Kanerika helps enterprises leverage the incredible features of Databricks to enhance their data analytics, governance, and AI ecosystem. Our certified experts design, implement, and optimize Databricks environments that deliver speed, scalability, and insights. Each Databricks consultant on our team brings deep experience in Databricks architecture, governance, optimization and performance tuning.
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Kanerika delivers end-to-end Databricks consulting, implementation, and migration services. From strategy to deployment and ongoing optimization, we help you every step of the way. Our Databricks implementation services deploy Databricks on Azure, AWS or Google Cloud and configure clusters, workspaces, governance and access controls.
Consulting & Strategy
Assess your current data landscape and analytics maturity.
Build a Databricks adoption roadmap with governance and security.
Define architecture and integration strategies for cloud deployment.
Implementation & Deployment
Deploy Databricks on Azure, AWS, or Google Cloud with best practices.
Configure clusters, workspaces, governance, and access controls.
Integrate Databricks with your data lakes, warehouses, and BI tools.
Databricks Mosaic AI: Build and Deploy Enterprise AI Agents
Mosaic AI combines Agent Bricks, Vector Search, and AI Gateway on one governed stack, so your agents retrieve, reason, and act on real enterprise data. Our certified Databricks engineers handle the full build, from evaluation to production, once your lakehouse is ready.
Agent Bricks
Build task-specific agents fast with Databricks’ no-code Agent Bricks, scored against the CLEARS framework for latency and safety.
Vector Search
Index Delta tables directly, auto-sync on changes, and run hybrid vector-plus-keyword search so agents retrieve accurate context.
Managed MCP
Expose Unity Catalog functions, Genie, and DBSQL as governed tools your agents can call safely and audit end to end.
AI Gateway
Route every model and tool call through one gateway with built-in cost controls, rate limits, and audit logging.
Databricks Unity Catalog: One Governance Layer for Data and AI Agents
Unity Catalog unifies access control, lineage, and audit logging across every workspace, region, and cloud, so one policy applies everywhere data and models are used. Our certified Databricks engineers configure and migrate your catalog, from Hive consolidation to Unity AI Gateway rollout.
Fine-Grained Access Control
Row, column, and attribute-based policies applied once and enforced everywhere, from notebooks to dashboards to agents.
End-to-End Lineage & Audit
Full lineage across tables, models, and dashboards, with every access logged automatically for compliance reviews.
Cross-Cloud, Cross-Workspace Governance
One catalog spanning every workspace, region, and cloud, so policies stay consistent as you scale.
Unity AI Gateway Setup
Govern foundation model access with the same fine-grained policies you use for data, plus spend caps and smart routing.
Migration & Metastore Consolidation
Move legacy Hive metastores and siloed catalogs into a single governed Unity Catalog without disrupting live pipelines.
Compliance-Ready Configuration
Access controls and audit logging configured to align with ISO 27701, ISO 27001, SOC 2, and industry mandates.
Databricks Lakebase: Serverless Postgres Built Into Your Lakehouse
Lakebase runs a fully managed, Postgres-compatible OLTP database on Databricks-managed storage, so operational and analytical data share the same governed foundation without a sync pipeline. Our certified Databricks engineers deploy and tune Lakebase, from architecture through production cutover, once your Delta tables are ready.
Unified OLTP + Analytics
Postgres-compatible tables live on Delta Lake storage, so application data and analytics run on one governed foundation with zero replication lag.
Serverless & Autoscaling
Instances scale compute automatically with traffic, and every new Lakebase project runs autoscaling by default, so you pay only for what you use.
Kanerika Deployment & Tuning
We handle architecture, pilot validation, and production cutover, then tune connection pooling and compute so Lakebase performs under real traffic.
We specialize in migrating large-scale Informatica ETL workloads into Databricks. This is perfect for companies moving away from proprietary ETL toward a future-proof, cloud-native data engineering platform. Our Databricks migration services also cover SSIS, Azure Data Factory, Talend, DataStage and on-premises warehouses such as Teradata, Oracle and SQL Server.
Assessment
Scan all Informatica mappings, workflows, and metadata
Provide a migration roadmap with time and effort estimates
Identify dependencies, reusable components, and transformation
Conversion
Convert Informatica transformations into Spark-native Databricks pipelines
Translate mappings and logic into PySpark notebooks
Maintain functional equivalence across all converted processes
Validation
Run automated tests to confirm accuracy and performance
Verify end-to-end workflows and data flow consistency
Document validation reports for traceability
Transition
Execute cutover with minimal business downtime
Set up real-time monitoring and alerting for early issue detection
Provide rollback and contingency support during production move
Enablement
Build a modern data engineering setup with Databricks and Delta Lake
Integrate MLflow for machine learning lifecycle management
Train teams on new workflows, pipelines, and monitoring tools
What is Databricks and how does it work for enterprise data management?
A unified data and AI platform built on Apache Spark. It processes large datasets, supports real-time analytics, and enables machine learning workflows in one environment. Enterprises use it to eliminate data silos and accelerate insights.
How long does Databricks implementation take for enterprise organizations?
Standard enterprise deployments take 4 to 8 weeks. This includes workspace setup, cluster configuration, governance implementation, and integration with existing data sources. Kanerika’s accelerators reduce timelines while maintaining compliance.
