI/ML-powered engine, dramatically improves the success rate of innovation by a remarkable five times. It achieves this by analyzing data points derived from consumer reviews, social media conversations, and product-related data. This analysis identifies potential opportunities within emerging trends and prescribes precise product attributes that align with them. By enhancing the success rate of innovation, Smart Innovation identifies trends ahead of the curve and significantly reduces time to market

Be “One of a Kind” with Smart
Innovation 4

Smart Innovation, an AI/ML-powered engine, dramatically improves the success rate of innovation by a remarkable five times. It achieves this by analyzing data points derived from consumer reviews, social media conversations, and product-related data. This analysis identifies potential opportunities within emerging trends and prescribes precise product attributes that align with them. By enhancing the success rate of innovation, Smart Innovation identifies trends ahead of the curve and significantly reduces time to market

Platforms and Tools We Use for Enterprise Data Engineering

As a data engineering consulting company, LatentView enables secure, large-scale data infrastructure using leading cloud platforms, modern data warehouses, and enterprise orchestration tools.

Put Your Data On The Pedestal

We help you take control of your data and build reliable systems to empower your data teams and drive better business outcomes.

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FAQs

01What are data engineering services?

Data engineering services help enterprises build scalable data pipelines, cloud platforms, and governed data infrastructure on Databricks, Snowflake, and Azure that powers analytics and AI decisions.

We build scalable data pipelines, modernize cloud platforms on Databricks, Snowflake, and Azure, and deliver end-to-end data engineering – from strategy and architecture to deployment and optimization.

We integrate data from on-premises, cloud, SaaS, APIs, and legacy systems using dbt, Apache Spark, Azure Data Factory, and AWS Glue – unifying fragmented data into one governed platform.
We architect on Databricks Lakehouse and Snowflake with auto-scaling compute and storage, plus distributed processing with Apache Spark and Kafka for real-time workloads at any scale.

Scalability, performance, governance, cost-efficiency, and flexibility. LatentView evaluates Databricks, Snowflake, and Microsoft Fabric to find the best fit for your workload and budget.

We implement encryption, role-based access controls, data masking, audit logging, and automated compliance monitoring. On Databricks, we deploy Unity Catalog for centralized governance.

Data pipeline development, cloud platform architecture (Databricks, Snowflake, Azure, AWS, GCP), ETL/ELT, data migration, data quality, governance, real-time streaming, and AI data infrastructure.

To enable reliable analytics and AI, reduce data processing costs, and make faster decisions. Without solid data infrastructure, analytics and AI models produce unreliable results.

Databricks, Snowflake, Microsoft Fabric, Azure Synapse, AWS Redshift, BigQuery, Apache Kafka, Spark, Airflow, and dbt. Platform selection is based on your workload and cost requirements.

We combine deep analytics and AI expertise with hands-on data engineering delivery. 20+ years serving Fortune 500 clients – strategic consulting depth plus specialist engineering execution.

Both. From data strategy and platform selection (Databricks vs Snowflake vs Azure) through architecture, pipeline development, deployment, and managed services — we scale to match your needs.

Assessments take 2–4 weeks. Pipeline or migration projects take 8–16 weeks. Enterprise-wide programs run 6–12 months. We provide a detailed timeline during the initial assessment phase.

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