How to prevent an AI agent from executing an infinite loop?

Exogram acts as an Execution Authority Layer that monitors intent and rate limits tool calls, intercepting unmonitored loop cost overruns before they execute.

How do you stop LLM indirect prompt injection API access?

A Semantic Firewall decouples the LLM's non-deterministic text generation from the actual tool execution. Exogram inspects the intent of the payload, blocking unauthorized state mutations triggered by prompt injection.

What are deterministic guardrails for LLM tool calls?

Deterministic guardrails are strict, code-level policies (like capability downgrading) that cannot be bypassed by natural language. Exogram wraps every tool call in these policies to prevent execution drift.

How is Exogram different from Guardrails AI?

Guardrails AI validates model outputs after generation — output filtering. Exogram governs before execution with a persistent truth ledger, cross-session constraint enforcement, contradiction detection, and cryptographic audit trail. Filtering outputs is not infrastructure.

How is Exogram different from LangChain or LangGraph?

LangChain and LangGraph are orchestration frameworks that sequence agent steps. Orchestration is not governance. LangChain decides what to do. Exogram decides what is allowed. Exogram sits between orchestration and execution as the admissibility layer.

How is Exogram different from NVIDIA NemoClaw?

NemoClaw is an agentic AI framework from NVIDIA for building GPU-accelerated AI agents with tool-calling capabilities. It focuses on agent execution and hardware optimization. Exogram is not an agent framework — it is the governance layer that sits between any agent framework (including NemoClaw) and real-world execution. NemoClaw builds agents. Exogram governs them.

How is Exogram different from OpenClaw?

OpenClaw is an open-source agent framework for building autonomous AI systems. Like LangChain and NemoClaw, it routes and executes agent actions. Exogram provides the governance control plane that determines whether those actions are admissible — with deterministic logic gates, cryptographic state integrity, and immutable audit trails.

How is Exogram different from Mem0?

Mem0 is a context layer — it stores and retrieves context for AI agents. Exogram is governance infrastructure for persistent and verifiable AI. It stores verified, encrypted, conflict-checked state with SHA-256 integrity hashes, deterministic PII scrubbing, and cryptographic audit trails. Mem0 stores. Exogram governs. A context layer stores whatever you give it. Exogram verifies it against existing truth before storing, detects contradictions, and gates execution.

How is Exogram different from Zep?

Zep is a long-term context store for AI assistants — it helps agents retrieve conversation context. Exogram goes far beyond context: it enforces constraints, detects contradictions against existing knowledge, scrubs PII before storage, cryptographically gates actions, and maintains an immutable audit trail. Zep is context. Exogram is governance.

How is Exogram different from CrewAI?

CrewAI is a multi-agent orchestration framework that coordinates teams of AI agents working together. It decides how agents collaborate and delegate tasks. Exogram is the governance layer that determines whether each agent action is admissible before execution. CrewAI orchestrates agent workflows. Exogram enforces the rules those agents must follow.

How is Exogram different from AutoGen?

AutoGen is Microsoft's multi-agent conversation framework for building AI agent systems. It manages agent-to-agent communication and task execution. Exogram sits between any agent framework (including AutoGen) and production systems to govern what actions agents are allowed to take. AutoGen enables agents to talk. Exogram ensures they follow the rules.

What is AI governance infrastructure?

AI governance infrastructure sits between AI reasoning and AI action. It evaluates every proposed agent action against verified truth, constraints, provenance, and temporal state — and cryptographically gates execution. Exogram is the first production implementation — the Authority Runtime.

Why do AI agents have execution drift problems?

AI agents operate within limited context windows — typically 4K to 128K tokens. They have no native persistent state. Every new execution session starts from scratch. Critical constraints, policies, and decisions are lost. Exogram solves this with a semantic ledger that stores verified state with encryption, conflict detection, and semantic indexing. The more Exogram is used, the more knowledge accumulates, and the richer the execution state becomes for every future interaction.

What happens when AI agents go rogue?

When AI agents operate without governance, they can modify database records, trigger unauthorized workflows, delete regulated data, and execute harmful actions based on made unwarranted inferences reasoning. There are no guardrails, no checkpoints, no verification. Exogram prevents this with deterministic execution gating — every proposed action must pass through four verification layers before it can execute. The agent cannot act as its own security guard.

How does Exogram prevent unauthorized execution?

Unauthorized execution occurs when models generate confident but non-admissible tool calls. Exogram catches execution drift before it causes damage through contradiction detection — every proposed action is compared against the existing verified truth ledger. If the proposal contradicts known constraints, it is blocked with a 409 Conflict. This is deterministic, not probabilistic — Python logic gates, zero model inference.

Why do AI agents need governance?

AI agents in production can execute state-changing actions: modify billing records, delete regulated data, trigger operational workflows. Without governance, agents operate on probabilistic inference alone. Exogram ensures every action is verified against deterministic rules before execution — the agent cannot act as its own security guard.

Is Exogram compatible with any AI agent framework?

Yes. Exogram is model-agnostic and framework-agnostic. It integrates via REST API with LangChain, CrewAI, AutoGen, LlamaIndex, NVIDIA NemoClaw, OpenClaw, and any custom agent. It also supports ChatGPT Custom GPT, Claude Desktop MCP, and a Chrome extension.

How does Exogram get smarter over time?

Every fact stored in Exogram's semantic ledger enriches the context available to future evaluations. The more you use Exogram, the more verified knowledge accumulates — improving contradiction detection, relevance scoring, and contextual understanding. This creates compounding intelligence: better context leads to better meaning extraction, which leads to better inference, judgment, and decision quality over time.

Why Exogram?

Because Autonomous AI Needs Brakes, Not Just Prompts

Prompts Fail: System prompts can be bypassed via indirect prompt injection. Cryptographic execution invariants cannot.

Agents Hallucinate: Generative models are probabilistic. They will invent tools, parameters, and loops.

Execution Safety: Exogram sits at the network socket layer, mathematically enforcing rules before mutations touch your infrastructure.

Enter Dashboard What Exogram Is