ACID Transactions

If you’re running an operational and transactional system, then you need a database with all of the ACID properties (atomicity, consistency, isolation, and durability). These properties ensure that your enterprise-grade system never encounters issues like data corruption, stale reads, and inconsistent data. When it comes to mission-critical applications, ACID properties are not a “nice-to-have,” they are an absolute requirement for transactional consistency.

ACID compliance is a standard in relational databases, but MarkLogic is unique among almost all NoSQL databases because we support transactions that are 100% ACID compliant, whereas others have relaxed or even non-existent standards. MarkLogic’s ACID properties also apply to multi-document, multi-statement, and XA transactions (transactions between clusters), providing the unique reliability to run large-scale, operational systems for mission-critical use cases.

Dig Into the Specifics

Diagram Product Feature Acid Transactions Acronym

A is for Atomicity: The database must execute the whole transaction and not just part of it – all or nothing.
C is for Consistency: The database must enforce the system rules, for example, you can’t put a value in a field, if that value is not allowed.
I is for Isolation: If multiple transactions are running at the same time they’ll run independently and the end result will be as if they were executed one after the other.
D is for Durability: Once a transaction is done, it stays done (even if the system crashes thereafter).

ABN AMRO needed to respond quickly to changing regulatory requirements. MarkLogic’s multi-model database and associated features such as security and ACID transactions were compelling.

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CMS launched HealthCare.gov on MarkLogic within 18 months, achieving over 5,500 transactions per second and enabling over 8 million people to sign up for health insurance in its first year of operation.

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A Top Five Investment Bank runs its operational trade store on MarkLogic, processing over 100,000 complex trades each day that typically result in about 32 million live deals in the system at any one time.

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Document Locks

Document locks to protect data during updates and keep transactions from conflicting with one another

Timestamps

Timestamps on documents that ensure a query only sees copies of documents that are valid at the time the query is run (also known as Multi-Version Concurrency Control)

Journaling

Journaling of updates before they are committed to ensure transactions can be replayed in the face of system failures

Commit Process

A commit process to ensure changed data is changed all at once or not at all, even across multiple hosts

View of a car windshield with wiper running on a stormy day

Where Other NoSQL Databases Fall Short

The promise of NoSQL is speed and scale. But, in order to achieve speed and scale, most distributed databases sacrifice transactional consistency. Or, they only maintain transactional consistency using single-document locks. This means that if a transaction involves multiple documents, then you can forget about transactional consistency. That’s like saying your brakes always work… except when you’re on the highway.

Why Data Agility Is Essential for Your Business

Why Data Agility Is Essential for Your Business

Why Data Agility Is Essential for Your Business

Why Data Agility Is Essential for Your Business

Why Data Agility Is Essential for Your Business

Don't Settle for Anything Less Than 100% Trusted

What Does ACID Stand For?

Customer Highlights

Features That Make ACID Transactions Possible

Document Locks

Timestamps

Journaling

Commit Process

Where Other NoSQL Databases Fall Short

Related Resources

DOCUMENTATION

Guide to Understanding Transactions in MarkLogic

Developer Blog Post

How MarkLogic Supports ACID Transactions

BLOG POST

MarkLogic CTO on Why You Need ACID Transactions

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