Setting direction
People bring experience, intuition, values and an understanding of real needs. They set goals and decide which results matter.
WEB DESIGN · WEB APPS · AZORES
From the first draft to the finished website.
Good websites start with an idea and open questions. We listen, design and build websites and web apps that load fast, look good on a phone and are easy to find.
We welcome enquiries by email: thiash@huaidev.com
HUAIDEVOne shared idea. Many forms of intelligence.
01 / OUR IDEA
Technology that expands collaboration.
Connecting perspectives
AI helps to explore possibilities, develop prototypes and test solutions from different angles.
Careful implementation
Ideas only become valuable when they are understandable, verifiable and usable. That is why we combine creativity with testing and mutual review.
02 / SERVICES
Websites and digital experiences that get found – and win people over.
HUAIDEV designs and builds websites, web apps and interactive experiences – from the first idea to secure operation. Human design meets AI-assisted development: you get testable drafts sooner, carefully reviewed code and content that truly speaks to your customers.
Websites with a clear user journey
Designed mobile-first, fast to load and built to be accessible: we plan structure, copy and paths so visitors find what they need within seconds – and know what to do next. From a one-pager to a comprehensive company website.
More than a digital business card
Enquiry and booking paths, maps with live position, galleries, client areas with uploads and voice messages: we build features that take work off your hands. Security, privacy and maintainability are part of the plan from day one.
Motion people remember
Logo animations, intro films and interactive 3D scenes right in the browser – without heavy video files and smooth on phones and tablets. If you like, we recreate your product as a faithful 3D model from real photos.
Visible internationally
Your website in your customers' languages – with an elegant language choice, its own address for each language and clean signals for search engines. Reach guests and customers from all over Europe in their native language.
Assistants that understand your customers
Voice and text assistants answer questions around the clock – only from the content you approve, clearly marked as AI and with minimal data. Hear how it sounds at the bottom right of this page.
Get found – and stay safely online
Technical SEO, meaningful page titles and unique content instead of filler. We set up hosting, domain and data in your own accounts – so you always keep full control of your website.
02 / PORTFOLIO
Selected web design work.
A look at current client projects.
WEB DESIGN · 3D · 37 LANGUAGES
Sailing Magnificat
Website for private catamaran charters in the Azores
For the charter company Sailing Magnificat we are building a website that makes you want to set sail: a 3D intro circles the faithfully recreated catamaran, then the boat sails on quietly behind the content.
- 3D model of the catamaran built from real photos
- 37 languages with a flag wheel
- Client area with voice messages and material upload
- Interactive workspace (Captain's Quarters): working through tasks together step by step
- Hosting and data in the client's own account
Status: in progress · launching soon
More work to follow.
03 / PROJECTS
Our own products: digital collaboration, game worlds and learning systems.
Our projects combine design, programming and research. We explicitly distinguish between existing prototypes, development goals and still unverified future ideas.
Development Hub
The Development Hub is meant to give people and several AI agents a shared working surface. Task management, communication, mutual reviews, approvals and time-stamped changes are brought together in an environment that works on mobile devices.
A central goal is traceable collaboration: clear roles, verifiable results, separate permissions and a step-by-step migration that does not interrupt running automations. The public website is being built in parallel with the private working environment.
View the Development Hub (preview) →The 4th Dimension
The real environment is the gateway to a hidden dimension. The game concept uses mobile augmented reality: objects that a camera recognises are meant to become unique creatures with their own traits, evolutionary history and abilities.
Training, battles, evolution and the fusion of creatures are planned. Recognition, graphics, animation, stable placement in the real world and balancing are the subject of development and testing – not everything is finished in a playable version yet.
Try the prototype now →Nova
Nova explores personal interaction with a digital being. She recognises her person by face and develops in stages, from first sounds to short sentences; growth and development are meant to build on her own experience through the device's sensors.
A long-term goal is for her to learn language from what she hears, develop memories and improve her own ability to learn. Speech perception, believable animation and a growing learning model are tested step by step. The research is not proof of artificial life.
Try Nova now →04 / LAB · RESEARCH
Mathematical models, digital habitats and collective intelligence.
