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Datadog and Figma Back Sawmills AI to Solve the Observability Cost Crisis in the Agentic Era

Summarized by NextFin AI
  • Sawmills AI, a startup focused on AI-driven infrastructure, has secured $10 million in seed funding to tackle the observability tax affecting AI development.
  • The platform uses AI-driven middleware to filter out 70% to 90% of non-actionable telemetry data, potentially reducing observability costs significantly.
  • With 98% of companies facing unexpected spikes in observability costs, Sawmills aims to implement one-click AI recommendations for efficient data management.
  • The backing from industry leaders Datadog and Figma indicates a shift towards prioritizing data quality and long-term customer retention in the SaaS ecosystem.

NextFin News - In a strategic move that highlights the growing friction between massive data generation and enterprise cloud budgets, industry leaders Datadog and Figma have emerged as key backers for Sawmills AI, a San Francisco-based startup developing specialized tools for the next generation of AI-driven infrastructure. According to The Information, the investment comes as part of a broader $10 million seed funding round led by Team8, with participation from Mayfield and Alumni Ventures, aimed at addressing the "observability tax" currently hampering AI development.

The startup, co-founded by CEO Ronit Belson, CTO Amir Jakoby, and CPO Erez Rusovsky, officially emerged from stealth this February to tackle a specific bottleneck: the uncontrollable surge of telemetry data—logs, metrics, and traces—produced by modern software, particularly systems powered by AI agents. As U.S. President Trump’s administration continues to emphasize American leadership in artificial intelligence through deregulatory frameworks, the private sector is racing to solve the efficiency paradox where AI agents generate so much diagnostic data that the cost of monitoring them threatens to eclipse their operational value.

The core of the Sawmills platform is an AI-driven middleware layer built on the OpenTelemetry standard. It sits between a company’s applications and its observability vendors, such as Datadog or Splunk. By utilizing large language models (LLMs) and proprietary machine learning algorithms, the platform analyzes data streams in real-time to consolidate, deduplicate, and trim junk data. Belson noted that while enterprises often spend millions on observability, as much as 70% to 90% of the data transmitted is effectively "noise" that provides no actionable insight during a system failure.

This investment is particularly noteworthy because Datadog, a primary beneficiary of high data ingestion fees, is backing a technology designed to help customers send less data. This suggests a pivot in the SaaS ecosystem: vendors are beginning to prioritize long-term customer retention and "data quality" over short-term ingestion revenue. For Figma, the interest lies in the design and management of complex, collaborative systems where AI agents are increasingly used to automate workflows, requiring a more surgical approach to system health monitoring.

From an analytical perspective, the rise of Sawmills represents the birth of the "Telemetry Management" category. Historically, observability was a binary choice: either store everything at a high cost or risk missing the "smoking gun" log during a crash. However, the introduction of AI agents has broken this model. Unlike human-triggered events, AI agents can perform thousands of micro-actions per second, each generating telemetry. Without an intelligent filter like the one developed by Jakoby and his team, the cost of observing an autonomous agent could be 10 to 100 times higher than observing a traditional microservice.

Data from recent industry surveys indicates that 98% of companies have experienced unexpected spikes in observability costs, with many organizations now spending 20% to 30% of their entire infrastructure budget just on monitoring. By implementing "one-click" AI recommendations to convert millions of log lines into a single metric, Sawmills claims it can reduce data volumes by orders of magnitude. This concept of "telemetry sovereignty"—where the customer, not the vendor, decides what data is valuable enough to store—is becoming a central theme in 2026 enterprise architecture.

Looking forward, the success of Sawmills and its peers will likely trigger a wave of consolidation. As AI agents become the primary users of enterprise software, the infrastructure to monitor them must become as intelligent as the agents themselves. We expect to see major cloud providers integrate similar "pre-processing" AI layers into their native stacks. For now, the backing of Datadog and Figma provides Sawmills with the market validation needed to scale across mid-to-large enterprises that are currently drowning in the data exhaust of the AI revolution.

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Insights

What are the key concepts behind observability in AI-driven infrastructure?

What origins led to the emergence of Sawmills AI in the tech industry?

How does Sawmills AI address the challenges of telemetry data management?

What is the current market situation for observability tools in the cloud computing sector?

What feedback have users provided regarding Sawmills AI's platform?

What recent news has impacted the observability landscape in the tech industry?

What recent policy changes could affect AI development and observability tools?

In what ways could Sawmills AI shape the future of telemetry management?

What long-term impacts might arise from improved observability tools in enterprise software?

What core challenges does Sawmills AI face in the current tech environment?

What limiting factors are hindering the growth of observability solutions?

What controversies surround the spending on observability tools in enterprises?

How does Sawmills AI compare to traditional observability vendors like Datadog?

What historical cases illustrate the evolution of observability technologies?

What similarities exist between telemetry management and other data management concepts?

How might major cloud providers respond to the rise of Sawmills AI?

What potential consolidation trends could result from advancements in telemetry management?

What role do large language models play in Sawmills AI's technology?

How does the concept of 'telemetry sovereignty' impact enterprise data strategies?

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