Fallom

Fallom is an AI-native observability platform built from the ground up for teams developing applications with large language models (LLMs) and AI agents. In the complex world of AI operations, traditional monitoring tools fall short. Fallom provides the fundamental visibility needed to understand, manage, and improve AI-powered systems in production. It works by automatically tracing every LLM call, capturing essential data like the exact prompts sent, the model's outputs, any tool or function calls made, token usage, latency, and per-call costs. This end-to-end tracing is the cornerstone of AI observability. The platform is designed for engineering and product teams who need to move beyond simple logging to gain actionable insights. Its core value proposition is delivering comprehensive, real-time visibility into AI workloads, enabling organizations to optimize performance, control costs, troubleshoot issues quickly, and maintain compliance with enterprise and regulatory standards. With its OpenTelemetry-native SDK, integrating Fallom is a straightforward process, allowing teams to start tracing their applications in minutes and establish a foundational layer of observability for their AI initiatives.

End-to-End LLM Tracing

Fallom provides complete, granular tracing for every interaction with large language models. This means you can see the full sequence of events for any AI task, from the initial user prompt, through intermediate reasoning steps and tool calls, to the final response. Each trace includes the raw input and output, the specific model used, token counts, latency metrics, and the calculated cost. This level of detail is the basic building block for understanding how your AI applications behave in the real world, making debugging and optimization possible.

Real-Time Monitoring Dashboard

The platform offers a live dashboard that displays all LLM calls as they happen in production. You can monitor activity in real time, watching traces for different models, users, or sessions stream in. This dashboard allows you to see key metrics at a glance, such as request volume, average latency, and error rates. By providing a live view of your system's health, it enables teams to spot anomalies, performance degradation, or unexpected cost spikes immediately, facilitating faster incident response.

Cost Attribution and Analysis

A fundamental aspect of managing AI applications is understanding and controlling expenses. Fallom automatically attributes costs to their source. You can break down spending by AI model, by individual user or customer, by internal team, or by specific feature. This transparent cost tracking is essential for accurate budgeting, internal chargebacks, and identifying inefficient or expensive patterns in your LLM usage, helping you make informed decisions about model selection and optimization.

Compliance and Audit Readiness

For enterprises operating in regulated industries, Fallom is built with compliance as a core feature. It maintains complete, immutable audit trails of every LLM interaction, supporting requirements for standards like SOC 2, GDPR, and the EU AI Act. Features include detailed input/output logging, model version tracking, user consent recording, and session-level context. This ensures you have a verifiable record of your AI's operations for security reviews, regulatory audits, and internal governance.

Debugging and Improving AI Agent Workflows

When a complex AI agent that uses multiple tools and LLM calls fails or behaves unexpectedly, pinpointing the root cause is challenging. Fallom's tracing allows developers to replay the exact sequence of steps, examine the prompts and responses at each stage, and view the arguments and results of every tool call. This visibility turns debugging from a guessing game into a systematic process, drastically reducing the time to resolve issues and improve agent reliability.

Managing and Optimizing AI Operational Costs

As AI applications scale, costs can become unpredictable and difficult to manage. Fallom addresses this by providing clear, actionable data on where every dollar is spent. Product and engineering leads can use Fallom to identify which features or customers are the most expensive, compare the cost-performance ratio of different models like GPT-4o versus Claude, and set alerts for budget overruns. This enables proactive cost control and ensures sustainable scaling.

Ensuring Compliance and Auditability

Companies in finance, healthcare, or legal services using AI must demonstrate compliance with strict regulations. Fallom serves as a system of record for all AI activity. It automatically logs all necessary data—who used the system, what was asked, which model version answered, and what was said—creating a defensible audit trail. This is essential for passing security audits, responding to data subject requests, and proving adherence to industry regulations.

Performance Monitoring and Reliability Engineering

Site Reliability Engineering (SRE) principles apply to AI systems as well. Teams use Fallom to establish performance baselines for their LLM calls, monitor latency and error rate Service Level Objectives (SLOs), and set up alerts for degradation. The timing waterfall charts help visualize where bottlenecks occur in multi-step chains, allowing engineers to optimize slow steps and ensure a consistent, reliable user experience for AI-powered features.

What is AI observability and why is it different?

AI observability is the practice of gaining deep, actionable insights into the behavior and performance of AI systems, particularly those based on LLMs. It is different from traditional application monitoring because LLMs are non-deterministic. You need to see not just if a call failed, but why it failed—was the prompt poorly constructed, did a tool call error, or did the model hallucinate? Observability provides the context of prompts, outputs, and intermediate steps necessary to answer these questions.

How difficult is it to integrate Fallom into my existing application?

Integration is designed to be straightforward. Fallom provides an OpenTelemetry-native SDK, which is the industry-standard protocol for observability. In most cases, you can instrument your application by adding a few lines of code to your LLM client initialization. The goal is to have basic tracing up and running in under five minutes, without requiring major changes to your application architecture or causing performance overhead.

Can Fallom handle sensitive or private data?

Yes. Fallom includes a Privacy Mode for handling sensitive information. This mode allows you to configure content redaction, so that specific data fields or entire prompt/response contents are not captured in the logs, while still preserving essential metadata for tracing and metrics. You can maintain full telemetry for debugging and costing without storing confidential user data, aligning with data privacy policies.

Does Fallom support all LLM providers and frameworks?

Fallom is built to be provider-agnostic. It works with all major LLM providers like OpenAI, Anthropic, Google Gemini, and open-source models. The OpenTelemetry foundation means it can integrate with any framework or custom code that makes LLM calls. This prevents vendor lock-in and ensures you can maintain a unified observability platform even if your tech stack evolves or you switch model providers.