Logiciel helps enterprises design, build and operate serverless architectures for applications, data systems, AI-first platforms and utility workloads. From event-driven services and API backends to AI energy platforms, AI in utilities, observability, security and managed operations, we help teams ship faster while improving scalability, reliability and cost control.

Book an Intro Call Common Questions

3 models

Engagement models for serverless engineering

5 steps

Our serverless architecture framework

Why Logiciel

Why Serverless Architecture Matters for Modern Cloud Teams.

Why Logiciel · 01

Teams spend too much time provisioning, scaling and maintaining infrastructure.

Why Logiciel · 02

Application demand changes faster than fixed infrastructure can support.

Why Logiciel · 03

Event-driven workflows need flexible compute that responds to real-time activity.

Why Logiciel · 04

AI energy companies need scalable platforms for forecasting, optimization and operational intelligence.

Why Logiciel · 05

AI in utilities requires reliable systems for data ingestion, event processing and automation.

Why Logiciel · 06

Cloud costs increase when idle infrastructure runs continuously.

Why Logiciel · 07

Business leaders need serverless architecture that supports speed, resilience and responsible scaling.

What you get

What You Get When You Work With Logiciel on Serverless Architecture.

We build serverless systems that help teams reduce operational overhead and improve delivery velocity.

A clear serverless architecture roadmap tied

to product, data and cloud priorities

Event-driven services

designed around APIs, queues, streams, functions and managed cloud services

Serverless backends

for SaaS platforms, enterprise applications and AI-first workflows

Runtime patterns

for AI energy, AI and energy platforms and AI in energy industry use cases

Data ingestion and processing foundations

for AI in renewable energy sector and utility systems

Observability

for function performance, latency, failures, retries, cost and downstream impact

A practical serverless operating model your teams can maintain after launch

What we build

Serverless Architecture Engineering Solutions Built for Enterprise Workloads.

Serverless Strategy and Roadmap

Current-state assessment, workload selection, cloud fit analysis, architecture planning and phased implementation roadmap.

Event-Driven Serverless Architecture

Architecture for functions, queues, event buses, streams, APIs, storage triggers, workflow orchestration and asynchronous processing.

Serverless API and Backend Engineering

Cloud-native APIs, authentication workflows, background jobs, integrations, data services and scalable application backends.

AI Energy Platform Engineering

Serverless foundations for AI energy companies building forecasting, optimization, demand intelligence and operational automation systems.

AI in Utilities Workload Support

Architecture for AI in utilities, grid analytics, usage forecasting, field service workflows, asset monitoring and customer operations.

Serverless Data Processing

Managed ingestion, transformation, enrichment, routing, event processing and analytics workflows for energy, utilities and enterprise data platforms.

Managed Serverless Operations

Ongoing monitoring, incident response, cost review, performance tuning, security updates and continuous improvement.

Engagement

Engagement Models Designed for Serverless Architecture Engineering Delivery.

Dedicated Serverless Engineering Squad

A standing team of cloud architects, serverless engineers, DevOps specialists and data engineers embedded into your serverless roadmap.

Engagement

Serverless Advisory and Staff Augmentation

Senior serverless architecture consultants and cloud engineers who strengthen your internal application, platform, data or AI teams.

Engagement

Outcome-Based Serverless Architecture Engineering

Fixed-scope engagements with defined architecture outcomes, delivery milestones, reliability targets and success baselines agreed up front.

Engagement

Under the hood

Serverless Architecture Engineering Services We Deliver.

Serverless Architecture Diagnostic and Roadmap

What it meansDetailed assessment of applications, workloads, cloud environments, event flows, scaling needs, cost drivers and operational maturity.

Event-Driven Application Engineering

What it meansFunctions, APIs, queues, topics, event buses, stream triggers, workflow orchestration, retries and dead-letter queue patterns.

Serverless Data and AI Workflow Engineering

What it meansData ingestion, event processing, feature workflows, AI inference triggers, analytics pipelines and automation workflows for AI-first systems.

