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Product engineering

Bring the whole product, or the part that is blocking it.

Complete product engineering: scope, interface, backend, integrations, AI, infrastructure, security and handover. The person who scopes it stays accountable for the build, the work happens at the layer the problem actually lives on rather than the layer it surfaced at, and what comes back carries its reasoning in writing instead of in somebody's head.

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01: Capabilities

Complete products, with depth underneath.

Product engineering is the offer. The three categories under it are the depth a hard product reaches for, and they are the reason the work does not stop at the application layer.

  • / 01

    Product engineering

    A complete product taken from problem to running software: scope, architecture, interface, backend, integrations, deployment and handover. The whole thing, owned end to end, or the part of it that is blocking the rest.

    What this covers: Product engineeringSend a brief: Product engineering

    What ships

    • Scope and architecture before code
    • Interface and frontend application
    • Backend services and APIs
    • Integrations and data flows
    • Deployment, handover and documentation

    What it buys you

    • One team accountable across the whole stack
    • No seam where the frontend blames the backend
    • A system your own engineers can pick up
    • Scope written down before anything is billed
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    AI and automation

    Agent systems and automation that hold together outside a demo: explicit tool boundaries, controlled context, defined failure paths, and evaluation you can run before a prompt change ships.

    What this covers: AI and automationSend a brief: AI and automation

    What ships

    • Agent and workflow orchestration
    • Tool and permission boundaries
    • Context and retrieval design
    • Evaluation harnesses and guardrails
    • Data movement between systems

    What it buys you

    • Behaviour you can test before it ships
    • An agent that cannot reach what it should not
    • Failure paths that are designed, not discovered
    • Automation that removes work rather than moving it
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    Platform and infrastructure

    The runtime a product actually lives on: provisioning, containers, CI, and the path from a commit to a running service. Rebuildable from source rather than clicked together once and remembered by one person.

    What this covers: Platform and infrastructureSend a brief: Platform and infrastructure

    What ships

    • Provisioning as code
    • Container and runtime setup
    • CI/CD pipelines
    • Rollout and rollback paths
    • Logging, metrics and observability

    What it buys you

    • Environments rebuilt from source
    • Deploys that can be undone
    • Failure surfaced rather than silent
    • Infrastructure that runs in your accounts
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    Security and systems depth

    The layer most product teams stop above: access boundaries, least privilege, hardening, and the low-level debugging that starts where application logs run out. This is the depth the other three categories draw on.

    What this covers: Security and systems depthSend a brief: Security and systems depth

    What ships

    • Access boundaries and least privilege
    • Credential and secret handling
    • Hardening and threat review
    • Low-level and systems debugging
    • Linux and operating-system work

    What it buys you

    • A blast radius that was decided, not inherited
    • Security designed in rather than applied after
    • Problems traced below the application layer
    • The reasoning written down, not held in one head
Runs through every engagement

Not extras, and not a separate line on a quote. These are part of the work in all four categories above.

  • Product definition and scope

    The problem stated, what will and will not be built, and what counts as done, written down before anything is billed.

  • Interface and UX

    Flows, states and a design system for the surface people actually operate, produced as something a developer can build from.

  • Documentation and handover

    The reasoning recorded as the work happens, so the system can be operated and extended by engineers who were not on the build.

02: Process

How the work runs.

Five stages. Each one is where a specific operating principle gets applied, not a project-management ritual.

  1. 01

    Discovery

    We establish what is true before proposing anything: the real constraints, the failures you already have, the numbers behind them. Measured or read from the source, not taken on report.

  2. 02

    Architecture & design

    The problem is decomposed to first principles, then rebuilt around the change that makes the next ten cheap. Every non-obvious decision is written down with the reasoning that produced it.

  3. 03

    Implementation

    Built in reviewable increments against that architecture. Every moving part justifies itself or comes out. Nothing stays because removing it would be awkward.

  4. 04

    Testing & hardening

    Hostile input assumed, failure paths closed, least privilege applied. Edge cases and load are exercised here, not discovered by your users.

