Source URL: https://cloud.google.com/blog/products/databases/leader-in-the-forrester-wave-translytical-data-platforms-q4-2024/
Source: Cloud Blog
Title: Google is a Leader in The Forrester Wave™: Translytical Data Platforms, Q4 2024
Feedly Summary: With the technology advances of our cloud-first databases, Google Cloud has become the go-to platform for companies looking to run complex, real-time, business-critical workloads. Don’t just take our word for it. Today, we’re pleased to announce that Google was named a Leader in The Forrester Wave™: Translytical Data Platforms, Q4 2024 report. We believe this recognition solidifies AlloyDB as a top choice for translytical workloads, where it handles transactional, analytical, and AI workloads all on a single database.
The AlloyDB difference
Fueling this recognition is AlloyDB’s differentiated architecture, which combines the performance of a traditional relational database with the scalability and flexibility of cloud-first technology. Also, AlloyDB eliminates the need for complex data pipelines and separate databases for transactional, analytical, and gen AI workloads. Businesses are able to gain real-time integrated insights and build AI-powered customer experiences without compromising operational efficiency, which ultimately accelerates innovation and drives better business outcomes.
But AlloyDB doesn’t stop there; it goes further. We built AlloyDB based on the following principles:
Cloud-first – built from the ground up for the cloud, leveraging the same infrastructure that powers Google’s billion-user products.
Embrace open standards – built on PostgreSQL, one of the most popular open-source relational databases. This lets you avoid vendor lock-in and leverage a vast ecosystem of tools and resources.
Superior scalability – designed to take advantage of Google Cloud’s disaggregated compute and storage architecture. This allows AlloyDB to scale both vertically and horizontally to support your most demanding workloads (scaling vertically to 128 vCPU and horizontally to over 2000 vCPUs with read pools).
No data movement – the fully integrated columnar engine automatically transforms operational row data into a columnar in-memory format to accelerate analytical queries. This means that you don’t need separate systems for transactional and analytical processing and eliminates the need for ETL. AlloyDB’s columnar engine gives you up to 100x better performance for analytical queries compared to standard PostgreSQL.
AI-powered insights – incorporates Google’s cutting-edge ScaNN vector search technology. AlloyDB AI delivers up to 4x faster vector queries and typically uses 3-4x less memory than the HNSW index in standard PostgreSQL. This helps large workloads run on smaller shapes and improves performance for hybrid workloads.
Multi-cloud and hybrid cloud – designed to excel in any environment. Deploy AlloyDB on-premises, at the edge, or even on your laptop with AlloyDB Omni. For a fully managed multi-cloud experience, Aiven for AlloyDB Omni offers a simplified and secure way to deploy, manage, and scale your database across Google Cloud, AWS, and Azure.
Latest industry recognition
In addition to being named a Leader in The Forrester Wave™: Translytical Data Platforms, Q4 2024, Google received the highest scores possible in 11 of the evaluation criteria including Vision, Innovation, Gen AI/LLM, Real-time Analytics, Data Security, and several others.
Customers such as Chicago Mercantile Exchange (CME) Group, Bayer, and Tricent leverage AlloyDB, standardizing on an open-source-compatible, enterprise-grade database that is highly scalable and reliable and giving them the ability to launch new products faster and expand into new markets.
“Google offers a strong vision and solid price performance at scale. … Reference customers value Google for its comprehensive analysis tools, advanced LLM capabilities, exceptional technical support, and documentation. Google’s AlloyDB is an excellent choice for firms looking for a reliable, scalable, and cost-effective database tailored for translytical workloads with a vision of evolving towards a more global and distributed architecture.” – The Forrester Wave™: Translytical Data Platforms, Q4 2024
Getting started is a breeze
If you’re looking for a database that can handle your most demanding translytical workloads with exceptional performance, availability and scale, AlloyDB is the clear choice, evolving with your business and providing the tools and capabilities you need to stay ahead of the curve.
If you’re new to Google Cloud, you can sign up for an AlloyDB free trial. If you’re already a Google Cloud customer, head over to the AlloyDB console. Once you’re there, click “Create a trial cluster" and we’ll guide you through migrating your data to a new AlloyDB database instance.
The future of PostgreSQL is here, and it’s built for you. Read more about AlloyDB in our brand-new e-book. Then start your free trial and see what AlloyDB can do for your applications.
AI Summary and Description: Yes
Summary: The text highlights Google Cloud’s AlloyDB as a leading solution for handling translytical workloads, combining the strengths of relational databases with cloud-first technology. It emphasizes AlloyDB’s architecture, performance benefits, and industry recognition, especially in managing AI workloads effectively.
Detailed Description:
The text discusses the significance of Google Cloud’s AlloyDB, which has been recognized as a leader in The Forrester Wave™: Translytical Data Platforms, Q4 2024 report. This recognition underscores AlloyDB’s capability in integrating various workloads—transactional, analytical, and AI—into a single database solution.
Key Insights and Implications for Security and Compliance Professionals:
– **Translytical Workloads**: AlloyDB is designed to support complex workloads that require both transactional processing and analytical insights, making it ideal for businesses needing real-time data insights, especially in sectors like finance or e-commerce.
– **Cloud-First Architecture**: Built from the ground up for the cloud using Google’s robust infrastructure allows AlloyDB to leverage reliability, security, and scalability—key concerns for businesses operating on sensitive data.
– **Open Standards**: Utilization of PostgreSQL as the foundation promotes an open ecosystem, reducing the risk of vendor lock-in and increasing flexibility in choosing security and compliance measures.
– **Scalability**: AlloyDB’s ability to scale horizontally and vertically addresses potential performance bottlenecks while ensuring that resource allocation is efficient and cost-effective, which is crucial for maintaining security and compliance in growing data environments.
– **Integrated Columnar Engine**: By eliminating the need for separate databases for different types of workloads, security professionals can manage access controls more efficiently, ensuring that data security protocols are adhered to without the complexity of multiple systems.
– **AI-Powered Features**: Incorporating advanced AI capabilities for optimized performance can also present new security challenges. Organizations will need to focus on securing AI models and understanding the implications of AI-powered analytics on data privacy.
– **Multi-Cloud and Hybrid Cloud Flexibility**: The ability to deploy AlloyDB in various environments enhances operational resilience and disaster recovery plans, which is essential for compliance with regulations that mandate data redundancy and location-based governance.
**Additional Key Points**:
– AlloyDB offers speed improvements for analytical queries (up to 100x better performance) compared to standard PostgreSQL, making it a compelling option for businesses that rely on large datasets.
– Organizations like CME Group and Bayer have utilized AlloyDB, further establishing its credibility in high-stakes environments.
– The proactive approach to testing AlloyDB with a free trial encourages exploration, which aligns with best practices for security-focused evaluations of new technologies before full deployment.
Overall, professionals in security, privacy, and compliance should recognize AlloyDB’s potential, not only for its performance capabilities but also for addressing the security and regulatory challenges that arise from modern data management practices.