Aadhib

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Running AI agents locally for business workloads

What actually happens when you run agents on your own hardware every day, rather than benchmarking them once and writing a post about it.

Role
Founder · Architecture
Published
Reading time
1 min
Local LLMsApple SiliconAgent workloads
01

Context

Recommending an architecture you have not run is guessing. Before proposing local AI to a client, the reasonable thing is to operate it — so agents run locally on a Mac Studio as an internal working environment rather than as an experiment.

02

Problem

Public discussion of local AI tends to be either enthusiasm or dismissal, and both are usually based on benchmarks. Benchmarks answer how fast a model produces tokens. They do not answer whether the thing is pleasant to rely on for actual work, what breaks, or what it costs in attention.

03

Constraints

01
It has to survive daily use
A setup that works in a demo and irritates you by Thursday has failed, and the failure will not show up in a benchmark.
02
Hardware is a responsibility
A machine is a maintenance burden, a failure domain and a physical security question. Cloud has none of those and that is worth something.
03
Some workloads should not be local
Pretending otherwise produces worse systems and disappointed clients.
04

Approach

I use it as my default environment for real work and pay attention to where it disappoints me. I route workloads deliberately — sensitive or routine work locally, heavy or non-sensitive work hosted — and let the boundary emerge from experience rather than from a principle I decided in advance.

05

Architecture

Local inferenceModels running on Apple Silicon for day-to-day agent workloads.
Routing decisionPer-workload, based on sensitivity and weight rather than a blanket rule.
Hosted modelsUsed where they are genuinely better, without apology.
06

Solution

A working local environment used daily, with an honest boundary between what belongs on local hardware and what does not — which is the input that makes client recommendations credible.

An explicit limitation

Running a model locally does not by itself make anything compliant with PDPL or any other regulation. Data residency is one input into a legal and security assessment that belongs to the organisation and its counsel. Local infrastructure makes certain architectures possible; whether they are sufficient is not a question I answer here.

Why daily use is the only real test

A benchmark tells me a model is fast enough. Living with it tells me whether the setup wakes up reliably, whether the failure modes are tolerable, and whether I quietly stopped using it three weeks in. That last signal is the one I want before recommending it to somebody else.

07

Lessons

  1. 01Latency is not the interesting variable. Whether the setup is reliable enough that you stop thinking about it matters far more than tokens per second.
  2. 02Privacy is the strongest argument for local, and it is an architectural argument rather than a compliance one. Running on-premise does not by itself satisfy any regulation.
  3. 03Hardware has an operational cost that local-versus-cloud comparisons routinely omit — somebody owns the machine, its updates and its failure.
  4. 04There is a ceiling. Local models are excellent for a large class of work and worse for another, and being honest about which is which is the useful part.

Stack

What it runs on

Hardware
Mac StudioApple Silicon
Workloads
Agent tasksLocal inference

The project

01Local AI & agent infrastructure
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