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Explore insights on hiring top technical talent, training the best,and staying ahead of hiring trends.

Everything You Love About Object-Oriented Is Actually a Bug
01Typify Blog

Everything You Love About Object-Oriented Is Actually a Bug

Everything you've been told about OOP's power is actually a trap. Inheritance, mutable state, and 'flexibility' only create chaos. We tear down this illusion and show you how to build software that's clear, correct, and built to last.

Why Declarative Thinking Prevents Code Bloat: Lessons from Haskell
02Typify Blog

Why Declarative Thinking Prevents Code Bloat: Lessons from Haskell

Codebases don't rot because they grow. They rot because OOP and imperative habits reward patches over principles. Haskell enforces a declarative mindset that stops bloat at the root, keeping systems elegant and scalable as they evolve.

Type-Safe CSS: Why We Built ClasshSS
03Typify Blog

Type-Safe CSS: Why We Built ClasshSS

Tailwind CSS is all strings, and strings lie. We built a Haskell library that compiles Tailwind class strings at build time with full type checking on every property, color, size, breakpoint, and transition. Here's why, and what we learned from the bugs it would have caught.

The Future of Hiring is Curation, Not Connection
04Typify Blog

The Future of Hiring is Curation, Not Connection

We argue that hiring should move beyond resumes and job boards toward curation, focusing on how engineers are shaped by mentorship, communities, and real projects. We explain how this approach produces developers who adapt faster, collaborate better, and create stronger long-term impact.

Signal Over Noise: The Hidden Cost of Hiring Through Volume
05Typify Blog

Signal Over Noise: The Hidden Cost of Hiring Through Volume

We argue that relying on job boards, LinkedIn, and agencies creates overwhelming noise that causes great candidates to be overlooked. Instead, we believe curated hiring rooted in mentorship, project-based learning, and community reveals the true signal: adaptable engineers with real-world impact.

What We Built and Why It Had to Exist
06Typify Blog

What We Built and Why It Had to Exist

Typify exists because the software industry has a recognition gap, not a talent shortage. We built an entire platform: training, mock interviews, code challenges, community, and a curated job board, to close the gap between potential and opportunity. This is the story of what we built and why every piece of it exists.

screp: What If grep Understood Structure?
07Typify Blog

screp: What If grep Understood Structure?

Regular expressions are the wrong abstraction for structured matching. screp is a grep-like CLI that replaces regex with Parsec parser combinators: composable, readable, and testable.

The Haskell Community Is Our QA Department
08Typify Blog

The Haskell Community Is Our QA Department

Most startups hire QA teams and run A/B tests. We are building for the most technically demanding community in software and treating their judgment as our quality bar. If Haskell developers respect what you built, you built something good.

How We Run Untrusted Haskell Code Safely
09Typify Blog

How We Run Untrusted Haskell Code Safely

Running arbitrary code from the internet on your own servers is dangerous. We built a sandboxed execution system using bubblewrap and a four-phase compilation strategy that makes Template Haskell safe in a multi-tenant environment.

The Real Cost of Startup Infrastructure (And How We Eliminated It)
10Typify Blog

The Real Cost of Startup Infrastructure (And How We Eliminated It)

Every startup pays an infrastructure tax: not the cost of any individual tool, but the cost of making them all talk to each other. We built Jenga, a full-stack Haskell framework where auth, email, errors, config, and database all share the same types. The result: you write your product, not glue code.

The Coolest Companies Using Haskell in Production
11Typify Blog

The Coolest Companies Using Haskell in Production

The myth that Haskell is an academic language is dead. Meta processes over a million requests per second with it. Tesla uses it for vehicle firmware. Mercury runs 1.2 million lines of it in banking. Here are the companies that chose Haskell because the cost of being wrong was too high.

The Hidden Type Theory Powering Reflex — Dependent Types in Production Haskell
12Typify Blog

The Hidden Type Theory Powering Reflex — Dependent Types in Production Haskell

Reflex isn't just FRP magic. Under the hood, it's a dependently-typed event system smuggled into Haskell via GADTs. dependent-sum, dependent-map, and fan/select build a compile-time routing table where wrong event wiring is a type error, not a runtime bug.

"The entire process—from search to interview to onboarding—was seamless and incredibly efficient. They really understood what we were looking for and made everything easy on our end."
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Aashni Shah

Director, Innovative Tech Labs

Aashni Shah - Director, Innovative Tech Labs

Loved by industry leaders

The Typify team helped me find a great QA engineer and in under a day. It is clear they truly care about upskilling great talent and providing an exceptional service to the companies they work with.
Zainab Jangda

Zainab Jangda

Founder, Biddify

Any company would be fortunate to partner with Typify and tap into their impressive talent pool, supported by a team that genuinely cares about fostering meaningful career connections.
Bright Kemasuode

Bright Kemasuode

African Leadership University

Grow your team. Grow the ecosystem.

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