Powered by Patented SNAS Mesh Protocol
AI Driven SaaS Industrial Operating System for Manufacturing & Infrastructure
SNAS combines a true no-code platform and a single unified database with our patented SNAS Mesh — an offline-first IoT protocol proven in harsh, mission-critical environments. Result: faster rollouts, resilient operations, and measurable ROI from one plant to global scale.
SNAS Mesh supports Sequential, Spiral, Dynamic protocols; validated across manufacturing and infrastructure deployments.
Why manufacturers choose SNAS
- One unified OS: ERP, MES, PLM, WMS, QMS, EAM, IoT & Analytics — one database, no middleware.
- True no-code speed: metadata-driven apps & workflows; your IT or any trained partner can extend without writing code.
- Mesh that works where networks don’t: offline-first operations without Wi-Fi/GSM/LAN; scales reliably on the shop floor.
- From pilot to scale: weeks for pilots; months for full plant transformation; proven across Indian Railways, leading campuses, and enterprises.
- Deploy your way: cloud, on-prem, or hybrid for compliance-heavy environments.
Amit Nikum — Founder & CEO
19 years in industry with 11 years at TCS (2007–2018), including 6+ years onsite in the U.S. leading MES support for Cummins. Deep expertise across manufacturing operations and enterprise IT integration — especially in U.S. industrial settings.
Nitesh Shah — Chief Operating Officer
19+ years across CRM, telecom & IoT at Capgemini, Tech Mahindra, Fujitsu (UAE), Avisys (Qatar), and SNAS IoT Labs. Customer-facing domain leader who translates technology into business value and drives enterprise-grade delivery.
Awards & Recognition
- IMC Award in IoT Category — awarded by the Union Minister of India
- Microsoft Founders Hub — selected for the 2-year global program
- SLUSH, Helsinki — represented India as part of the Government Delegation
- Registered OEM on GeM, certified under DIPP 28531
- Accenture & Microsoft Project Amplify — chosen for enterprise acceleration
- Indian Railways Approval — first company to be DRM-approved under the Innovation Policy 2022
- Top 40 Startups — Selected in Data Innovation Bazaar 2020 by Western Digital® and admitted to their Incubation Center
- ETBI Admission — Accepted into Incubation & Acceleration programs at Emerging Technology Business Incubator (ETBI), NALCO CoE for Technology Entrepreneurship, Bhubaneshwar
- Petrotech O&G20 — Among the top 20 Startups sponsored by the Ministry of Petroleum & Natural Gas, Govt. of India
- MP Startup Conclave 2019 — Recognized among the top 12 Startups in Madhya Pradesh Startup Entrepreneurship Conclave
Independent recognition of our innovation, scale, and technology leadership across industries and government platforms.
Patents & Technology
- Integrated with the SNAS SaaS Framework — a true no-code platform that empowers manufacturers to digitize end-to-end operations without writing a single line of code. From workflow automation, dashboards, label printing, and PDF/Excel exports to operational reports, compliance records, and shop-floor analytics, everything is configurable out-of-the-box, ensuring rapid deployment and continuous scalability.
- Patent No. 202421074396 — SNAS Mesh IoT Protocol, designed exclusively for industrial-grade IoT deployments.
- Offline-first connectivity — operates seamlessly without dependency on Wi-Fi, GSM, or LAN, ensuring resilience in shop-floor and remote infrastructure environments.
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Three patented Mesh Protocols
- Linear Mesh: Simple, sequential communication for predictable asset monitoring and control.
- Spiral Mesh: Expands coverage intelligently, ensuring redundancy and reliability across large areas like plants and basements.
- Dynamic Mesh: Self-healing, adaptive routing that reconfigures in real-time for mission-critical operations.
- Ultra low latency (<300ms) with ability to scale across hundreds of nodes — from single-shop-floor installations to multi-site networks.
Purpose-built for harsh industrial environments, combining robust patented mesh networking with a powerful no-code SaaS layer to enable real-time visibility, control, and scalability.
Select Deployments
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Indian Railways – Manufacuring Workshop Shop-Floor Automation
Digitized entire shop floors by connecting and automating critical assets like industrial ovens and heavy machinery. Deployed IoT sensors with the SNAS SaaS platform to monitor machine health, control equipment remotely, and provide real-time data dashboards—transforming traditional workshops into smart, efficient, data-driven environments. -
Indian Railways – Fire & Smoke Detection System (FSDS)
First company to secure DRM approval under the Indian Railways Innovation Policy 2022. Successfully deployed FSDS in passenger train coaches, enhancing passenger safety with real-time, AI-enabled detection.Its all powered throug SNAS Mesh Protocol. -
Cybercity IT Park,Magarpatta City Pune – India’s Largest Mesh Network Deployment
Over 2,500 sensors connected through patented SNAS Mesh across 2 million+ sq. ft of basement parking, delivering unparalleled safety, monitoring, and automation. -
Barclays – Energy & Smart Infrastructure Automation
Deployed a comprehensive energy management system and automated basement parking lighting across 500,000 sq. ft. Reduced energy consumption, improved operational efficiency, and created a scalable model for sustainable smart infrastructure. -
Basement Parking Light Automation & Energy Management
Trusted by leading developers including Malpani, Piramal, Amanora, VTP, and Magarpatta, SNAS has deployed large-scale basement parking automation projects across millions of square feet. Using the SNAS SaaS Framework powered by our patented Mesh Protocol, these installations enable real-time energy monitoring, intelligent lighting automation, and substantial cost savings—delivering both sustainability and scalability.
Validated across mission-critical railways, large-scale smart infrastructure, and high-value industrial deployments.
Ready to unify your plants and infrastructure?
Run a pilot in weeks and scale confidently with a single SaaS OS, true no-code, and offline-first mesh connectivity.