At Big Human, we build AI-powered applications across the full stack. Machine learning features, computer vision pipelines, natural language processing layers, deep learning models, conversational AI assistants — and the full-stack application infrastructure that makes all of it work in production. We’ve been building digital products since 2010, and we approach artificial intelligence the same way we approach every capability: as a tool in service of real users and real business problems.
Unhuman
Where Big Human tests AI in the wild
AI content hub generator and Literally Anything our experimental AI creation tool that can build “literally anything”
AI app development covers a wide spectrum — machine learning features, computer vision pipelines, NLP layers, LLM integrations, generative AI interfaces — and the full-stack applications that make all of it perform in production. At Big Human, we build across that full range. We don't start with the model; we start with the problem the product is actually trying to solve. Want the full breakdown on how AI app development works? Our guide walks through the process.
Big Human built Unhuman as its own AI research and product lab: a collection of experiments designed to test AI capabilities in real, shipped software. The mandate: build with AI, find what holds, and locate where human judgment stays irreplaceable. The products give Big Human firsthand accountability across the full AI product cycle: experience that directly informs how we approach client work.
“Big Human was an outstanding partner in creating Chelsea Piers Fitness’ first custom mobile app. They took the time to understand the needs of our diverse group of stakeholders, worked seamlessly with our marketing team to evolve our brand for mobile, and worked hand-in-hand with our internal development team to ensure we could maintain and build on the product moving forward.”
Adam Koogler - Chief Growth & Technology Officer, Chelsea Piers
Generative AI App Development
Not every AI project is a machine learning problem. When the use case calls for large language models, retrieval-augmented generation, or domain-specific fine-tuning, our generative AI team builds the pipelines, architectures, and user experiences that make it production-ready.
Full-Stack Development
AI features are only as strong as the applications that house them. We build the full-stack infrastructure (authentication, APIs, databases, file storage, and payment flows) so the AI capability performs in real-world conditions.
Our priorities are performance, clarity, and practicality. Through integrating machine learning (ML) into scalable, API-first interfaces, we design intelligent systems that revolve around precision and real-world use.
From the first line of code to the final feature we deploy, solid data backs every decision we make. The goal isn’t data gathering for its own sake; it’s to use it to test, train, and refine machine learning models.
Intelligent features aren’t abstract: they operate within systems that have real users, traffic, and constraints. When we build architecture, we design robust, modular systems that scale to your needs without sacrificing performance, reliability, or user trust.
A well-built AI app is dynamic. After all, products change, user behavior shifts, and data evolves, so your AI app shouldn’t degrade. We implement adaptive models that continuously learn and update in line with your users' expectations while maintaining reliability.
We integrate intelligent features to help solve specific problems, such as analyzing spending patterns to detect fraud. We integrate AI into backend services, frontend interfaces, and APIs so that the features do what they’re made to do: enhance the user experience.
Incorporating intelligence into a product requires a plan. We reduce risk, optimize internal systems, and align your app’s features with your users’ requirements. From early strategy sessions to the official launch date, we build AI apps that work in the real world.
Before launch, our developers validate the finished product to learn how it will perform in the wild, not just in controlled environments. We minimize friction from day one, making it easier to handle complex data while measuring performance against the user’s experience.
We start by understanding the problem before we touch the technology. Most AI projects fail because the team commits to a model before validating the use case. We map the user journey, identify where AI creates real value, pressure-test assumptions about data availability and feasibility, and establish what success looks like in measurable terms.
The architecture question — which model, framework, and data pipeline — depends on your use case and budget. We evaluate pre-trained APIs against custom models, open-source frameworks against proprietary ones, and cloud-managed services against self-hosted infrastructure. Decisions are grounded in what your product actually needs.
We build the AI capability and the application that houses it together. That means designing UX that makes AI behavior legible and trustworthy, building the backend infrastructure that handles inference load, and integrating authentication, file storage, and payment flows that real users and real data require.
