Logiciel Contact Us
Success Stories Tech News Contact Us
AI-Native Services

AI Agents That Finish Real Work.

AI agents that finish real work across your systems, and are safe enough to leave running.

Scope an Agent Use Case See How We Work
2011
Building production software since
Senior
Engineers only, on every engagement
Control layer
Built with the same care as the agent
The problem

The problem we solve.

An agent you cannot trust is a demo you cannot ship.

Standing up an agent that calls your APIs takes an afternoon. Getting it past your own architecture review takes real engineering. The questions there are blunt: what stops it issuing a refund it should not, hammering a downstream service, leaking a record across a tenant boundary, or looping until it burns the token budget at 3am.

Without clean answers, the agent never ships. It joins every other clever demo in the graveyard, because nobody will hand production credentials to something they cannot predict or explain. We build agents on the assumption they will misbehave, and we engineer the containment so that when they do, the damage stays bounded, visible, and reversible. That containment, not the model, is what turns an agent into a system you can actually turn on.

What you get

What the agent actually owns.

An agent that owns an outcome end to end, with the controls that let you hand it real responsibility.

01

Work finished, not just answered

The agent runs a job from the trigger to the resolution, across the systems that do not talk to each other, instead of handing back a suggestion.

02

Full visibility into every move

Every action and the reasoning behind it is logged and traceable, so you can explain what it did to anyone who asks.

03

Hard limits and human gates

Spend caps, permission scopes, and approval on the high-stakes steps, so autonomy never means unsupervised.

04

A result you can see early

One bounded use case proves out fast, with a clear path to widen once the numbers earn it.

Where it fits

Where agents earn their keep.

Agents earn their keep on multi-step work that follows a pattern but still needs judgment. The places teams put them to work first:

Fit · 01

Support operations

An agent triages incoming tickets, drafts responses from your knowledge base, resolves the routine ones end to end, and escalates the rest with the context already attached.

Fit · 02

Back-office workflows

It reconciles records, pulls data across systems, and handles the repetitive coordination between tools that quietly eats hours every week.

Fit · 03

Sales and research

It enriches leads, prepares account briefs before a call, and keeps an eye on the signals worth acting on, so your team walks in prepared.

Fit · 04

Internal operations

It runs multi-step processes across your stack, pausing for a person at the decision points that carry real weight and handling the rest on its own.

How we work

Our process: from workflow to trusted agent.

01

Scope the workflow and its guardrails together

We define the outcome the agent owns and the actions it may take before writing a line of the loop.

02

Ship it shadowed, then gated

It runs alongside your team, proposing actions a person approves, until the trace and the metrics earn autonomy on the low-risk steps.

03

Widen by policy, not rebuild

Expanding scope is a change to the guardrail config and tool set, so growth is a setting, not a new project.

04

Operate it or hand it over

With the eval harness, runbooks, and dashboards your team needs to own it.

Why Logiciel

Agents you can leave running.

Agents are easy to demo and hard to trust, and the trust lives entirely in the control layer most vendors treat as an afterthought. We build it first.

01

Real APIs, scoped credentials

The agent acts through your real APIs under scoped, short-lived credentials, and every action lands in an audit trail you can read.

02

Controls designed with the agent

Because the same seniors build the agent and the services it acts through, permissioning, idempotency, and tracing are designed together, not bolted on after something breaks.

03

We start narrow on purpose

A bounded agent with a clean audit trail that you actually leave running beats an ambitious one you have to babysit.

04

One well-built agent over a swarm

Most problems framed as multi-agent are really one agent with better tools, so we default to a single agent and go multi only when the roles truly split.

Proof

Results, in our clients' words.

Real EstateSmart rental management platform

Smart rental management platform

Scaled to $24M in transactions within a year.

Read Success Story
ConstructionStreamlining a roofing & remodeling workforce

Streamlining a roofing & remodeling workforce

From MVP to a multi-million-dollar acquisition.

Read Success Story
FintechA no-code BI platform for financial planning & analysis

A no-code BI platform for financial planning & analysis

Raw data turned into decisions, with no engineering bottleneck.

Read Success Story
Related services

One senior team, one standard.

Questions

Frequently asked questions.

How do you stop an agent from doing something destructive?
Guardrail middleware sits between the model’s intent and the action, with allow and deny lists, argument-level checks on thresholds and scope, spend caps, and human approval on the steps you designate. Destructive tools run dry-run first and are idempotent, so the blast radius is bounded by design.
Where should we start?
One bounded, valuable use case. Prove it works and is well-controlled, then expand. Starting narrow is what makes the eventual rollout stick.
Single agent or multi-agent?
Single agent by default. Multi-agent adds coordination overhead and debugging surface, and most problems framed that way are really one agent with better tools. We go multi-agent only when the work truly splits into independent roles.
How do agents work with our systems and auth?
Through your real APIs under scoped, short-lived credentials and existing RBAC, never a superuser account or a shadow copy of your data.
What about prompt injection?
We treat ingested content as hostile, keep tool permissions tight enough that a hijacked instruction cannot exceed granted scope, and gate high-impact actions behind a person.
How do we know it is actually saving time?
We define the outcome the agent owns up front, so you can measure how much of it the agent handles end to end and how much still reaches a person.
Let's build

Bring us one workflow that eats your team's hours.

We will scope an agent that owns it, build the controls that make it trustworthy, and prove it before you widen.

Scope an Agent Use Case