AI Energy and Utility Platform Modernization

What it meansModernization support for AI energy, AI and energy platforms, AI in energy industry systems and AI in renewable energy sector workflows.

Security, Governance and Compliance Controls

What it meansIdentity and access controls, secrets management, encryption, audit logs, policy checks, data protection and compliance-aligned workflows.

Observability and Reliability Engineering

What it meansDashboards for latency, errors, cold starts, retries, throughput, queue depth, cost, dependency health and business workflow performance.

Managed Serverless Architecture Operations

What it meansOngoing monitoring, incident response, performance tuning, cost optimization, reliability reviews, platform updates and continuous improvement.

Insights

Serverless Architecture Engineering Insights & Frameworks.

Patterns from our cloud, data and AI engineering teams that help enterprises build serverless systems that scale without operational complexity.

Enterprise Serverless Operating Model

How we structure workload ownership, event governance, security controls, observability, cost reviews and continuous improvement across teams.

↳ Insights

AI Energy Serverless Readiness Framework

A practical approach to ranking serverless opportunities by event volume, latency sensitivity, data dependency, cost profile, business impact and operational complexity.

↳ Insights

How we work

Our Serverless Architecture Engineering Framework.

Serverless Diagnostic and Baseline

We assess current applications, cloud workloads, event flows, infrastructure overhead, AI energy requirements and operational priorities.

Workload and Event Mapping

We identify which workloads should move to serverless, then map APIs, events, queues, triggers, data flows and downstream systems.

Serverless Platform Engineering

We build functions, APIs, workflows, event buses, security controls, deployment automation and managed data-processing patterns.

Observability, Security and Cost Controls

We harden serverless systems with monitoring, alerts, access policies, audit trails, retries, runbooks, cost dashboards and recovery workflows.

Serverless Operating Model

We hand over a repeatable serverless architecture practice, including ownership, KPIs, review cadences, dashboards, runbooks and improvement workflows.

Selected work

Tailored engineering for your industry.

Zeme · Real Estate Cut development costs 50% and launched 3× faster with dedicated dev teams.

Real Estate

Cut development costs 50% and launched 3× faster with dedicated dev teams.

Leap · Construction Scaled to 7-figure ARR with AI-augmented software teams.

Construction

Scaled to 7-figure ARR with AI-augmented software teams.

KW · Real Estate 56M+ workflows automated, saving agents 30% time with AI-powered tasks.

Real Estate

56M+ workflows automated, saving agents 30% time with AI-powered tasks.

Resources

Insights for tech leaders.

Framework · PDF

80% Of Engineering Organisations Will Run A Platform Team. The Ticket Queue Survives.

Whitepaper · PDF

40% Of Agent Projects Get Cancelled. Five Engineering Failures Explain Why

Whitepaper · PDF

The Agentic AI Architecture Blueprint

In their words

What our clients say.

Teams that needed to ship fast, and did. Here's what partnering with Logiciel felt like from the inside.

I would highly recommend them to anyone looking to scale quickly or needing support in engineering, product, or QA.

Patrick Fingles

CEO, Leap

We don't just call them Logiciel; they're part of the Zeme team. Within the first week they were contributing meaningfully to our codebase.

Elior Alayev

Founder & CEO, Zeme

The Logiciel team worked tirelessly and built everything we needed, with security and best practices across our entire platform. It allowed us to become #1 in our industry, and we couldn't have done it without them.

David Buzzelli

Co-Founder, JobProgress

Questions

Frequently asked questions.

What does Serverless Architecture Engineering include?

Serverless Architecture Engineering includes serverless strategy, event-driven architecture, cloud functions, APIs, queues, workflow orchestration, data processing, observability, security, cost controls and managed operations.

Why do enterprises need serverless architecture?

Enterprises need serverless architecture to reduce infrastructure management, improve scalability, accelerate delivery and run event-driven workloads with stronger operational efficiency.

Can serverless architecture support AI energy platforms?