AI applications require testing at two levels: the application (does the interface work?) and the model (does the output hold up?). We run model evaluation suites alongside standard QA, test for edge cases and failure modes, and validate performance across devices and environments before deployment.
An AI app is only as strong as the systems behind it. Here at Big Human, we know that success happens when models, logic, and interfaces move together with intention.
To build anything, you don’t need every tool; you need the right tools. We get to know you, your product, and your brand so that we approach your design with clarity, sound logic, and the right tools that get the job done.
To support your app in unpredictable conditions, we build modular, scalable backend systems that do not compromise on performance or security. Our team will use the right tools to minimize lag, help your app remember your users, and detect security anomalies in real time.
If you’re looking to build an app for a single operating system instead, your best bet is to take the core architecture and integrate AI capabilities directly into it. The result is AI as the app’s inseparable foundation. When the AI model runs on a device’s processor, you get speed, contextual understanding, and security in real time, not to mention offline functionality.
Deploying an AI app doesn’t always mean that you need to physically manage the underlying hardware. With a shared-responsibility model, you can forget about broken GPUs and cooling and focus on the code. You invest only in the infrastructure you use while getting a more scalable, secure, and flexible app.
For fast, on-device experiences, we may use a lightweight local database like SQLite. For cross-device sync, shared history, and larger-scale data needs, we typically rely on proven systems like PostgreSQL or MySQL, or a flexible option like MongoDB when the data shape demands it. The goal is simple: keep experiences fast for users and keep the foundation solid as the product evolves.
You don’t need to choose between REST and GraphQL in every case. Essentially, these options come down to simple, high-volume integrations on the one hand, and complex data aggregation from multiple sources on the other. Think of it as the difference between a single, focused request and the richer context drawn from ongoing user history. In many cases, the right solution is a hybrid approach that combines both REST and GraphQL.
Near the finish line, we’ll use standard tools like Appium to ensure your app doesn’t crash. We’ll also address AI hallucinations and declining prediction accuracy by evaluating models and iterating on prompts.
Your AI app can stay live even when it’s due for major improvements because our experts will tweak it without pulling it using tools like GitHub Actions. The app accepts small updates as they become available while remaining stable, ensuring the integrity of the user experience.
Cross-platform frameworks make your AI app cost-efficient and accessible on Android and iOS devices alike, using a single codebase. We choose among these frameworks based on your program's needs, including chatbots, platform-specific ML capabilities, and the integration of web-based AI APIs into mobile shells.
We’ve been building full-stack digital products since 2010. That depth shapes how we approach AI: not as a category unto itself, but as a set of capabilities that belong inside a well-built product.
AI features perform in production when the application around them is built to handle it. Authentication, file storage, data pipelines, and payment infrastructure all matter. We build the whole stack.
We start with the problem, not the model. Most AI projects stall because teams invest in model development before validating that the use case is real and the data is sufficient. Our product-led approach front-loads the thinking that determines whether a build succeeds.
We work with AI-first startups validating their first concept and with enterprise teams modernizing existing platforms. The constraints differ; the discipline is the same. We structure the engagement around what you actually need to move forward.
AI development requirements differ across healthcare, fintech, media, and consumer apps. We’ve built intelligent products for organizations across these verticals, which means the integration and user experience requirements don’t come as surprises.
Big Human has been building digital products since 2010. That history means we’ve seen which AI integrations hold up at scale and which features users actually adopt. Pattern recognition in a field this new makes a material difference between a well-shipped product and an expensive proof of concept.
The products that last aren’t built on the freshest models. They’re built on sound architecture, thoughtful UX, and a clear sense of what the user actually needs. At Big Human, we build AI-powered applications designed to hold up over time: full-stack products with intelligent features that users adopt, not demos that impress and disappear. Get in touch to talk through your project.
The hardest part of an AI project isn’t finding the right model. It’s validating the problem, designing an experience people want to use, and building the infrastructure that makes it perform in production. We’ve shipped enough products to know where these efforts go sideways (and how to keep them on track). Reach out to start a conversation.