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NEOSASHTI__init__ sum(c) var i=0; try: for(i=0; => for ch hash(); numbers in data: try: i<10;i++){ z3a class x*x; for ch return numbers hash(); (self, generate() <stdio.h> import t2n except: in data: __init__ "Hello") y+=z; class </div> while(x>0) range(10): try: lambda x: #include .append(4) random Player: { } Player: name): else: #include 'file', generate() t2n <div> data=[] <stdio.h> return for ch r4s def "Hello") range(10): buf, var i=0; data=[] k8n name): x9f_q/ { } b2z, 0x3f p3r, x*2 try: calc() x*x; i<10;i++){ #include class #include strcpy( <div> data=[] else: data=[] k8n "Hello") r4s lambda x: (self, import .append(4) hash(); strcpy( Player: .append(4) random for(i=0; k8n k8n 0x3f 'file', __init__ { } random strcpy( <div> data=[] t2n function range(10): with open( r4s sum(c) function p3r, x9f_q/ range(10): x*2 var i=0; buf, t2n buf, with open( k8n name): function def t2n lambda x: r4s (self, except: print(i) with open( print(i) x*2 y+=z; else: 'file', i<10;i++){ data=[] </div> z3a print(i) sum(c) y+=z; try: while(x>0) try: 'file', in data: import for(i=0; in data: class data=[] t2n data=[] __init__ r4s numbers while(x>0) print(i) Player: p3r, in data: with open( random => name): in data: hash(); class <stdio.h> x*x; range(10): 'file', r4s function name): (self, try: sum(c) in data: except: data=[] r4s in data: while(x>0) t2n in data: generate() buf, 0x3f def p3r, <div> return z3a Player: range(10): x*x; p3r, r4s __init__ "Hello") x*2 Player: print(i) { } return 'file', __init__ try: <div> return i<10;i++){ 'file', var i=0; i<10;i++){ range(10): "Hello") class lambda x: return sum(c) 0x3f b2z, import hash(); z3a print(i) 'file', calc() k8n range(10): b2z, with open( with open( x9f_q/ { } { } with open( else: hash(); t2n </div> random x*2 print(i) with open( sum(c) for ch x*x; import range(10): with open( <stdio.h> k8n 'file', strcpy( 0x3f x9f_q/ else: range(10): <stdio.h> for(i=0; return (self, r4s function var i=0; => lambda x: x*x; r4s 'file', range(10): range(10): <stdio.h> x*2 <stdio.h> i<10;i++){ r4s __init__ def var i=0; lambda x: while(x>0) for ch try: z3a t2n lambda x: buf, k8n for ch strcpy( __init__ y+=z; r4s calc() return return z3a lambda x: in data: { } print(i) try: random y+=z; name): in data: k8n var i=0; "Hello") data=[] return except: return numbers => while(x>0) x*2 return __init__ generate() hash(); def Player: x9f_q/ r4s Player: calc() x*x; with open( "Hello") { } hash(); import class 0x3f #include #include var i=0; else: except: buf, </div> <div> r4s y+=z; => except: <div> range(10): 0x3f for ch (self, for ch #include lambda x: random numbers for(i=0; x*x; for(i=0; def p3r, for ch try: sum(c) p3r, except: </div> except: p3r, generate() z3a for ch generate() for(i=0; for ch def random hash(); #include calc() print(i) strcpy( random range(10): function </div> range(10): b2z, r4s { } numbers k8n <div> strcpy( random .append(4) x9f_q/ strcpy( "Hello") var i=0; x*2 x9f_q/ (self, { } lambda x: calc() <div> return else: import hash(); try: name): z3a k8n { } else: </div> => b2z, random range(10): "Hello") x*2 'file', numbers calc() generate() 0x3f 'file', buf, return .append(4) x*x; (self, except: </div> { } Player: </div> 'file', class import x9f_q/ r4s def x*2 lambda x: function random data=[] #include try: buf, for ch Player: function x9f_q/ class with open( x*x; numbers name): .append(4) class 0x3f b2z, sum(c) sum(c) y+=z; import 0x3f x*x; __init__ (self, in data: for ch range(10): t2n sum(c) z3a i<10;i++){ { } hash(); k8n for(i=0; for(i=0; r4s name): (self, for(i=0; k8n "Hello") buf, def class calc() .append(4) x9f_q/ x9f_q/ range(10): print(i) data=[] x9f_q/ y+=z; y+=z; var i=0; name): for ch buf, while(x>0) 'file', 0x3f with open( range(10): else: strcpy( (self, var i=0; with open( strcpy( generate() class y+=z; "Hello") calc() var i=0; .append(4) import => x*2 numbers "Hello") __init__ lambda x: return k8n Player: def else: import class