In Active Development • Pre-Release Alpha

Building Next-Gen Autonomous AI & Multi-Agent Swarms

AKWebs is actively developing hardware-accelerated intelligence: proprietary multi-agent orchestration, ultra-low latency RAG pipelines, and deterministic enterprise AI workflows.

< 18ms
Target TTFT Latency
TensorRT-LLM Microservices
4.2x
Target Throughput
CUDA Kernel Optimization
99.98%
Factuality Accuracy
NeMo Guardrails Architecture
Phase 1
Current Development
Core Engine R&D
Engineering Prototype Simulator

Preview the NeuroFlow Multi-Agent Engine

Explore a simulation of our autonomous multi-agent architecture currently under development. See how specialized agent nodes are designed to collaborate, traverse RAG indices, and synthesize outputs.

AK NeuroFlow AgentOSPre-Alpha Prototype Simulation
Allen / PW / Motion Academic Engine

24/7 JEE/NEET AI Doubt Solver Swarm

"A solid cylinder of mass M and radius R rolls without slipping down an incline of angle θ. Derive the acceleration of the center of mass in LaTeX, verify with torque about contact point, and generate 2 follow-up practice numericals."

NVIDIA Accelerated Telemetry
Time-To-First-Token
12.8 ms
Inference Speed
215 tok/s
Total Latency
214 ms
VRAM Allocation
4.2 GB VRAM
Multi-Agent Step-by-Step Execution Graph
Standby
Academic Triage LeadConcept Mapping & Problem Decomposition

Decomposed problem into constraint kinematics, torque about instantaneous axis, and LaTeX synthesis.

Queued
NexusRAG Curriculum EngineNCERT & 20-Year PYQ Traversal

Retrieved NCERT Class 11 Physics Ch 7 (Rotational Motion) and cross-referenced JEE Advanced 2022 Paper 1.

Queued
LaTeX Symbolic DeriverStep-by-Step Mathematical Derivation

Derived a_{cm} = (2/3)g sin(θ). Identified student common pitfall: misidentifying torque about center vs contact point.

Queued
NTA Syllabus GuardrailPedagogy & Curriculum Factuality Check

Audited against official JEE Advanced syllabus. Verified 100% mathematical consistency without hallucinations.

Queued
Click 'Deploy Agent Swarm' to initiate real-time multi-agent execution
Platforms In Active Development

Autonomous Intelligence Platforms

We are engineering scalable, GPU-accelerated software platforms designed for mission-critical enterprise workflows.

For Allen / PW / Motion

NeuroFlow AgentOS (EdTech Edition)

24/7 Multi-Agent Academic Doubt Solver

Currently in active development: An autonomous academic execution runtime that coordinates Socratic doubt-solving agents, LaTeX mathematical derivers, and pedagogy auditors with sub-20ms latency for coaching institutes.

Handles 100k+ Concurrent Student DoubtsSpecifications
100% NTA Syllabus Factuality

NexusRAG Curriculum Engine

NCERT & 20+ Years PYQs Knowledge Graph

Architecture in development: Combining dense vector embeddings and hierarchical knowledge graphs of NCERT textbooks, JEE/NEET PYQs, and institute module booklets with zero out-of-syllabus hallucination.

Target: 14ms Formula & Concept LookupSpecifications
Optical Doubt Recognition

VisionPulse Multimodal OCR

Handwritten Student Notebook & Diagram Vision

Model pipeline in development: High-throughput optical vision models trained to parse mobile photos of student notebook pages, complex circuit diagrams, and organic chemistry mechanisms with error localization.

Target: 60 FPS Video & Image OCRSpecifications
Zero-Hallucination Safe

AgentOps Curriculum Guardrails

NTA Syllabus Compliance & Pedagogy Auditor

Tooling in development: Strict guardrail runtime enforcing NTA / JEE / NEET syllabus boundaries, ensuring AI tutors never answer with confusing out-of-scope concepts or incorrect mathematical shortcuts.

Target: 99.98% Factuality VerificationSpecifications
NVIDIA & AWS GPU Stack

Hardware-Aware AI Optimization

AKWebs architectures are optimized down to the bare-metal GPU layer. By leveraging NVIDIA NIM microservices, TensorRT-LLM compilation, and custom CUDA pipelines, our platforms deliver up to 4x higher token throughput with predictable sub-second latency.

Compatible with H100, A100, and L40S GPU clusters
Sub-20ms Time-To-First-Token on enterprise models
Elastic auto-scaling on AWS GPU instances
Hardware Acceleration

NVIDIA TensorRT-LLM & CUDA

Low-level FP8/INT4 kernel optimizations and custom CUDA memory allocators reducing inference latency by up to 4.2x.

Inference Infrastructure

NVIDIA NIM Microservices

Containerized, enterprise-grade model endpoints deployed seamlessly on AWS GPU instances with auto-scaling elasticity.

Safety & Compliance

NeMo Guardrails & Zero-Trust

Deterministic safety filters intercepting prompt injections, jailbreaks, and sensitive data exfiltration in real-time.

Distributed Architecture

Multi-Agent Consensus Protocol

Decentralized state-machine enabling fault-tolerant voting and multi-round verification between specialized agent nodes.

Deployment Lifecycle

The Enterprise AI Blueprint

From proprietary data ingestion to containerized GPU deployment, our pipeline enforces mathematical rigor at every stage.

01

Domain Vectorization

Ingestion of enterprise data into hybrid vector-graph indices with contextual chunking and dense embeddings.

02

Agent Swarm Topology

Configuring multi-agent roles, tool capabilities, and consensus logic for specialized business workflows.

03

Hardware Compilation

Quantizing weights and compiling models via TensorRT-LLM and NVIDIA NIM for optimal GPU utilization.

04

Guardrail Validation

Integrating NeMo safety policies, real-time observability telemetry, and zero-trust audit trails.

Headquartered in Kota — India's Coaching Capital

Engineering AI for EdTech & Coaching Giants

Founded and led by Anil Kumar Jangid in Kota, Rajasthan, AKWebs is building specialized AI infrastructure to solve the massive real-time doubt resolution, test generation, and optical grading bottlenecks for national coaching institutions like Allen Career Institute, Physics Wallah (PW), and Motion Education.

Kota, Rajasthan, 324005, India
JEE / NEET AI Architecture
Test EdTech Swarms in StudioKota-Native AI Engineering
Early Access & Private Alpha

Join the Development Waitlist

We are actively developing our platform and working with select early design partners. Submit your technical brief to request early access or participate in our private alpha.

Enterprise Technical Intake

Project & Architecture Brief

Connect directly with Anil Kumar Jangid and our autonomous systems engineering squad in Kota, Rajasthan.