Databricks
By Databricks Lakehouse
Planning and Requirements Gathering:
Define business goals, requirements, and user roles.
Identify data sources and integration points.
Architecture Design:
Design the cloud architecture for Databricks, including data ingestion, storage, and processing.
Decide on the best workspace configuration.
Setup and Configuration:
Create a Databricks account and configure the workspace.
Set up clusters, libraries, and notebooks in Databricks.
Data Ingestion and Integration:
Integrate with data sources, such as Azure, AWS, or Google Cloud storage, as well as databases.
Utilize tools like Delta Lake for data ingestion and management.
Development and Testing:
Develop specific data pipelines, analytics workflows, and machine learning models.
Test the implementations to ensure they meet business requirements.
User Training:
Train users on how to navigate the platform, use notebooks, and run analytics workloads.
Deployment:
Move the developed solutions to production.
Optimize performance based on real-time data consumption
Monitoring and Maintenance:
Set up monitoring tools to keep track of performance.
Custom Integrations: Databricks can interface with a wide range of data sources, cloud services, and BI (Business Intelligence) tools.
Machine Learning: Users can build and customize their own ML models using Databricks MLflow and Spark MLlib.
Delta Lake: This feature allows for optimized data lakes with ACID transactions and schema enforcement, customizable to data structures.
Job Scheduling: Databricks Jobs can be configured to run data tasks on specific schedules according to business workflows.
Subscription Fees: Charged based on the workload and usage of the platform, often calculated based on Databricks units (DBUs) consumed.
Storage Costs: Includes costs for data stored in cloud services (e.g., AWS S3, Azure Blob Storage).
Setup Fees: Costs may arise if third-party consulting or services are needed for initial setup.
Support Charges: Various support tiers can be purchased (Basic, Standard, or Premium), impacting overall costs.
Documentation: Comprehensive guides and tutorials available online for self-paced learning.
Webinars and Workshops: Regularly scheduled live sessions for interactive learning about features and use cases.
Training Programs: Customizable training sessions can be arranged for teams.
Community Support: An active user community and forums for sharing knowledge.
Data Encryption: Data is encrypted both in transit (using TLS) and at rest.
Role-Based Access Control (RBAC): Granular permissions can be assigned to control access to jobs, clusters, and notebooks.
Auditing and Compliance: Comprehensive logging of actions performed in the platform for auditing purposes
Network Security: Uses features like VPC peering and private endpoints for secure connections.
Release Frequency:
Major releases with significant features can occur quarterly or biannually.
Change Management:
Databricks follows a structured process for managing updates, which includes testing in pre-production environments before release.
Data Ownership:
Users retain full ownership of their data at all times. Databricks does not claim ownership of the data processed or stored within its platform.
Data Portability:
Databricks allows users to easily export their data. Data can be transferred back to various storage options or downloaded in formats that are accessible for use outside the platform.
Scalability:
Databricks offers flexible options for scaling, allowing organizations to start with minimal resources and scale up as needed.
Auto-scaling: Clusters can automatically scale up or down based on workload requirements, helping to optimize costs and performance.
Scaling Down:
Users can easily terminate clusters or reduce cluster sizes without penalties. This flexibility enables them to manage costs effectively during leaner operational periods.
Adjustment Terms:
Contract Renewal:
Typically, contracts have a designated term (often annually) and may have auto-renewal clauses unless a party gives prior notice (usually 30-90 days) of non-renewal.
Pricing and terms for renewal can sometimes be negotiated 30 days prior to the renewal date.
Contract Cancellation:
Users generally can cancel their contracts at any time; however, they may also be subject to a minimum commitment period (often 12 months).
ISO 27001: International standard for managing information security.
SOC 2 Type II: Reports on controls relevant to security, availability, processing integrity, confidentiality, and privacy.
GDPR: General Data Protection Regulation compliance for handling personal data of EU citizens.
HIPAA: The platform can be configured to meet the requirements of the Health Insurance Portability and Accountability Act for handling healthcare data.
CCPA: California Consumer Privacy Act compliance for data privacy rights.
FedRAMP: Designed to meet the standards for federal cloud services (applicable if customers are government agencies).