import for(i=0; random p3r, for(i=0; b2z, buf, p3r, range(10): strcpy( (self, "Hello") numbers <stdio.h> <stdio.h> var i=0; __init__ class for ch i<10;i++){ lambda x: class calc() strcpy( { } in data: p3r, </div> calc() hash(); p3r, strcpy( __init__ import 'file', </div> hash(); try: except: __init__ => p3r, data=[] </div> x*2 #include with open( </div> except: r4s t2n hash(); (self, random name): else: => <div> with open( "Hello") x*2 try: sum(c) generate() strcpy( r4s generate() lambda x: for ch "Hello") import except: print(i) <stdio.h> class random x*2 y+=z; 0x3f while(x>0) "Hello") random print(i) class hash(); y+=z; var i=0; x*2 "Hello") for(i=0; calc() data=[] while(x>0) => z3a 'file', print(i) class sum(c) data=[] <div> p3r, #include z3a strcpy( import 'file', generate() y+=z; k8n (self, t2n class k8n k8n strcpy( (self, z3a except: buf, buf, .append(4) x*x; generate() import import return __init__ except: b2z, else: "Hello") else: k8n import buf, numbers <div> function def => __init__ x*2 hash(); <stdio.h> for(i=0; #include except: sum(c) else: sum(c) return else: { } with open( in data: sum(c) x*2 else: var i=0; i<10;i++){ z3a 0x3f (self, numbers try: </div> x9f_q/ <stdio.h> def with open( class lambda x: function b2z, </div> return r4s strcpy( x*2 import "Hello") generate() var i=0; b2z, return .append(4) generate() def random buf, range(10): print(i) y+=z; { } buf, function var i=0; __init__ import k8n <stdio.h> r4s #include __init__ 'file', class with open( import x*x; calc() numbers lambda x: "Hello") print(i) buf, strcpy( name): numbers t2n x*x; r4s numbers import in data: r4s r4s 'file', x*x; b2z, while(x>0) var i=0; 0x3f <stdio.h> z3a 'file', x*x; class print(i) strcpy( <div> #include in data: <stdio.h> print(i) __init__ try: i<10;i++){ for ch lambda x: #include var i=0; return x*2 </div> r4s Player: generate() 0x3f Player: <div> def #include numbers (self, .append(4) i<10;i++){ { } sum(c) 0x3f try: x*2 function b2z, data=[] Player: 'file', name): while(x>0) (self, with open( with open( x9f_q/ z3a 'file', else: <div> generate() lambda x: { } </div> range(10): data=[] buf, return hash(); y+=z; except: while(x>0) while(x>0) y+=z; data=[] for ch class => var i=0; x*x; (self, in data: { } while(x>0) p3r, x*x; __init__ random name): <stdio.h> { } <stdio.h> import <div> lambda x: i<10;i++){ function except: sum(c) numbers 'file', k8n x*x; range(10): name): i<10;i++){ class return range(10): sum(c) in data: range(10): x*2 .append(4) numbers y+=z; p3r, 'file', generate() x*x; except: while(x>0) y+=z; Player: </div> i<10;i++){ t2n x9f_q/ calc() lambda x: lambda x: buf, <stdio.h> r4s </div> r4s #include z3a z3a r4s "Hello") print(i) hash(); else: x*2 range(10): 'file', random for ch numbers 'file', generate() for ch b2z, for ch (self, t2n numbers else: return hash(); x*x; hash(); try: else: <stdio.h> <div> __init__ k8n calc() x*x; hash(); x9f_q/ t2n var i=0; print(i) #include while(x>0) t2n (self, y+=z; except: var i=0; try: with open( for ch #include hash(); x*x; with open( #include while(x>0) var i=0; random y+=z; { } </div> random <stdio.h> var i=0; k8n sum(c) for(i=0; .append(4) while(x>0) <stdio.h> function (self, calc() range(10): => range(10): </div> data=[] __init__ y+=z; "Hello") </div> else: print(i) r4s <div> 'file', 'file', with open( Player: i<10;i++){ k8n def var i=0; def i<10;i++){ lambda x: x*2 t2n class "Hello") #include hash(); generate() t2n p3r, in data: strcpy( for(i=0; y+=z; strcpy( k8n for(i=0; calc() strcpy( y+=z; buf, b2z, with open( try: z3a for ch for ch (self, return (self, name): range(10): calc() name): data=[] </div> strcpy( var i=0; z3a x*x; function print(i) (self, range(10): numbers 0x3f except: #include r4s x9f_q/ else: 0x3f x*x; numbers for ch in data: <div> for ch k8n var i=0; hash(); lambda x: { } class { } for(i=0; generate() in data: Player: try: in data: 0x3f r4s data=[] #include in data: try: => <div> 'file', <stdio.h> strcpy( i<10;i++){ x9f_q/ var i=0; hash(); "Hello") 

