Cybersecurity · AI · Systems

I build things that observe, protect & respond.

Hello, my name is Anthony, a multidisciplinary technologist in North Carolina. I turn technical ideas into working systems across local AI, secure virtualization, embedded cameras, cybersecurity labs, and physical computing.

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Open to technical work opportunities and collaborations

PERSONAL WORK

Projects shaped by curiosity.

A selection of working builds, hands-on labs, and active design concepts. Each project reflects how I learn, understand the system, identify the constraints, and make something tangible.

Working build · Ongoing

Spectre — Local Multimodal AI Assistant

A privacy-minded desktop assistant designed to run locally, connect to a bluetooth or hardwired camera, remember useful context, and interact through text, vision, and voice. The system combines local language and vision models with a custom command interface and structured memory.

PythonQwen3Gemma 3Kokoro TTSSQLiteESP32-CAM

Local chat and image understanding
Push-to-talk voice input and offline speech output
Persistent identity, preferences, and learned concepts
Camera capture, model switching, and debug commands
Designed for a medium to high-end personal computers

Working lab

Hardened Disposable VM Workflow

A remotely accessible Ubuntu virtualization host using KVM/QEMU and Whonix Gateway/Workstation, with disposable workstation images, isolated virtual networks, restricted device sharing, and remote access through Tailscale.

UbuntuKVM/QEMUWhonixTorTailscaleShell

Hands-on lab · Ongoing

Home Cybersecurity Lab

A controlled cybersecurity environment for network discovery, web and wireless security, vulnerability assessment, traffic analysis, malware behavior, and incident response. It includes Hack The Box, TryHackMe, CTF exercises, and authorized testing of personally owned devices.

NmapWiresharkKali LinuxBurp SuiteHTBTryHackMe

Prototype component

ESP32-CAM Vision Bridge

An OV2640-based ESP32-CAM that acts as the visual input for a local AI system, supporting firmware-based image capture, storage, host communication, and on-demand image inspection through assistant commands.

ESP32OV2640Embedded SystemsComputer VisionPython

Design concept

Portable Raspberry Pi Cyberdeck

A portable, 3D-printed Raspberry Pi workstation concept with an integrated display, folding keyboard and trackpad, recessed enclosure, and a mechanical slide-to-lift deployment system for mobile Linux work.

Raspberry PiKali Linux3D PrintingCAD PlanningMechanism Design

Research & system design

Multi-Sensor Presence Mapping

A modular people-detection system concept combining 24/60 GHz mmWave radar, LiDAR, and thermal sensing for occupancy counting, position tracking, low-visibility detection, sensor fusion, and exploration of through-obstacle sensing limits.

mmWaveLiDARThermalSensor FusionEdge Computing

Design concept

Low-Cost Smart Mirror

A budget-friendly smart mirror concept using a Raspberry Pi, display, and two-way acrylic mirror, with attention to retrofit options, optical materials, display placement, cost, brightness, and readability.

Raspberry PiDisplay SystemsPhysical ComputingPrototyping

MY CAPABILITIES

Technical range, practical mindset.

My strengths sit at the intersection of software, systems, security, and communication. I’m comfortable learning unfamiliar tools, troubleshooting across layers, and documenting what I find.

Security & infrastructure

Penetration testingVulnerability assessmentThreat analysisNetwork protocolsDigital forensicsMalware analysisLinuxVirtualizationNetwork architectureWireless security

Development & data

PythonJavaJavaScriptC / C++SQL & databasesGitDebuggingLocal AI modelsExcelGoogle Workspace

Hardware & prototyping

ESP32-CAMRaspberry PiEmbedded visionSensor research3D-print planningSystem integration

Analysis & communication

Technical researchAnalytical writingPeer reviewQuality checkingDocumentationCustomer communicationProblem solving

ABOUT ME

Building technology with a practical human purpose.

I am interested in how complex systems work and whether they actually help or can better help the people using them.

My name is Anthony Indelicato, I am a technical problem solver with an academic foundation in computer science and hands-on experience across cybersecurity, programming, networks, local AI, and embedded hardware. I’ve spent years developing skills through coursework, independent projects, Hack The Box, TryHackMe, and a home lab where I can safely turn theory into practice.

My work experience has also taught me that technical ability is only part of the job. Listening, documenting accurately, staying calm, and communicating clearly matter just as much especially when a system or a person needs support.

I’m most interested in projects that cross boundaries: software that connects to physical hardware, privacy conscious AI, secure infrastructure, and tools that make complicated information easier to act on.

DeterminedI keep asking until the system makes sense.

Hands-onI learn fastest by building and testing.

Security-mindedI question boundaries, risk, and privacy.

Human-centeredMy goal is to explain clearly and design for real use.

Contact Me

Have a technical problem or question worth exploring?

I’m interested in opportunities involving cybersecurity, technical support, AI systems, research, and technology-focused communication. Send a message here and it will be delivered directly to my business email.