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Architecture before platforms
Local control, data, networks, and integrations are designed as a stable system before individual tools are selected.
Local architectures. ESP32. Energy. Networks. Security.
Intelligent living systems for homes that feel a generation ahead.
Bartolomei Systems develops highly specialized technical architectures: local control, custom electronics, dependable networks, energy, security, and advanced automation designed as one coherent system.
Advanced smart-home systems, intelligent energy, and high-reliability integrations.
Local control · ESP32 hardware · Energy · Networks · Security
Architecture
Local control / data / integrations
Hardware
Custom ESP32 / sensors / interfaces
Systems
Energy / networks / security / automation
Deep Tech Systems
JetGrid
Home Assistant
Local orchestration
ESP32
Custom integration
Energy
Intelligent logic
Smart Home Core
Connected infrastructure
Control, hardware, energy, and interfaces designed as one coherent system.
JetGrid connects today’s home systems to tomorrow’s infrastructure.
Technologies and integrations
Local controlHome AssistantESP32MQTTNetworks and securityEnergy systems
What I Do
I design intelligent residential systems with the mindset of a technology studio.
The work combines technical strategy, system integration, dedicated hardware, and experience quality. The goal is not to add complexity, but to shape it into an elegant, dependable infrastructure.
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ESP32 where standard products fall short
Custom sensors, modules, and interfaces designed around the physical, electrical, or logical requirements of the project.
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Energy systems monitored and automated with intent
Photovoltaics, batteries, EV charging, and loads coordinated to improve visibility, efficiency, and day-to-day system quality.
Core Services
Specialized capabilities presented as one coherent ecosystem.
Each service has a clear role, but the real value appears when software, electronics, energy, and integrations are designed as one system.
Local architecture and integrations
Design of control systems, data flows, and local integrations, using Home Assistant when it is the right platform for the context.
Advanced Automations
Presence, climate, lighting, security, and contextual workflows designed to feel invisible and precise.
Networks and operational reliability
Segmentation, connectivity, local services, and continuity designed to keep integrations and automation stable over time.
ESP32 Electronics
Purpose-built embedded devices, custom sensors, and automation hardware engineered around ESP32 platforms.
Energy Intelligence
Photovoltaic monitoring, storage logic, consumption tracking, and EV charging strategies tuned for efficiency.
Architecture
Architecture of an advanced smart home
An intelligent home is not a collection of devices: it is an integrated system where sensors, energy, automation, and electronics operate together as a real technology infrastructure.
Technology Stack
A technology stack designed as infrastructure.
Each level has a clear role and connects to the others like a modern system architecture: data, control, hardware, devices, energy, and future vision.
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User interfaces
Apps, dashboards, notifications
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Intelligent automations
Presence, scenarios, optimization
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Control and integration
Local orchestration and interoperability
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Custom electronics
ESP32, dedicated modules, custom sensors
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Sensors and devices
Lighting, access, climate, security
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Energy system
Photovoltaics, batteries, EV charging
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Future vision
JetGrid
Intelligent System
The intelligent system behind every smart home
An advanced smart home operates like a technology infrastructure: different layers collect data, make decisions, execute actions, and optimize energy, comfort, and control.
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Sensors and data
The smart home starts with environmental awareness: temperature, presence, humidity, energy use, device states, and plant signals become readable and useful data.
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Local orchestration
The control layer coordinates integrations, rules, scenes, and interfaces within a local, readable, and dependable architecture.
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Custom electronics
Custom ESP32 hardware makes it possible to build dedicated sensors, modules, and interfaces when standard devices do not offer the required precision.
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Energy intelligence
Photovoltaics, batteries, EV charging, and load optimization are integrated as one connected energy system able to react in real time.
When these layers are designed coherently, the smart home stops being a group of devices and becomes a true intelligent infrastructure. That is the idea that extends naturally into the future direction expressed by JetGrid.
System Architecture
A dependable system starts with architecture, not a platform.
Local control, networking, data, integrations, and interfaces are designed before individual components are chosen. Home Assistant is one of the available tools when it fits the context.
Local architecture, data flows, and operational priorities
Dependable integration across plants, devices, and interfaces
Advanced automation for comfort, energy, and security
System Architecture
Infrastructure
Control Core
Outcome
More control, less friction, more stable integrations.
ESP32 Custom
When technical precision matters, the hardware is built around the project.
