Systems | Development | Analytics | API | Testing

Discover how BigQuery Graph with measures grounds autonomous AI agents in unified enterprise truth, enabling precise reasoning across complex data relationships.

Synthetic monitoring has been a critical part of application reliability for years. It gives engineering and operations teams a way to proactively test applications, APIs, and critical customer journeys before users encounter problems. But there is a fundamental limitation with the traditional approach: Someone has to create the tests. As applications become more distributed and customer journeys become more complex, organizations can end up maintaining hundreds or even thousands of synthetic scripts.

The request timed out after five seconds. The application said context deadline exceeded. The dependency was healthy, its dashboards were green, and its own latency histogram showed nothing above 30 milliseconds.

Bob Dylan wrote those words in 1964 about a world in flux - where the old rules were being quietly rewritten, and the people who hadn't noticed yet were about to find out the hard way. He wasn't thinking about enterprise data architecture. But if you've been following SAP's moves on data access, extraction, and platform strategy over the past two years, those words might be landing a little closer to home than usual.

Design, document, and verify APIs across OpenAPI, AsyncAPI, GraphQL, and MCP. gRPC and A2A support coming soon.

Misconceptions about microservices load testing are common, especially for teams moving from monolithic systems. It’s tempting to believe that simply scaling infrastructure or running legacy load tests will reveal the same issues and provide actionable results. However, distributed, cloud-native architectures introduce new complexities and risks that demand a different approach.

dbt Wizard brings conversational AI to analytics and context engineering, grounded in your dbt project’s lineage, compiled state, tests, and semantics.

AI chatbots are transforming how people interact with digital products, but they also introduce new accessibility challenges.

A real estate listing platform runs on more moving parts than it looks like from the front end: multiple user roles, MLS and payment integrations, document storage, and a database full of PII and deal terms. Every one of those is part of the attack surface. An application security audit maps that surface. It is a structured evaluation of your application’s code, configuration, and infrastructure that identifies vulnerabilities and weak controls, then ranks them by the risk they actually carry.

Most teams building multi-agent systems hit the same wall at roughly the same point. The prototype works. Agents chain together, tasks complete, the demo impresses the room. Then someone asks: "What happens when this runs a thousand times a day? What happens when an agent calls an external API that's down? How do we know what the agents actually did?" That's when the architecture conversation starts. Here's the framing that clarifies most of these questions.