Question 1

What does headless mean, and why does it matter?

Accepted Answer

Headless means we separate the experience your visitors see from the engine that runs it, connected over APIs. In practice that gives you two wins at once: your marketers publish and edit content on their own, and your engineers ship features and keep the site fast in parallel. The same composable core can power your website today and your app or any other surface next, without a rebuild. It is the mature standard behind most high-performing sites and platforms in 2026, and it is what makes the AI and performance work possible.

Question 2

Who owns the code and the infrastructure?

Accepted Answer

You do, all of it. Source code, design files, repositories, the domain, and every infrastructure credential are yours as work made for hire, transferred at launch. We build on open-source, standard tooling like React, Next.js, Node, Postgres, and Supabase, so any engineer can pick it up, and self-hostable pieces like Payload and Supabase mean everything stays inside infrastructure you control. If we ever parted ways, the whole thing keeps running without us.

Question 3

Is the AI real, or is it a demo?

Accepted Answer

It ships to production and it is built to be dependable. On the frontend that means streaming copilots, generative UI, and semantic search your users can use; on the backend it means RAG grounded in your own content, agents with tool-calling through the Model Context Protocol, and structured extraction your app can trust. The difference between a demo and a product is the discipline underneath: LLM gateways, evaluations run against real examples, and guardrails on anything that touches a customer. We build that discipline in from the first day, so the AI behaves in front of real people.

Question 4

How do you handle security and compliance?

Accepted Answer

Security is engineered into the build from the first commit. We work from secure defaults, enforce authentication and role-based access at the data layer, encrypt sensitive data, and review code and dependencies for vulnerabilities as we ship. Where your industry requires it, we build to standards like SOC 2, GDPR, or HIPAA, document the controls, and can bring in a third-party penetration test before launch. You get software built to pass a security review, with the evidence to prove it.

Question 5

How do you work with our in-house team?

Accepted Answer

Two ways, your call. We can embed with your engineers, join your standups, and commit to your repository under your leads and your tools, or we can run the whole build end to end and hand it over. Many clients keep product and design in-house and use us for the engineering, and others do the reverse. We document everything as we go and train your team, so you can run and extend the product with confidence once we are done.

Question 6

Can you modernize or migrate a legacy system we have outgrown?

Accepted Answer

Yes, and we do it in stages rather than a risky big-bang rewrite. We start by mapping the system you have, the data inside it, and the integrations around it, then design the target architecture and migrate toward it incrementally with the strangler pattern, so the old system keeps carrying load until the new one has proven it can. You get solution and enterprise architecture, a documented migration path, and a re-platformed foundation you own outright, with a clear read on cost and sequence before the work starts. Nothing gets cut over until it has earned the traffic.

Question 7

How is a build scoped?

Accepted Answer

Every build starts with the paid discovery sprint, and that is deliberate: it produces the documented brief, the architecture, and a fixed scope, so what you approve is grounded in a real plan instead of a guess. From there, work runs in milestones you can see in a live environment, so there are no surprises at the end. If you take the discovery output to another builder, it is yours to keep.

	EGGKNITE	In-house engineering	Templates & page builders
Speed to launch	A senior product team from day one: discovery, design, and build in one motion.	Hiring and ramp first, then the build competes with the product roadmap.	Live in a week, at the ceiling on day one.
Fit	Built around how your business actually runs, from data model to design system.	Deep fit, at full-time cost.	Your process bends to the template.
Performance & SEO	Composable architecture engineered to load fast on real devices and score in audits.	Depends on the team's frontend depth.	Plugin weight and shared infrastructure set the floor.
AI capability	Copilots, semantic search, and RAG over your own data, with evals and guardrails.	A separate ML hire away.	A chat widget, at best.
Ownership	Source code, repos, and every credential transferred at launch, on open tooling.	Owned in-house by definition.	Cancel the subscription and the site goes with it.

Web solutions for the future of business.

The web performance gap

Case Studies

What's included.

Custom Software & Web Apps

Composable Sites & Headless Content

Backend, Architecture & Security

AI-Native Software

The method.

Tech agnostic.

React

Core Differences

Deliverables that ship.

Questions, answered.

Let's grow.

Monthly dose of growth marketing.