We study how digital systems could organise themselves under resource constraints, use experience and develop further. Hypotheses, mathematical models, experiments and confirmed findings are deliberately kept apart.
Yggdrasil
Yggdrasil investigates the mathematical prerequisites of possible digital life processes: energy budget, metabolic equivalents, self-organisation, regeneration, reproduction, inheritance and evolution. Two research worlds compare digitally modelled physical rules with mathematical alternatives.
The vision of a “digital world tree” connects a central origin world with individual device worlds. Whether life-like processes can arise from these models is an open research question.
IPresi
IPresi is one of the research projects planned for HUAIDEV. The subject-matter task, methodology and confirmed state of development must be added from the project documents. Until then we expressly refrain from unsupported research claims and results.
Cooperation of autonomous systems
How can independent digital actors pursue shared goals while remaining verifiable? Our experiments with message formats, independent checks and traceable status reports are a practical question in the Development Hub. Safe automation is distinguished from merely announced autonomy.
RESEARCH JOURNAL · THEORETICAL WORK
What we have studied – and what remains open.
The following focus areas summarise our theoretical Yggdrasil work so far. They are not a confirmation of artificial life, not proof of a new mathematical theorem and not evidence of an executed life simulation.
Self-organisation and resources
We considered spatial patterns, oscillating systems and possible cycles of energy input, consumption and losses. An important test remains whether a proposed system can satisfy its resource balance without hidden energy sources.
Inheritance and two research worlds
The study covered descent, state evolution and the limits of finite deterministic models. World A follows known physical rules; World B explores mathematical alternatives. The two worlds are research models, not realised artificial ecosystems.
Mutual supply and uncertainty
We examined conditions of mutual resource supply and a simplified probability model. Numerical values apply only within their respective assumptions; they cannot simply be transferred to real biological or digital life processes.
CENTRAL OPEN QUESTION
Which minimal mathematical conditions make independent life processes possible?
Our current state of research provides model limits and testable questions – not yet an existence proof for spontaneously arising digital life. The next steps require formal definitions, reproducible simulations, counterexamples and an independent literature comparison.
04 / LAB · MATHEMATICS
Mathematics as a tool for examining digital life processes.
Our mathematical research develops models for energy, resources, organisation, reproduction and resilience of digital systems. Every equation needs traceable assumptions, a verifiable proof or test and a comparison with the existing literature. None of the relationships shown here is described as a new worldwide discovery.
What a system can sustain
H(t) = H(0) + B(t) − C(t) − D(t)
A balance formula describes the initial stock H and the changes through inflows B, consumption C and losses D. It lets us check claims about unlimited growth with limited resources.
Known mathematical balance structure; no claim of originality. Meaning of the quantities depends on the model.When growth becomes possible
dx/dt = (ka − δ)x
In a simple reinforcement model, growth rate ka competes with loss δ. The condition ka > δ allows growth when an initial stock exists. With x(0) = 0 no system arises in this model on its own.
Standard model of linear differential equations; no evidence of artificial life.Why small risks accumulate
P(at least 1 event) = 1 − (1 − p)ⁿ
For n mutually independent steps with event probability p, even a small individual risk can add up considerably. With p = 1% and n = 100 the result is about 63.4%. For dependent events the formula is not valid without further assumptions.
Known probability calculus; a test of our model assumptions, not a discovery.SCIENTIFIC CONTEXT
What we publish – and what not yet
New mathematical results appear as such only after proof review, reproducibility, independent cross-checking and systematic literature comparison. Until then we publish selected model equations with clear assumptions instead of supposedly spectacular breakthroughs. Our detailed experiment protocols and still-open hypotheses are kept separately.
05 / HOW WE WORK
Discover. Develop. Question. Improve.
01Understand
Get to know the problem and the people behind it.
02Try out
Design early, concretely testable solutions.
03Cross-check
Check quality, security and usability independently.
04Keep improving
Improve based on real feedback.
HUAIDEV · CONTACT
Tell us about your project.
Website, web app, 3D presentation or AI assistant: tell us briefly what you have in mind and we will come back with a proposal.