Codebumble is a software development and digital agency. We build software, websites, online stores and mobile apps, and offer UI/UX design, SEO and video production alongside them. Fair prices, and the source code is yours.
your-company/platform
PrivateOwnerYouCodebumble is a software development and digital agency based in Dhaka, Bangladesh, founded in 2020. Our core is software: custom systems, websites, ecommerce stores, Android and iOS apps and AI automation. Alongside it, we offer UI/UX design, SEO and video production as services in their own right.
Businesses, schools and institutions come to us when they want one team for the whole job instead of four separate vendors. So far that has meant 17+ projects, for clients such as Jamuna Group, Scarborough Folk Fest and Parampara Canada.
We work fully online, so there is no office rent built into your quote. That keeps our prices affordable for small businesses in Bangladesh and good value for companies abroad. Every custom project starts with a fixed-price first phase, and you own the source code outright. Our ready-made products cost less again: Invoicing & Billing starts at $3 a month and School & College Management starts at $149 a month.
Planned and built in-house by one team in Dhaka, so design, engineering, SEO and video fit together instead of being passed between agencies.
When one of these fits, you get a working system faster and for less than a custom build. When it does not fit, we will say so.
Why choose us
Specific commitments you can hold us to, from who owns the code to how quickly we reply.
We are a fully online team run from Dhaka, so there is no office rent or layers of account managers built into your quote. Every custom project starts with a fixed-price first phase, so you know what it costs before you commit to the rest.
Software, websites, mobile apps, design, SEO and video from the same team. No coordinating three vendors who each blame the other two.
Source code, infrastructure and documentation are yours outright. No licence, no retainer requirement, nothing that makes leaving expensive.
Every client has a named contact and a committed response time, in English or Bangla, so a blocked decision does not sit unanswered over a weekend.
Speed and accessibility targets are agreed before design starts and reported on after launch, because retro-fitting either is far more expensive.
If an off-the-shelf product solves your problem for a fraction of the cost, we say so. It costs us a project and earns the next three.
Every figure comes from the client's own records or the live site's analytics.
Industries we build software and websites for, and already know well before the first call.
How we work
Each phase, from discovery to support, ends with something you own and could hand to another team. You can stop after any of them, which keeps us accountable at every step.
We map the real process, talk to the people doing the work, and agree what success is measured by before anyone opens a design tool.
You receive: Scope, success metrics and a phased estimate
Information architecture, then interface, then a clickable prototype tested with real users while changing direction is still cheap.
You receive: Prototype, design system and specifications
Engineering in short increments against agreed performance and accessibility budgets, with a working slice you can use from early on.
You receive: Working software in a staging environment
Migration, redirects, structured data, analytics and monitoring, then a controlled release rather than a switch flipped on a Friday.
You receive: Live product, instrumented and monitored
Iteration against real usage data, plus the maintenance that keeps dependencies, platforms and search visibility from quietly decaying.
You receive: Ongoing improvements and a documented handover
We are a fully online company with no office to visit, and every service we offer, video production included, is available anywhere in the world. Engineering runs from Dhaka, and our video crews in Bangladesh, Canada, Cyprus and Denmark travel to wherever a shoot needs them.
Projects delivered
Years in business
Countries with video crews
Core team members
Bangladesh
UTC+6
Canada
UTC-5
Cyprus
UTC+2
Denmark
UTC+1
Insights
Practical articles from the Codebumble team, written to be acted on.
In the server semiconductor arena, the demand for extreme compute density, memory bandwidth, and vectorized AI execution has pushed silicon architectures to radical chiplet designs. With the launch of the 5th Generation AMD EPYC 9005 Series (codenamed 'Turin'), AMD establishes a new threshold in enterprise server performance. Scaling up to 192 'Zen 5c' cores (384 threads) or 128 full 'Zen 5' cores on the SP5 socket, Turin introduces full-width native 512-bit AVX-512 floating-point execution units, a dual 4-wide decode front-end, a 50% enlarged 48KB L1 data cache, and a 12-channel DDR5-6400 memory subsystem delivering up to 614 GB/s of bandwidth alongside CXL 2.0 expansion. This architectural deep dive examines Turin's modular chiplet topology, SIMD vector pipeline, memory interleaving, and enterprise virtualization performance.
Read the article12 min read
In enterprise technical SEO and web performance engineering, server response time—measured via Time-To-First-Byte (TTFB)—is not merely a laboratory metric; it is the fundamental governor of Googlebot crawl velocity and Core Web Vitals rankings. When dynamic origin servers spend 200ms to 600ms executing database queries and template rendering (a latency window known as server think time), connecting clients and crawlers sit completely idle. Following the deprecation of HTTP/2 Server Push, HTTP 103 Early Hints (RFC 8297) emerged as the authoritative IETF standard to eliminate this dead time. By allowing CDN edge proxies to stream provisional Link rel=preload headers before origin HTML generation completes, 103 Early Hints parallelizes critical asset discovery, slashes LCP by up to 350ms, and expands Googlebot crawl capacity by 42%.
11 min read
In the evolution of systems programming languages, Rust editions serve as backwards-compatible evolutionary gates that rectify design inconsistencies without fracturing the broader ecosystem. While the 2018 edition established ergonomic module paths and the 2021 edition refined closure captures, the Rust 2024 Edition tackles the language's most stubborn type-system and asynchronous frontiers. Stabilizing in modern releases, Rust 2024 introduces RFC 3617 Precise Capturing via the impl use<..> Trait syntax, solves the Return Position Impl Trait (RPIT) lifetime overcapturing dilemma, formalizes native async closures (AsyncFn, AsyncFnMut, AsyncFnOnce) with zero-cost cross-await borrowing, and reserves the gen keyword for native coroutine iterators. This technical deep dive explores compiler desugaring, MIR lowering, and language mechanics.
11 min read
A thirty-minute call, no deck and no obligation. You will leave with a straight answer about whether this is worth building - including if that answer is no.
