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Modular engineering foundation assembling on a shared base

Wayam Solution · Engineering Foundation Studio · formerly Neev StudioT4Reference pattern

Nirmiti

nirmiti - creation, the act of making

A shared foundation so every new service starts production-grade, not from zero.

Nirmiti is the build-faster half of the engineering portfolio. It is a modular development studio that accelerates building, testing, and deploying web and mobile applications through reusable components, an intuitive CLI, and integrated CI workflows. Where Sahay works on what a system costs to run, Nirmiti works on how quickly a team can stand one up correctly, and on keeping distributed teams converged on one architecture.

Workflow

Problem

Every new application re-invents its own scaffolding, so distributed teams ship inconsistent foundations and spend their first weeks on setup rather than on the product.

Outcome

Reusable components, standardized scaffolding, and integrated CI so teams reach a production-grade starting point in days.

01
Scaffold
A new service is generated from a governed template with CI, testing, and deployment already wired.
02
Compose
Shared components are pulled in rather than rebuilt, so behaviour stays consistent across applications.
03
Verify
Test scaffolding and pipeline checks are present from the first commit.
04
Govern
Templates and documentation keep independent teams building against the same architecture.

Modules

Component Library
Reusable, cross-platform building blocks shared across web and mobile applications.
Scaffolding CLI
One command from empty repository to a service that builds, tests, and deploys.
CI Integration
Pipelines wired in from the first commit rather than retrofitted before release.
Architecture Governance
Templates and documentation that keep distributed teams building the same way.

Representative use cases

Evidence

What Wayam can show for this entry

T4Reference pattern

Curated solution design with an owner and a review date. No performance or production claim.

Allowed claims at this tier: Possible workflow, typical stack, prerequisites.

Evidence tier: T4 · Reference pattern
Integration status: Typical enterprise system
Metric status: Scenario only
Evidence owner: Not yet attached
Validated: Not yet attached
Valid until: —
Content version: 2026.09

Pending evidence attachment

This entry represents an enterprise architectural reference pattern. Customer benchmarks, run replays, and metric verifications are established during technical discovery.

Limitations

Headline metrics are representative until a customer result is attached.

Representative metrics · Reference · scenario only

Days
from empty repository to production-grade
One foundation
shared across web and mobile

These describe the intended outcome of the design. They are not measured customer results until a validated case is attached above.

Architecture & controls

Composed across the operating loop

Ingest
Connect the systems of record and read the signals the work already produces.
Covered by the platform
Reason
Ground context, score options against policy and the stated goal, draft the next step.
6 agent roles
Act
Execute an approved step in the system of record and keep the evidence.
4 agent roles
Govern
Set policy, gate consequential actions on a named approver, and audit what ran.
Covered by the platform

Pack Architecture & Agent Composition Graph

10 Composed Agents

Control gates

A named approver on every consequential write-back
Evidence and audit trail kept with every run

Capability atoms

generative-design
workflow-orchestration
system-connectors
human-approval

Typical enterprise systems

Typical stack for solution design; compatibility is validated during discovery.

SAP Ariba
Coupa
Snowflake
Dun and Bradstreet API
Cognex VisionPro
Siemens MES MCP
NVIDIA Jetson
SAP S/4HANA

Designed for

technology, financial-services, retail-cpg

Business case

Model a Nirmiti scenario with your own baseline

Three scenarios from the numbers you enter. Capacity released is time; it becomes a saving only when roles or costs are actually removed or avoided.

Currency

Annual volumeCalls, invoices, tickets, inspections per yearBaseline cost per unitFully loaded cost to handle one todayHours per unitHuman time per unit todayRework rate%Share of units reworked or escalatedAdoption%Share of eligible units the agent will touchImprovement on touched units%Expected reduction in cost or effortImplementation costOne-offAnnual run costPlatform, operations, review time

Improvement is seeded at the midpoint of this entry's directional band (20–40%). Source status: scenario only. Edit it to your own estimate.

Scenario	Improvement	Capacity released	Cashable savings	Net annual	Payback
Conservative	11%	—	—	—	—
Expected	21%	—	—	—	—
Upside	29%	—	—	—	—

Enter an annual volume and a baseline cost to see figures.

Illustrative planning scenario, not a guarantee. Results depend on process baseline, adoption, data quality, integration scope, controls, and deployment costs.

Pilot this

From solution design to a bounded pilot

Step 1 · 3–4 weeks
Discovery Sprint
Validate the workflow, data, controls, baseline and business case before anything is built.
Gate: Blueprint and pilot plan signed by the business owner, technical owner and Wayam.
Step 2 · 6–10 weeks
Bounded Pilot
Prove quality and value on agreed data against agreed acceptance tests.
Gate: Acceptance thresholds met on the evaluation set; go/no-go decision recorded.

Agrani · evidence pending3 Agrani candidates in this solution: Computer Vision Quality Inspection Agent, Incident Triage Agent, Change Risk Assessment Agent

Build a blueprint around it Engagement model →

Pairs well with