Which cloud platforms support Databricks deployment?
Databricks runs on Azure, AWS, and Google Cloud Platform. We help you choose the right cloud based on your existing infrastructure, security requirements, and cost objectives.
What is the difference between Databricks and traditional data warehouses?
Databricks combines data lake flexibility with warehouse performance. It handles structured and unstructured data, supports streaming, and integrates ML natively. Traditional warehouses are limited to structured data and batch processing.
Can Databricks integrate with existing business intelligence tools?
What size datasets can Databricks handle efficiently?
Databricks scales from gigabytes to petabytes. Its distributed Spark architecture handles massive datasets with auto-scaling clusters that adjust compute resources based on workload demands.
How does Databricks lakehouse architecture differ from data lakes?
A lakehouse combines data lake storage with warehouse reliability. Delta Lake adds ACID transactions, schema enforcement, and versioning. This eliminates data quality issues common in traditional lakes.
What programming languages does Databricks support?
Databricks notebooks support Python, SQL, Scala, and R, and teams can mix languages within a single notebook for data engineering, analytics, and machine learning workflows. Java and Scala code can also run as compiled JAR jobs on Databricks clusters.
Does Databricks require specialized infrastructure or hardware?
No. Databricks is fully cloud-based, so you only need a cloud account (Azure, AWS, or GCP). You can run classic clusters in your own cloud account or use serverless compute, and in both cases provisioning, auto-scaling, and maintenance are automated.
What is the typical ROI timeline for Databricks implementation?
Most enterprises see measurable ROI within 3 to 6 months. Benefits include faster query performance, reduced infrastructure costs, shorter ETL runtimes, and improved data accuracy.
How do you migrate Informatica workflows to Databricks?
We scan Informatica mappings and metadata, convert transformations to PySpark, validate logic and data, then execute cutover. Our automated framework handles 95% of conversion work while preserving business rules.
What legacy ETL tools can be migrated to Databricks?
We migrate from Informatica, SSIS, Azure Data Factory, Talend, DataStage, and custom ETL scripts. Each migration includes automated conversion, validation, and performance optimization. Consolidating on Microsoft Fabric instead? See our Databricks to Microsoft Fabric migration service.
How much downtime is required for ETL migration to Databricks?
Minimal. We execute parallel runs during transition, validate outputs, then switch over during low-traffic windows. Most cutovers complete in hours with zero data loss.
What is the success rate of Informatica to Databricks migrations?
Our migration success rate exceeds 98%. Automated validation compares source and target data at every step. Rollback plans ensure business continuity if issues arise.
Can you migrate on-premises data warehouses to Databricks?
Yes. We migrate from Teradata, Oracle, SQL Server, and other on-premises warehouses. Migration includes data transfer, schema conversion, query optimization, and performance tuning.
What is Databricks Mosaic AI used for?
Databricks Mosaic AI is the platform for building, evaluating, and deploying production AI agents on your own data. It combines Agent Bricks for no-code agent construction, Mosaic AI Vector Search for retrieval, and AI Gateway for governed model access. Teams use it for RAG applications, support agents, and automated workflows that reason over governed Delta tables.
How does Mosaic AI Vector Search work?
Mosaic AI Vector Search indexes your Delta tables directly and auto-syncs whenever source data changes, so there’s no separate ETL step. It runs hybrid search, combining dense vector retrieval with keyword matching, then re-ranks results. Because it inherits Unity Catalog governance, every query respects the same access policies as your underlying tables.
What is Unity Catalog in Databricks?
Unity Catalog is Databricks’ unified governance layer for data, models, notebooks, dashboards, and AI agents. It centralizes access control, lineage tracking, and audit logging across every workspace, region, and cloud through one ANSI SQL interface. Instead of managing permissions per tool, teams define a policy once and it applies everywhere.
Can Unity Catalog govern AI agents and models, not just data?
Yes. Unity Catalog extends the same fine-grained access policies, row and column filters, and audit logging used for tables to models, functions, and AI agents. The Unity AI Gateway adds governance for foundation model access, letting admins apply spend caps, rate limits, and smart routing on top of standard data permissions.
What is Databricks Lakebase and how is it different from a regular database?
Lakebase is a fully managed, serverless, Postgres-compatible OLTP database built directly into Databricks. Unlike a standalone Postgres instance, Lakebase tables sync continuously to Delta Lake and register in Unity Catalog automatically, so existing governance and lineage apply to operational data without a separate pipeline connecting the two systems.
Is Databricks Lakebase generally available?
Yes. Lakebase reached general availability on February 3, 2026, after entering public preview in 2025. It’s built on technology from Neon, is PostgreSQL 16-compatible, and runs across AWS and Azure in 14 regions. Since March 2026, new Lakebase instances are created with autoscaling enabled by default, so compute adjusts automatically with traffic.
How much do Databricks consulting services cost?
Cost depends on the number of workloads, data volumes, the migration scope and whether you need governance and machine learning work on top of the platform. A focused assessment or proof of concept can take a few weeks, while a full lakehouse implementation runs several months. Kanerika scopes work in phases and uses accelerators to reduce manual effort and cost. Share your current stack and goals and we will send a scoped estimate after a short discovery call.
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