01
Digital products & platforms
From a useful idea to a maintainable product: web applications, APIs, multi-tenant platforms, content systems, internal tools, and integrations.
Next.js & ReactGo & Python servicesPostgreSQLSaaS architecture
SOFTWARE · SYSTEMS · HARDWARE
Code for ideas that have to work in the real world.
Quantum Technologies designs and builds digital products, production infrastructure, connected devices, control systems, and computational manufacturing tools.
Bring a product brief, a fragile prototype, an operational bottleneck, or a physical process. We can work from first principles—or take existing code the rest of the way.
Web & SaaSCloud infrastructureAI workflowsEmbedded controlIoTFabricationMobile
CAPABILITIES
One engineering partner across the stack.
Many valuable projects do not fit a neat category. We connect product thinking, software, infrastructure, electronics, and operations so the seams do not become your problem.
02
Cloud & production engineering
Repeatable environments, safe releases, infrastructure as code, observability, data durability, and security controls sized to the product.
AWS & VercelContainersCI/CDTerraform & Kubernetes
03
AI-assisted systems & automation
Practical AI workflows with boundaries: structured generation, tool integrations, review loops, content operations, and automation around real business processes.
Agent workflowsLLM integrationsMCP toolingHuman review
04
Embedded systems & connected devices
Firmware and control planes for sensor-driven devices, electromechanical prototypes, local interfaces, telemetry, provisioning, and fleet operations.
ESP32 / ESP8266C / C++MQTTSensors & actuators
05
Manufacturing & computational fabrication
Software that turns designs and measurements into deterministic production artifacts, with geometry validation, reproducible outputs, and operator-friendly workflows.
CAD/CAM pipelinesGeometryLaser & print workflowsManufacturing handoff
06
Mobile, data & operational tooling
Cross-platform applications, device dashboards, event pipelines, analytics, and focused tools that connect people to the systems they operate.
FlutterRealtime dataDashboardsServerless systems
SELECTED SYSTEMS
Range, without the proprietary playbook.
These are representative system patterns drawn from working projects and applied R&D. Client-sensitive implementation details stay private.
PLATFORM ENGINEERING
BUILT SYSTEMMulti-brand publishing platform
A tenant-aware web and content platform combining editorial workflows, domain routing, consent-aware measurement, validated lead capture, and AI-assisted setup.
Focus: One operating model for distinct brands, domains, teams, and content lifecycles.
COMPUTATIONAL FABRICATION
FABRICATION R&DDesign-to-fabrication geometry pipeline
A deterministic system that transforms source artwork into topology-validated, layered fabrication artifacts with reproducible manifests and bounded generation jobs.
Focus: Software-validated output designed for machine and material calibration.
EMBEDDED CONTROL
HARDWARE PROTOTYPESensor-driven electromechanical prototypes
Firmware integrating motion, proximity, environmental sensing, local controls, displays, lighting, diagnostics, and fault-aware behavior on constrained hardware.
Focus: A complete control loop—from physical input to observable device behavior.
CONNECTED PRODUCTS
PRODUCT PROTOTYPEDevice-to-cloud control systems
Connected-device prototypes spanning Wi-Fi onboarding, MQTT protocols, telemetry, group control, over-the-air update workflows, web control planes, and QA tooling.
Focus: Hardware, cloud, and operator experience designed as one system.
EDA RESEARCH
EXPERIMENTALExperimental circuit-board automation
Exploration of KiCad interchange, constraint scoring, component placement, pathfinding, and design-rule feedback for assisted PCB layout workflows.
Focus: Applied research into where software can reduce repetitive board-design work.
PRODUCTION READINESS
CLIENT DELIVERYPrototype-to-production hardening
Targeted work across deployment, environment isolation, authentication, secrets, migrations, monitoring, rollback, incident readiness, and cost controls.
Focus: Working code becomes a system a team can safely launch and operate.
Additional demonstrations, technical walkthroughs, and relevant references are available in a private conversation. Experimental work is presented as experimental—not as production-qualified hardware or safety-critical control.
HOW WE WORK
Useful engineering, honestly framed.
01
Start with the real constraint
The right solution might be a small script, a managed platform, custom firmware, or a multi-service system. Architecture follows the problem—not fashion.
02
Build the whole operating path
Code is only useful when it can be tested, deployed, observed, supported, and handed to the people who will depend on it.
03
Make uncertainty explicit
Prototype, experimental, production-ready, and production-proven are different claims. We label them honestly and close the right gaps.
04
Protect the useful details
Public work is described at the system and outcome level. Deeper architecture, references, and demonstrations are shared privately when appropriate.
PROTOTYPE → PRODUCTION
Already have working code?
AI-generated, inherited, hacked together over a weekend, or simply growing faster than its foundations—we assess what is worth keeping and harden what can fail.
Architecture & dependency review
Authentication & access controls
Secrets & environment isolation
CI/CD & rollback paths
Monitoring & incident readiness
Backups, migrations & durability
Performance & cost controls
Abuse prevention & security defaults
START A CONVERSATION
What are you trying to make possible?
Tell us about the outcome, the constraints, and what exists today. A polished specification is not required.
Prefer email? info@quantumtech.io