Yes. Serverless architecture can support AI energy platforms by running scalable workflows for forecasting, optimization, data ingestion, event processing, alerts and automation.

How does serverless help AI in utilities?

Serverless helps AI in utilities by processing real-time events, automating workflows, scaling compute on demand and supporting data pipelines for grid analytics, usage forecasting and asset monitoring.

Is serverless suitable for AI in the renewable energy sector?

Yes. Serverless can support AI in the renewable energy sector with event-driven data ingestion, analytics workflows, forecasting triggers, optimization processes and operational dashboards.

What are common serverless architecture deliverables?

Common deliverables include architecture designs, functions, APIs, event buses, queues, workflow definitions, security controls, dashboards, deployment automation, documentation and runbooks.

Who owns the deliverables from a Serverless Architecture Engineering engagement?

You retain ownership of all architecture assets, code, APIs, functions, workflows, dashboards, cloud configurations, documentation, runbooks and implementation materials.

Do you support ongoing serverless operations after implementation?

Yes. We run managed operations with monitoring, incident response, cost review, performance tuning, security updates, reliability reviews and continuous improvement.

Let's build

Accelerate Serverless Architecture Engineering.

Ready to turn Serverless Architecture Engineering into a scalable foundation for applications, AI energy and utility platforms? Partner with Logiciel to build event-driven systems that reduce infrastructure overhead, improve reliability and support faster cloud delivery.

Start a serverless architecture assessment

Serverless Architecture Engineering.

See Logiciel in action.

Why Serverless Architecture Matters for Modern Cloud Teams.

Teams spend too much time provisioning, scaling and maintaining infrastructure.

Application demand changes faster than fixed infrastructure can support.

Event-driven workflows need flexible compute that responds to real-time activity.

AI energy companies need scalable platforms for forecasting, optimization and operational intelligence.

AI in utilities requires reliable systems for data ingestion, event processing and automation.

Cloud costs increase when idle infrastructure runs continuously.

Business leaders need serverless architecture that supports speed, resilience and responsible scaling.

What You Get When You Work With Logiciel on Serverless Architecture.

A clear serverless architecture roadmap tied

Event-driven services

Serverless backends

Runtime patterns

Data ingestion and processing foundations

Observability

A practical serverless operating model your teams can maintain after launch

Serverless Architecture Engineering Solutions Built for Enterprise Workloads.

Serverless Strategy and Roadmap

Event-Driven Serverless Architecture

Serverless API and Backend Engineering

AI Energy Platform Engineering

AI in Utilities Workload Support

Serverless Data Processing

Managed Serverless Operations

Engagement Models Designed for Serverless Architecture Engineering Delivery.

Dedicated Serverless Engineering Squad

Serverless Advisory and Staff Augmentation

Outcome-Based Serverless Architecture Engineering

Serverless Architecture Engineering Services We Deliver.

Serverless Architecture Diagnostic and Roadmap

Event-Driven Application Engineering

Serverless Data and AI Workflow Engineering

AI Energy and Utility Platform Modernization

Security, Governance and Compliance Controls

Observability and Reliability Engineering

Managed Serverless Architecture Operations

Serverless Architecture Engineering Insights & Frameworks.

Enterprise Serverless Operating Model

AI Energy Serverless Readiness Framework

Our Serverless Architecture Engineering Framework.

Serverless Diagnostic and Baseline

Workload and Event Mapping

Serverless Platform Engineering

Observability, Security and Cost Controls

Serverless Operating Model

Tailored engineering for your industry.

Cut development costs 50% and launched 3× faster with dedicated dev teams.

Scaled to 7-figure ARR with AI-augmented software teams.

56M+ workflows automated, saving agents 30% time with AI-powered tasks.

Insights for tech leaders.

80% Of Engineering Organisations Will Run A Platform Team. The Ticket Queue Survives.

40% Of Agent Projects Get Cancelled. Five Engineering Failures Explain Why

The Agentic AI Architecture Blueprint

What our clients say.

Frequently asked questions.

Accelerate Serverless Architecture Engineering.