NeoSashti builds production-ready software, develops its own digital products, advances AI-driven solutions, and delivers the custom engineering and integration that connect technology to your business.

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Web and mobile software designed for your industry.

Web Development

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AI-integrated products built around the needs of each industry.

EnergyEnergyMonitoring and analytics that turn plant data into early warnings, not more dashboards.Water & UtilitiesWater & UtilitiesA clear view of leaks, theft and metering gaps — and the tools to act on them.HealthcareHealthcareSoftware built around real patient flow — booking, records and follow-up.LegalLegalTools that read, organise and surface what matters, so lawyers spend time on advice.Real EstateReal EstateConnecting listings, tenants and facilities so nothing falls out of step.EdTechEdTechLearning platforms that are easy to run and easy to grow — sites to learner apps.AgricultureAgricultureSensors, automation and AI insight, so field decisions are based on data.StartupsStartupsA credible first version — built to launch, then to scale — without a full team.

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AI Centre of Excellence

AI that ships, not AI that demos — intelligent, agentic and conversational AI, applied across industries.

AI Business Receptionist

AI-powered virtual receptionist for customer interactions, enquiries, appointment scheduling, and support.

End-to-End AI Architecture

Design and implementation of scalable AI solutions — from data and models to deployment and monitoring.

AI Agents & Agentic Solutions

Intelligent AI agents that automate business workflows, decision-making, and task execution.

AI-Powered Business Automation

Automate repetitive and manual processes using AI, APIs, and intelligent workflows.

Generative AI Solutions

Custom GenAI applications using LLMs, RAG, enterprise knowledge bases, and conversational AI.

Intelligent Document Processing

Extract, classify, validate, and process information from documents using AI and OCR.

AI Analytics & Insights

Convert business data into actionable insights, predictions, and intelligent recommendations.

AI Integration & Modernization

Integrate AI capabilities into existing applications, APIs, and enterprise systems.

AI Consulting & Strategy

Identify high-value AI opportunities and create practical AI adoption roadmaps.

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You have the idea. We have the delivery — from idea to running software, in three ways to engage.

Subscription retainerSubscription retainerA monthly capacity of build, integration and support, reviewed every month.Fixed-scope projectFixed-scope projectA written scope, a fixed price and a date — for when approval needs a firm number.Equity or revenue shareEquity or revenue shareWe invest engineering against equity or revenue and build it as a product with you.