Execution Guardian for Agentic Workflows

AI writes the code.
LOCI knows how it will run.

89%
of teams had a production incident from AI-generated code. Source

LOCI is a vertical agent that predicts execution worst-cases from the binary - power, latency, throughput, memory vs. budget - at plan, PR, and merge. Before code ships.

Trained on 5 years of real CPU and GPU workloads, no runtime, no instrumentation.

AI TRiSM | Guardian Agent | Multiagent Systems | Platform Engineering

89% of teams already hit this wall. Here's why — and what changes.

How It Works

43% of AI-generated code changes need debugging in production, even after passing tests. Source

Agentic workflow today
Agent plans
Agent codes
Tests pass
Ship
Discover in production
No execution signals, risk discovered in production
With LOCI
Agent plans
Predict from binary
Verdict
Agent codes
Ship with fewer surprises
Deterministic signals surface risk before code is written
The problem isn't the agent. The workflow has no execution signals. LOCI adds them, from the binary, before a line of code ships.

That's the workflow. Here's what it looks like inside the binary.

See It In Action

Four views into your binary.

No runtime, no instrumentation, execution-aware modeling.

LOCI caught a 5,000 ns loop from the binary, before code was written. But don't AI coding tools already analyze code?

Different Layer

AI agents write the code.
LOCI checks how it runs.

The agents in your workflow reason from source code. They don’t know how the compiler transforms it. LOCI reads what the compiler actually produced, the binary, and predicts execution behavior. Different input. Different output. They work best together.

AI coding tools

Generates code from prompts

Input: source code + context

Output: code suggestions

Trained on text corpora

Works during coding

Helps write faster

Probabilistic - varies per run

LOCI

Predicts behavior from binaries

Input: compiled ELF / binary

Output: latency, power, throughput, stack

Trained on real CPU / GPU workloads

Works before and after coding

Helps decide what ships

Deterministic - same binary, same signals

LOCI doesn't replace your coding agent. It gives the workflow the execution signals the agent can't produce.

LOCI reads a compiled binary and predicts execution behavior. How?

The Engine

A small, specialized model trained on what general LLMs never see.

LCLM is a small, specialized code language model, not a general LLM. It’s trained on 3 billion+ assembly blocks and real-time execution traces from open-source projects running on real hardware, IoT, networking, industrial, and safety-critical systems. Purpose-built for binary files. ~220× cheaper per query than general LLM tokens. Aurora Labs internal benchmark

The result: given a compiled binary, LCLM predicts latency, throughput, power consumption, and stack depth per function. These are measurable values you can verify against actual hardware — not confidence scores or probabilistic estimates.

100+ patents. 5 years of training on real CPU and GPU workloads.

The model exists. The predictions work. Now — where does it plug in?

Add to Your Workflow

LOCI plugs into your agentic workflow.
At any stage. No new build steps.

Your agents already plan, code, and open PRs. LOCI adds an execution signal layer alongside your existing pipeline, no instrumentation, no profilers, no runtime.

LOCI SIGNAL LAYER

Plug in at

one stage

or

the full pipeline

Code

incremental .so

fn-level signal as you type

Build

full binary pass

all 5 signals, whole program

Test

tail & edge cases

paths your suite never reaches

Merge

PR verdict

blocks if signal exceeds baseline

Each stage is independently useful — or run the full layer for continuous coverage.

No instrumentation required.

No runtime overhead added.

No profilers to set up.

No new build steps.

No changes to your CI.

No code changes needed.

LOCI plugs into your pipeline in minutes. But who owns it internally?

Who Is LOCI For

Who owns execution signals in your org?

LOCI maps to existing Gartner budget lines, no new category to justify: AI TRiSM, Guardian Agent, Multiagent Systems, Platform Engineering.

Engineering Leaders
Guardian Agent · AI TRiSM
SRE / Platform
Platform Engineering
AppSec / Safety
AST · Compliance
Embedded / Firmware
Embedded Tools
AI Agent Teams
Multiagent Systems

SaaS works for most teams. But what if your data can't leave your network?

Enterprise

Need execution signals in a regulated environment?

Same guardian agent, deployed where your data stays. Private cloud, on-prem, or hybrid. SSO, RBAC, audit trails, and patent indemnification.

Private Cloud
2–3 weeks
On-Premises
4–8 weeks
Hybrid
Custom

Built from safety-critical DNA

Aurora Labs earned these certifications from 8 years of shipping into automotive and industrial systems. LOCI inherits that rigor, execution signals grounded in the standards your compliance team already trusts.

ASPICE Level 2
Automotive software process maturity
ISO 26262 / ASIL-B
Functional safety for automotive
ISO 21434
Cybersecurity engineering for road vehicles
ISO 27001
Information security management
100+ Patents
Binary analysis & execution modeling

INVESTORS & STRATEGIC PARTNERS

ECOSYSTEM

You've seen the problem, the solution, the engine, and the team. One question remains.

75% of AI coding agents introduce regressions during long-term maintenance. Source

Your agentic workflow is already shipping code. The regressions aren’t going to stop on their own. LOCI adds the execution signals that turn production fire drills into PR comments.

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