Engineering intelligent software for an agentic world

Kenzed Tech Lab designs, builds, and deploys custom AI agents, machine-learning systems, voice AI, and enterprise software — production-grade, secure, and running on infrastructure we own and operate 24×7.

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99.98%
Uptime target on production systems
8+
Industries served end to end
24×7
Operations & in-house AI compute
2
Locations — Durgapur & Kolkata
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Agentic AIRAG PipelinesLLM Fine-TuningVoice AIMCP IntegrationsComputer Vision3D Web / WebGLOn-Prem GPU ComputeEnterprise SoftwareAdaptive UI/UXMLOps · CI/CDMulti-Agent Systems
Agentic AIRAG PipelinesLLM Fine-TuningVoice AIMCP IntegrationsComputer Vision3D Web / WebGLOn-Prem GPU ComputeEnterprise SoftwareAdaptive UI/UXMLOps · CI/CDMulti-Agent Systems
01 / The agentic era

Software that doesn't just respond — it reasons, plans, and acts

Software is entering its agentic era. Kenzed Tech Lab helps organizations make that leap. We combine deep AI research capability with disciplined software engineering to deliver intelligent products that create measurable value: autonomous agents that handle real workflows, machine-learning models that turn data into decisions, and beautifully engineered applications that people love to use.

kenzed@lab — production
Whether you are an enterprise modernizing operations, an institution reimagining education, or a startup racing to launch we are the technical partner that takes you from idea to production, and keeps you there.
02 / The delivery lifecycle

How an idea becomes a system you can depend on

Stage 01 / 06Scope

Frame the problem before the first line of code

A short, paid discovery that turns an ambition into a scoped system with a measurable definition of done.

  • Workflow mapping. We follow the real process end to end and mark where judgement actually happens, separating what a model should decide from what a rule already handles perfectly well.
  • Feasibility spike. A throwaway prototype on your own data answers the question that decides the budget — is the accuracy you need reachable at all?
  • Success metric. One number your business already trusts, baselined before we build, so every later trade-off has something concrete to argue against.
  1. Stage 01 / 06Scope

    Frame the problem before the first line of code

    A short, paid discovery that turns an ambition into a scoped system with a measurable definition of done.

    • Workflow mapping. We follow the real process end to end and mark where judgement actually happens, separating what a model should decide from what a rule already handles perfectly well.
    • Feasibility spike. A throwaway prototype on your own data answers the question that decides the budget — is the accuracy you need reachable at all?
    • Success metric. One number your business already trusts, baselined before we build, so every later trade-off has something concrete to argue against.
  2. Stage 02 / 06Architect

    Design the system and decide where it runs

    Architecture, data flow and hosting are settled together, because running on our own GPUs changes the design and not just the invoice.

    • Data contracts. Sources, retention windows, personal-data boundaries and the retrieval strategy are fixed before a single pipeline is written.
    • Model strategy. A hosted frontier model, an open-weight model on our own hardware, or both behind one gateway — chosen against latency, cost and data residency rather than fashion.
    • Guardrails by design. Permissions, approval checkpoints and failure behaviour are part of the architecture, never a patch bolted on after the first security review.
  3. Stage 03 / 06Build

    Ship working software every single sprint

    Agents, models and interfaces are built in parallel by one team and demonstrated on real data at the end of every sprint.

    • Agents and tools. Orchestration, memory and tool calls are wired into the systems you already run, so what you see in the demo is what goes to production.
    • Interfaces people keep. The UI is engineered alongside the model, so confidence, sources and an undo path are visible exactly where the decision is being made.
    • One team, one standup. Data, ML, backend and design work in the same cadence, which makes integration continuous instead of a phase everyone dreads.
  4. Stage 04 / 06Evaluate

    Prove it before anyone depends on it

    An evaluation harness is a deliverable in its own right — a regression should fail a build, not a customer.

