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Technology

Technology chosen by requirement. Never by trend.

AI, Web3, SaaS, web and mobile are all genuinely useful — for the right problem. Identity Brand's job is knowing which one actually applies to yours, and building it on a stack your team can maintain after we're gone.

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Capability Areas

Where Each Technology Actually Earns Its Place

A short, honest version of how each capability area gets decided — full detail lives on each technology's dedicated page.

AI

Model choice and architecture (RAG vs. fine-tuning vs. simple prompting) are decided against the specific task and data — not by defaulting to the most-hyped option.

Web3

Considered when ownership, provenance or trustless coordination is a real requirement — most business problems are solved faster and cheaper without a blockchain.

SaaS

Multi-tenant architecture, billing and permissions are designed for the scale a company will hit in 18 months, not just for launch day.

Web

Frameworks and rendering strategy are chosen for the content and interactivity mix, because that decision drives Core Web Vitals and SEO outcomes for years.

Apps

Cross-platform vs. native is a real trade-off decided by performance needs and platform-specific requirements, not by habit.

Automation

Workflow tools and custom code are combined based on maintainability — the goal is the simplest system a team can actually operate.

Cloud

Provider and architecture choice weighs cost, compliance and existing team expertise rather than defaulting to whichever platform is trendiest.

Data

Schema design and storage choice (relational vs. vector vs. document) follow query patterns, not a one-size-fits-all default.

APIs

REST or GraphQL is chosen by how consumers need to query the data, with versioning and documentation treated as part of the deliverable.

Analytics

Event tracking and attribution are designed around the decisions the business actually needs to make, not a maximal tracking setup nobody reads.

The Ecosystem

Technology We Build With

Not a logo wall — every item below is here because it solves something specific.

Frontend & Web

HTML / CSS / JavaScriptTypeScriptReactNext.jsVueAngularAstroTailwind CSS

The default is the framework with the least ceremony for the actual requirement — Astro for content-heavy marketing sites, Next.js for anything needing server rendering and app-like interactivity.

Backend & APIs

Node.jsPHPRESTGraphQL

REST for most product APIs; GraphQL when clients need to shape their own queries against a large, connected data model.

Mobile

React NativeFlutterSwiftKotlin

Cross-platform (React Native or Flutter) by default; native Swift or Kotlin when performance or platform-specific APIs demand it.

Data & Infrastructure

PostgreSQLMySQLCloud platforms (AWS / GCP / Azure)Vector databases

PostgreSQL as the default relational store; a vector database added only when a real retrieval or semantic-search use case exists.

AI

LLM APIsRAG pipelinesAI agentsModel evaluation tooling

Model choice follows the task — cost and latency for high-volume workflows, capability for complex reasoning — never a single default model for everything.

Web3

Smart contractsEVM-compatible chainsWallet integrationsOn-chain / off-chain data patterns

Used only where ownership, provenance or programmable settlement is a genuine requirement, not a default option.

FAQ

Frequently Asked Questions

Why doesn't Identity Brand commit to one 'preferred stack' for every project?
Because the right technology depends on the requirement — a content-heavy marketing site and a real-time SaaS dashboard have almost nothing in common technically. A fixed stack optimizes for the agency's convenience, not the client's outcome.
Is AI used in every project, even when it's not asked for?
No. AI is proposed when a specific workflow has a measurable inefficiency it can address — never added as a feature checkbox. Plenty of projects ship with no AI component because none was justified.
What's the difference between RAG and fine-tuning, and how do you decide?
RAG (retrieval-augmented generation) grounds a general model in your specific data at query time — faster to build, easier to update, and usually the right starting point. Fine-tuning retrains the model itself on your data — more expensive and slower to iterate, justified mainly when RAG can't achieve the required consistency or style. Most projects start with RAG.
Do you build on open-source or proprietary AI models?
Both, depending on cost, data-residency and capability requirements. The technology detail pages and individual proposals specify which model families apply to a given use case.
When does Web3 actually make sense for a business?
When the core problem is ownership, provenance, or coordination between parties who don't trust each other and don't want to trust a middleman. Loyalty points, internal ledgers, and most 'add blockchain' requests don't meet that bar — a normal database solves them faster and cheaper.
How do you handle technology that becomes outdated during a long project?
Architecture decisions are made to isolate volatile choices (a specific AI model, a specific library) behind interfaces that can be swapped without rebuilding the whole system — this is part of what 'built to scale' means in practice.
Can you work within our existing technology stack instead of replacing it?
In most engagements, yes — new work is built to integrate with what already exists rather than proposing a rewrite, unless the existing stack is the actual constraint blocking the goal.
Do you support both SQL and NoSQL / vector databases?
Yes. PostgreSQL or MySQL cover the large majority of relational needs; a vector database is added specifically when semantic search or RAG retrieval is part of the system.
How is data security and compliance handled across these technologies?
Security practices (encryption, access control, audit logging) are applied consistently regardless of stack, and industry-specific compliance requirements (HIPAA-aware patterns for healthcare, for example) shape the architecture from the start rather than being retrofitted.
Who decides the technology for our project — us or you?
It's a joint decision. We recommend based on the requirement and explain the trade-offs in plain terms; the client makes the final call, especially where there's an existing team that will maintain the system afterward.

Not sure which technology fits your problem?

Describe the constraint, not the tool you think you need — we'll tell you honestly what solves it.