  5. 05

    Handover & support

    You get the system, its runbook, and the reasoning behind each decision. The test is whether the next engineer can extend it without archaeology.

03: Evidence

What exists today.

The public evidence is in-house: three systems built in different parts of the stack and documented at the level that is public today. They are our own builds, shown as capability evidence rather than client case studies.

Built in-house
  • A multi-tenant content platformProduct surface
  • A natural-language analytics systemData and inference
  • A privilege-separated display managerOperating system
Read the build summaries
04: Engagement

How engagement works.

Four models, side by side. Pick the shape that fits the work.

How the four engagement models compare across how scope is set, how you are billed, best fit, what you commit to, and how change is handled.
What differsFixed-scopeRetainerPopularHourlyConsulting
How scope is setDefined up front and agreed before any work starts.A standing backlog, reprioritised as your needs shift.Left open. Work too small or unformed to pin down first.A question or a decision to work through, not a build.
How you are billedA fixed price against the agreed deliverable.A recurring fee for a block of capacity.By the hour, itemised so you see where the time went.By the session or the engagement, agreed up front.
Best fitNew builds and redesigns with settled requirements.Long-term products that keep evolving.A review, a spike, or a few days of hands-on help.Architecture reviews and technical decisions.
What you commit toThe scope and the price, both fixed.A recurring block of capacity over time.Nothing past the hours you actually use.A single session, or a short block of them.
How change is handledNew scope means a new estimate, agreed before it starts.Absorbed by reprioritising the backlog, no renegotiation.Spend the remaining hours differently. Nothing to redo.Direction shifts inside the session as the problem clarifies.

For larger builds, engineers come on for that project: named during scoping, scoped to its requirements, and under the same NDA and access rules as everyone else. Not pulled from a standing bench, and not retained after. One person stays accountable for the architecture and the outcome throughout.

05: Estimating

How a quote gets built.

No day rate multiplied out, and no figure you have to guess before we talk. An estimate is built from the shape of the work. Five inputs move it.

  1. 01

    Scope clarity

    How settled the problem is. Scope read from the source during discovery estimates tighter than scope still taking shape, which is what discovery is for.

  2. 02

    System complexity

    The complexity the system carries on its own: state, concurrency, data volume, and the failure modes that have to be handled rather than hoped away.

  3. 03

    Integration surface

    How many systems it has to touch. Every external API, data source and downstream consumer is another boundary to design, harden and test.

  4. 04

    Net-new versus change

    How much is built from scratch against how much changes something already running. Working inside a live system carries constraints new code does not.

  5. 05

    Engagement model

    Whether fixed scope or a retainer fits. Fixed scope prices a settled deliverable; a retainer prices capacity over time. The choice changes how the estimate is expressed, not only its size.

What comes back is the reasoning, not just a figure: which inputs drove it, and where the range moves if the scope does.

Check which model fits
05b: How we work

Remote-first, global, and direct.

We are based in India and we work with clients anywhere. Direct communication, real engineering, and no account-manager layer between you and the people building your thing.

The services arm is meant to give the product roadmap evidence: repeated constraints, real operational pressure, and problems someone is willing to pay to solve. That is the reason the two arms sit under one roof.

It runs the other way too. The systems depth that the operating system work demands is the same depth your infrastructure problem needs, which is why the consulting is not a compromise on the way to something else.

05c: Fit

Where we are a fit.

The right work has real systems weight. If it is outside what we can do well, the answer should be no, not a stretched proposal.

  • Complete product builds, rebuilds, and the internal tools and operational software a business runs on.
  • Security engineering and research, including the work that starts by trying to break the thing.
  • Backend and networking work, and full-stack product builds where the hard part is real.
  • AI systems, agents, automation, and the infrastructure around them.
  • Work where the hard part is real: product engineering that reaches into systems, security, AI infrastructure, backend or automation.
06: Next step

Start with the actual problem.

A call suits a problem still taking shape. A brief suits one where the scope and constraints are already settled.

Send a briefBook a call