Product engineering
Web applications, customer portals, internal tools and APIs. Built to be run, not just demonstrated.
- Python, FastAPI, PostgreSQL
- Modern JavaScript front ends
- Auth, roles, payments, analytics
- Tests, CI and handover docs
Cell 01 / 08 Origin
A tesseract is a cube that found another direction. We build software the same way: beyond the three obvious axes of a problem, into the one that decides whether it lasts.
You are standing inside one. The frame around this page is a tesseract seen from within: the cube you are in, the far cube ahead, and the edges that join them. Each step forward passes you through one cell into the next.
Thiruvananthapuram, Kerala · clients anywhere
Cell 02 / 08 Thesis
Most software is built for the day it ships. Then the users triple, the data outgrows the schema, a dependency goes quiet, and the thing that worked becomes the thing nobody dares to touch.
We design along w from day zero. Every system we build is shaped for the version of itself that exists in three years: documented so it can be handed over, tested so it can be changed, observed so it can be trusted, and architected so growth is a configuration change rather than a rewrite.
We are a micro software services studio in Thiruvananthapuram. Small by design: the person who designs your system is the person who writes it.
Cell 03 / 08 Axes what we do, one axis each
Web applications, customer portals, internal tools and APIs. Built to be run, not just demonstrated.
The decisions that are expensive to reverse, made deliberately and written down before the code exists.
Language-model applications that do real work, with the evaluation and guardrails that make them safe to leave running.
The axis most projects forget. We keep systems improving after launch instead of decaying.
Cell 04 / 08 Work three cells of the hypercube
Hymn-by-hymn explorer with Sanskrit, transliteration and translation, long-form research essays with full citations, and an editorial pipeline that publishes new scholarship without touching code.
Scholarship this old deserves a home that will outlast the hardware it runs on. Every hymn, every citation and every diagram loads instantly, and a new essay goes from draft to published without anyone opening a code editor. They built a library, not a website.
Elite chess games replayed with two first-person voices, one per player, every candidate line checked by Stockfish at depth. Member request queue, Pro memberships, and a pipeline that ships a new game on schedule.
I have read annotated games for thirty years. This is the first time I have felt what it is like to sit on both sides of the board at once. Because every line is engine-verified, I can put it in front of my students without checking it myself.
Stock, purchases and sales across every location on one screen. Role-based access, reorder alerts before the shelf is empty, a full audit trail, and month-end reports that used to take a week of spreadsheets.
We used to close the month with spreadsheets and phone calls. Now stock across every location is one screen, reorder alerts arrive before we run out, and the audit trail has settled more than one argument. They understood our business before they wrote a line of code.
Cell 05 / 08 Unfolding how a project moves through us
The net of a tesseract, the cross Dalí painted in 1954. Fold the eight cubes through the fourth dimension and they close into one hypercube.
The business before the software. What is slow, fragile, or costing money.
One written brief: scope, non-functional requirements, open questions.
Decision records and diagrams for everything expensive to change later.
A thin working slice in the first weeks, so risk is retired early.
Short iterations, each one shippable. You watch it grow.
Automated tests, security review, a regression suite that is kept alive.
Your cloud, with monitoring, backups and a runbook your team can follow.
The w axis. We stay on as the business changes shape.
Cell 06 / 08 Rotate a four-dimensional object, in your hands
It is farther away, along a direction your screen cannot show. Rotate in the x–w plane and watch the inside become the outside.
Cell 07 / 08 Locus
The S-shaped curve every learning system follows: slow, then sudden, then stable. The activation function at the heart of the first neural networks, and the shape of every product that finds its market.
Literally "the end of the Veda": the conclusion knowledge arrives at. We sit where machine learning meets what people have known for a very long time.
UDYAM-KL-12-0147405Cell 08 / 08 Signal the far cell
Tell us the problem in three dimensions. We will find the fourth.
A short note is enough: what the system should do, who will use it, and when you need it. We reply within one working day with a first opinion on how we would approach it.
© 2026 Sigmoid Vedanta Technologies · UDYAM-KL-12-0147405