    • Golden sets. Your domain experts label the cases that matter, deliberately including the ones the system is expected to refuse or escalate.
    • Automated scoring. Accuracy, grounding, latency and cost per task run on every change and gate the release, so quality is a number rather than an impression.
    • Red teaming. Prompt injection, data leakage and permission escape are tested on purpose, and every finding is written up with the fix that closed it.
  5. Stage 05 / 06Deploy

    Release to your cloud or to hardware we own

    The same containerised build runs in your cloud account or on our Durgapur GPU cluster, with a rollback measured in seconds.

    • Staged rollout. Shadow mode first, then a limited cohort, then full traffic — each step carrying an explicit criterion for going forward or backing out.
    • Infrastructure we operate. Where residency or cost rules out public cloud, workloads run on redundant power and network in our own facility, staffed and monitored around the clock.
    • Handover that holds. Runbooks, dashboards and an on-call path your own team can use confidently from the first day they own it.
  6. Stage 06 / 06Improve

    Watch it in production, then make it better

    Traces, drift alerts and a standing backlog keep the system earning its place long after the launch announcement.

    • Full tracing. Every agent decision is logged with its inputs, its tool calls and its cost, so a bad answer can be explained instead of guessed at.
    • Drift and quality. Input distribution, refusal rate and evaluation scores are monitored continuously, and a regression opens a ticket before a user has to report it.
    • A compounding roadmap. Quarterly reviews turn production evidence into the next increment, which is how a system improves rather than accumulating a rewrite.
03 / How we build

Three system shapes behind most of our work

Almost every engagement resolves into one of three architectures, or a composition of them. Knowing which one you are in from the very start is what keeps a build predictable: it decides the data contracts, the evaluation strategy and the hardware long before it decides the code.

OrchestratorRetrieveReasonActShared memory
Agent systems

Agents that act inside your stack

An orchestrator decomposes the task and delegates to specialised agents that retrieve, reason and act through your real APIs — with shared memory, bounded permissions and human approval on anything consequential.

IngestEnrichInferServeFeature store
Data & RAG

Pipelines that keep answers grounded

Ingestion, enrichment, inference and serving as one versioned pipeline, with a feature and vector store every model reads from. Retraining is scheduled, and drift is a monitored signal rather than a surprise.

QueryRouterVectorsGraph DBAnswer
Orchestration

Graphs that route work to the right model

A router sends each query down the cheapest path that can answer it — vector search, a knowledge graph, or a frontier model — and one graph definition holds the fallbacks, retries and cost ceilings.

05 / Why Kenzed

Four reasons teams choose us

01

Full-stack under one roof

Research, engineering, design, QA, and hardware in one team — no handoffs to third parties.

02

We own our infrastructure

On-premise GPU compute, 24×7 power, and secure facilities for private and sovereign AI.

03

Production-first

We don’t stop at prototypes; we ship, monitor, and optimize live systems.

04

Transparent partnership

Clear scopes, agile delivery, and dedicated teams that feel like your own.

06 / Where the work lands

The shape of a Kenzed engagement

See live projects
A regional hospital network

Clinical documentation agents draft notes from dictation and route every draft to a clinician for approval before anything reaches the patient record.

Healthcare · on-premise deployment
A state university group

Course-aware tutoring agents grounded in the institution's own material, with a teaching dashboard that shows which sources each answer was built from.

Education · retrieval-augmented
A multi-city logistics operator

Demand and routing forecasts served behind an internal API, retrained on a schedule and monitored for the drift that quietly degrades a model.

Logistics · ML in production
A banking operations team

Document intelligence extracts and cross-checks fields from scanned forms, escalating anything under a confidence threshold to a human reviewer.

Finance · human in the loop
A manufacturing plant

Computer-vision inspection running at the line on hardware we specified, flagging defects without a single frame leaving the site.

Manufacturing · edge inference

Engagement patterns described by sector rather than by name. We publish client specifics only where we have written permission to do so.

07 / Start here

Ready to build something that reasons?

Bring us the workflow that is costing you the most, and we will tell you honestly whether an agent, a model, or plain well-built software is the right answer. Either way you leave the first conversation with a scope, a metric and a number.