scroll · arrows
SOVEREIGN AI · MADE IN INDIA

Sovereign reasoning,
engineered — not scaled.

India's foundation-model lab. Built from scratch — no foreign weights, no rented intelligence. Edge-native by default; deployable wherever sovereignty demands.

Scroll
The Thesis
"

India shouldn't rent its intelligence.

Where the demand goes

India is the fastest-growing AI market on earth. Almost every rupee spent on it today flows out — to models trained somewhere else, hosted somewhere else, governed by laws written somewhere else.

The path that's left

We won't out-scale the labs that have an order of magnitude more capital and compute. The only sovereign path is to build intelligence through architecture — smarter models, not bigger ones.

Sovereignty is an architectural choice. So we made it.

Built Different

Five decisions made on day one.

Every architectural choice rooted in sovereignty, security, and self-reliance.

Indigenous IP

Built from scratch — not fine-tuned on foreign weights.

Data Sovereignty

Data never leaves your infrastructure. Zero cloud round-trips.

Make-in-India

Aligned with sovereign-tech mandates and iDEX frameworks.

Vertical AI

Custom-built for Defence, Construction, Healthcare, Industry.

Agentic by Architecture

Reasoning, tool-use, and self-verification — supervised, not bolted on.

The Foundation Model

Meet Kishiv-M4.

A custom transformer that fits on a laptop — with reasoning, agency, and bidirectional code understanding written into the vocabulary itself.

Native chain-of-thought

Reasoning is supervised vocabulary, not a prompt trick. Inspectable from the first token to the last.

<think><step><verify><answer>

Agentic tool use

Tool calls, file ops, executions, errors — first-class tokens. Autonomous workflows out of the box.

<tool_call><execute><tool_result>

Fill-in-the-middle

Bidirectional code completion. IDE-grade edits in a model usually only this capable several sizes up.

<fim_prefix><fim_middle><fim_suffix>

Edge-native by design

Runs on a consumer GPU, an edge box, or a workstation in a sealed facility. No cloud round-trips.

on-premair-gappedoffline

Reasoning, tool-calling, and code editing as first-class vocabulary — supervised during training, not added in prompts.

Engineered, Not Scaled

A different kind of AI lab.

Most labs scale. They throw more parameters, more clusters, more electricity at the problem. It works — at a price almost nobody else can pay.

We took the harder path. A smaller model that thinks in steps, verifies its own work, calls tools when it needs to, and explains itself afterwards. Architecture that earns its intelligence instead of buying it.

For sovereign deployments, the constraint isn't compute. It's trust, latency, bandwidth, and where the data is allowed to live.

Most labs
  • ·More parameters
  • ·More GPUs
  • ·More data
  • ·Cloud-only
  • ·Black-box answers
Kishiv Labs
  • Smarter architecture
  • Edge hardware
  • Curated reasoning data
  • Air-gap ready
  • Inspectable traces

David vs. Goliath isn't a slogan. It's a procurement requirement.

Reasoning Architecture

Three components. One pass.

Lightweight modules attached to the core transformer — reasoning, self-evaluation, and self-correction in a single forward pass.

01

Reasoning capability

Tracks every token to know which mode the model is in — thinking, planning, reflecting, writing code, or invoking a tool.

Produces clean, structured output with no post-processing.

02

Trace-quality scoring

After the chain finishes, scores it for focus, logic, and non-repetitiveness — not just for whether the final token was correct.

Penalises rambling even when the answer is right.

03

Answer verifier

Asks the harder question: does the conclusion actually follow from the reasoning above it?

Wrong answer after good reasoning, or right answer after bad — both get flagged.

Self-Improvement Framework

TRIDENT

Thought-based Reasoning & Improvement, Deep Exploration, Neuronal Trees.

A standalone framework where a model finds its own weak spots, generates its own training data, and verifies itself — no human annotation in the loop.

01

Find the hard problems

The model identifies high-variance problems — the ones it answers inconsistently. Its own weakest spots become its next curriculum.

02

Explore reasoning paths

A graph neural network scores candidate paths and prunes the unpromising ones early — searching the space without exhausting it.

03

Evaluate & verify

Checking a proof is exponentially easier than finding one. The GNN learns to verify rather than generate from scratch — the asymmetry is the leverage.

04

Self-train

The best paths become the next round of training data. The loop runs autonomously. Humans aren't a bottleneck because they aren't in it.

Applications

Deployable across any vertical.

Edge-native, zero-cloud, fully autonomous — wherever reasoning, decisions, and data sovereignty are non-negotiable.

Defence

Defence & National Security

Sovereign edge AI across the defence stack.

ISRSatellite & aerial imagery analysis
COMField comms on disconnected networks
INTClassified intelligence synthesis
CTRCounter-drone & threat decisioning
Construction

Smart Site Intelligence

A reasoning engine for large-scale projects.

BOQBill-of-quantities validation
SAFReal-time hazard detection
SCHCritical-path reasoning
RESLabour & material planning
Healthcare

Clinical Decision Support

Diagnostics — data never leaves the hospital.

TRISymptom-to-specialty routing
TRTEvidence-based protocols
RECPatient-history synthesis
DRGMulti-drug verification
Energy

Grid & Power Infrastructure

Autonomous reasoning for energy systems.

LODMulti-horizon load forecasting
FLTRoot-cause fault isolation
DMRAutomated load balancing
ASTPredictive degradation
Manufacturing

Industrial Intelligence

Edge reasoning for shop-floor decisions.

QCIVisual defect classification
PDMVibration-based prediction
PROMulti-parameter tuning
SUPProcurement reasoning
Maritime

Maritime & Naval Systems

Autonomous intelligence for blue-water ops.

ASWSonar threat classification
NAVCOLREGS-aware routing
AISMulti-source vessel fusion
ENGShipboard diagnostics

Six examples shown — many more verticals supported. The architecture extends to any domain where reasoning, decisions, and data sovereignty are non-negotiable.

The Founders

Two founders. Zero funding. Shipped.

Operational depth meets architectural depth. A proof-of-team before a proof-of-concept.

A

Abhisek Khandelwal

Co-Founder & CEO

ICAI

  • ·Led Amazon DEL-5 — India's largest warehouse
  • ·Worked on Jal Jeevan Mission with Carbyne Infrastructure
  • ·Serial entrepreneur — two prior startups

Operations, infrastructure, and large-scale execution. Lives at the intersection of business, policy, and technology.

S

Shivansh Puri

Co-Founder & CTO

AI Researcher · Full-Stack

  • ·Built Kishiv-M4's full training pipeline solo, on lean compute
  • ·Authored TRIDENT — the self-improvement framework
  • ·Full-stack reach: embedded hardware to foundation models

Transformer architecture, training systems, research engineering. Built scalable applications from embedded systems to large-scale SaaS.

The Vision

Start sovereign.
Scale global.

Built in India for the verticals that can't compromise — and the nations that need the same independence.

connect@kishiv.in

© 2026 Kishiv Labs · Sovereign AI · Made in India