ESP32 makes it possible to create dedicated electronics for sensing, control, relays, and special interfaces, integrated cleanly into existing systems.
Boards and modules for exact installation constraints
Custom sensors, dedicated IO, and edge logic
Integration with existing systems and local networks
ESP32 Custom
Infrastructure
Device Layer
Outcome
Precise hardware where the market stays generic.
Energy Intelligence
Energy data becomes valuable when it drives decisions and automation.
Photovoltaic production, consumption, storage, and EV charging become a real intelligent infrastructure when they are monitored, visualized, and orchestrated as one system.
Energy monitoring and KPIs in dedicated dashboards
Automation for solar, batteries, and load priorities
EV charging logic based on real-time availability
Energy Intelligence
Infrastructure
Energy Layer
Outcome
Energy data translated into useful operational logic.
Networks and Security
Reliability and security also depend on the infrastructure users never see.
Network segmentation, service continuity, access control, and security flows are coordinated with the same care applied to automation and interfaces.
Local networks designed for stability and maintenance
Integration across access, alarms, video, and notifications
Service separation and operational continuity
Networks and Security
Infrastructure
Networks and Security
Outcome
More stable, protected, and maintainable services.
When It Matters
When a properly designed smart home makes a real difference
The value of this kind of consulting appears when the home stops being a set of products and becomes a technical system that must be orchestrated with intent.
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Residential energy systems that need coordination
Homes with solar, storage, and EV charging need a system logic able to interpret availability, priorities, and real consumption.
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Many subsystems, one architecture
Lighting, climate, security, access, and media create value only when they are integrated into one coherent control architecture, not managed as separate islands.
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Larger homes where presence logic matters
In more complex residences, reliable scenarios, precise presence logic, and clear interfaces are essential to preserve control, comfort, and ease of use.
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Non-standard installations
When commercial devices do not fit the real requirement, custom ESP32 electronics make it possible to build the needed sensors, modules, and interfaces.
Method
The design methodology
Each engagement starts from a clear technical process: analysis, architecture, integration, and optimization, with a long-term view that allows the system to evolve.
Approach
A systems studio works on architecture first, then on technology.
This approach reduces wrong decisions, avoids fragile automations, and creates a smart home that remains readable, extensible, and solid as complexity increases.
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Technical analysis of the home
The process starts from plants, constraints, objectives, and priorities to understand where an intelligent system can create real value.
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System architecture
The control structure is defined across integration layers, key components, data flows, and operational interfaces.
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Hardware and software integration
Devices, buses, network services, and any ESP32 electronics are connected into a readable, stable, and coherent ecosystem.
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Automation and optimization
The logic is built around presence, energy, comfort, and security so that data becomes useful system behavior.
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Evolution over time
The system is designed to grow with new integrations, new spaces, new energy requirements, and future complexity.
FAQ
Frequently asked questions
A serious consulting process clarifies structural decisions first: electrical constraints, local reliability, scalability, and the actual level of customization required.
Is a full electrical rework required?
Not necessarily. In many cases the existing electrical system can be integrated, with targeted intervention only where it makes technical or functional sense. The right answer depends on the architecture of the home, the systems already in place, and the requested integration level.
Why prioritize a local and open architecture?
Because it provides more control, continuity, and integration freedom. When it fits the project, Home Assistant can be one of the tools used to unify different ecosystems without tying the entire system to one vendor's decisions.
Does the system still work without internet?
Yes. The architecture is designed around local operation to preserve continuity, low latency, and reliability. Some cloud-based integrations may be limited without connectivity, but the core system can remain fully operational.
What happens if I want to expand the system later?
A well-designed project already anticipates that scenario. New spaces, new devices, energy integrations, or additional security layers can be added while keeping the architecture coherent and the user experience consistent.
Is custom hardware always necessary?
No. Custom hardware is introduced only when it creates real value: handling a non-standard requirement, improving integration with existing systems, or delivering a level of precision that catalog products do not provide.
Start the next build
Build a smart environment that feels premium now and future-ready later.
From local integrations and electronics to energy, networks, and security, the work begins with a clear technical direction.
Initial consultation covering architecture, integrations, feasibility, and system strategy.
Residential journey · ABEDOME
Are you designing or improving a home?
For people who are building, renovating, or want to bring clarity to energy, comfort, home automation, and security, ABEDOME offers an initial analysis designed to understand the home as one integrated system.