BLUME

If it lives in software — we design it and ship it.

Interfaces people see. Systems teams run. Tools in between.

Talk about a projectanuj.siddhpura.sod24@anu.edu.in

What this means

00
Whatever the brief — a site, a product, an internal system, an integration — we scope it, design it, and build it. Small tools or larger platforms. One place, from the first conversation to production.
01
Marketing sites, web apps, and student- or customer-facing products — designed in the browser, then engineered for real use: responsive layouts, auth if needed, CMS or admin so non-devs can update content, forms and payments when required, hosting/deploy, and performance that holds up on phone networks. Not a Figma file. A live product.
02
Bespoke systems around your workflows: role-based access, databases, dashboards, CRUD for the objects you track (people, inventory, projects, billing), imports/exports, audit logs, reports, and APIs so the tool talks to what you already use (sheets, ERPs, payment, email). Built to replace scattered WhatsApp + Excel — with permissions, reliability, and a UI staff will actually open.
03
We start with a consult: where work repeats, where data sits, and where AI can actually help. If it fits, we design the integration into your existing software or a new build — models, workflows, review steps, permissions, and the UI/API so staff can use it day to day. Anywhere it’s useful and safe to plug in, we can. If it won’t save time or cut errors, we say so and don’t force it.

You bring the problem.

For institutions

Universities and departments often need design-led work that also ships: sites, portals, tools, and systems staff will actually use.

One Place. Clear scope. Fair versus typical outside vendors😉.

Selected work

The visualizer is a full system. Crawlers gather the research, a database holds it, and a website shows it.
It gives an overview of what international academia is working on now. You can look into the authors, the institutions, and the funding bodies behind the papers.
From the same data it forecasts where research is heading, so a university can see which areas are worth investing in.
Rira makes railing systems and installs them. The software follows material from the factory to the site: stock, vendors, dispatch, installers, progress, billing, and daily site costs.
Staff can see what arrived, what was processed, what went to site, what can be billed, and what has been paid.
On large projects, this brought up to 5% more profit.
Anuj Siddhpura ran into this as a video editor in a marketing agency. The footage sat in Google Drive. Finding one shot meant opening file after file. BlumeSearch is the product built for that.
The AI is the part that used to be a person’s afternoon. It watches every video and listens to it once. It keeps notes. It does not keep the files. After that, search is a lookup, not another scrub through the library.
A folder link goes to the app. The app fetches the videos from Google Drive.
The AI downloads each file, watches the picture, and listens to the sound.
It writes notes and stores them in a database.
It deletes the file. The notes stay.
When the notes for the whole library are ready, you are notified.
You search for a scene, an object, or words that were said. You get the video and the moment it happens.
You do this in Telegram. Paste the folder link there, and search in the same chat when the notes are ready.
search.buildwithblume.com ↗
BlumeColor gives a video the look of a photo. You upload a video and a reference image. The app regrades the whole video so the color, mood, and tone match that image. It runs in the browser, so the files stay on your computer.
Upload a video and a reference image. MP4, MOV, MKV, WebM, JPG, PNG, TIFF, and HEIC all work.
The app takes a frame from the video and measures brightness, contrast, and color balance. It does the same for the reference image.
From that comparison it builds a 3D LUT: a recipe that tells each color in the video what it should become.
The graphics card applies that recipe to every frame, so long, high-resolution videos still finish quickly.
A before-and-after slider shows both. You can change intensity, exposure, contrast, and a film-style glow.
Download the graded video as an MP4, or download the .cube LUT and use the same look in DaVinci Resolve or Premiere Pro.
If the browser cannot read a file directly, the app converts it, tries another method, or falls back to FFmpeg.
Built with React, Vite, Tailwind CSS, WebGL 2, WebCodecs, mp4box, mp4-muxer, and FFmpeg in WebAssembly.
We are in talks with IPSA to design and build an ERP for how the college runs day to day.
One system would hold student records, admissions, attendance, fees, accounts, the library, inventory, staff, payroll, messages, and reports.
We are going through their current workflows, finding what slows people down, and planning the system around what IPSA actually needs.
The work covers a custom college ERP: system design, interface design, software, automation, and integrations.
Wadia Body Builders is getting a truck visualizer that runs in the browser. There is no app to install, and no large download before you can look.
A visitor can turn the truck, zoom into the bodywork, and play short animations. Those show how the body opens, how the sections fit, and how the finished build sits on the chassis.
Each model is prepared before it reaches the site. It is exported as a glTF/GLB file, then compressed so a phone can load it. Draco compresses the mesh. KTX2 with Basis Universal compresses the textures. The same file is used on a phone and on a desktop.
The viewer is Three.js. It streams the compressed model, lights it for a clear product view, and plays the animations saved in the file. Camera movement, part highlights, and playback are set up once for touch and once for a mouse.
We are building the website for KAVA, in Nagpur. The pages are not a set of still photos. Illustrations move through the site and show the place as it is lived in: the rooms, the shared spaces, and the community KAVA has built there.
Scroll, and the drawings change with you. The point is to feel the day-to-day of being there, not only to read a list of what the place contains.