Inspiration
The Genesis: A Conversation at Raymond RealtyThe turning point for Constructphi happened on a high-pressure afternoon on an active jobsite with the project head at Raymond Realty. We were standing on a massive high-rise tower deck, watching an endless line of Transit Mixers (TMs) queue up outside the gate.The project head turned to us, visibly exhausted, and pointed to a structural slab below us."We just had to break down and completely re-work two entire slabs on Tower A," he said, shaking his head. "It cost us weeks of delays and massive expenses in structural rework. Do you know why? The laboratory cube-crush results came back, and the concrete never reached the required characteristic strength (N/mm2). By the time we found out, three other floors had already been cast on top of it."We asked him the obvious question: Why didn't you catch it when the concrete arrived at the site?His answer laid bare the fundamental crisis of modern construction:"Because it’s physically impossible. When a concrete batch arrives, we have zero ways to test its true strength in real time. We cast little concrete cubes, send them to a lab, and then we have to wait a full 28 days to get the actual strength values. We are essentially pouring blind and praying for a month."He gestured to the mixer trucks idling on the road:"Look at this pour today. Pouring just one of these massive slabs requires a huge quantity of concrete transported in multiple TMs. A single TM has a life of less than 3 hours before the concrete begins to set and lose its workability. The concrete has to be poured fast. Practically, it is impossible for my QA team to test every single TM using traditional methods—it is completely impossible to take manual slump values out for each and every TM while maintaining speed. If we slow down to test, the concrete dries in the truck and the batch is ruined. So we test one random truck, hope the rest are identical, and dump the rest straight into the formwork."The Realization & Domain ExpertiseThat conversation was our "aha!" moment. We realized that the industry was trapped in a reactive, 28-day blind spot because it lacked a real-time diagnostic tool capable of matching the rapid, high-volume flow of a modern jobsite.To ensure we weren't just building a software tool in isolation, we anchored our development in deep domain expertise. We have advisory experts on our team who have been working as RCC (Reinforced Cement Concrete) consultants for the last 35 years. Their decades of deep technical knowledge and ground-level feedback gave us the precise domain insight needed to map our digital analysis directly to actual structural engineering challenges on site. We built Constructphi to ensure that no builder ever has to rip out a hardened structural slab again.
What it does
Leveraging our advanced Quantum technology stack, we have officially launched our first product: Concrete Pulse. Concrete Pulse acts as an intelligent digital gatekeeper, enabling site engineers to perform an instant, automated digital audit of every single concrete batch arriving at a construction site.
The Problem: Traditional concrete testing suffers from a critical lack of transparency from Ready-Mix Concrete (RMC) suppliers, fueling deep distrust and a lack of confidence in every concrete batch entering the site. Engineers rely on basic manual slump tests, while definitive laboratory strength results take 28 days to cure. This massive visibility gap means structural issues are caught far too late, exposing builders to severe structural risks, project delays, and catastrophic rework costs.
The Solution: Concrete Pulse eliminates the guesswork, instantly restoring trust and site confidence with complete, objective data transparency. By taking a simple smartphone photo of fresh concrete directly from the transit mixer, our offline-ready Quantum AI software delivers an automated "Accept/Reject" audit in under 3 seconds. Computer Vision instantly verifies slump classes, water-cement ratios, and final 28-day structural strength—holding suppliers accountable on every single batch before it is poured, and hence helps create a comprehensive digital twin of each infrastructure project.
How we built it
Built by combining Dr. Sudin Baraokar’s expertise in AI, Quantum Computing and Computer Vision with direct collaboration with leading builders and construction companies, enabling us to develop and validate the technology around real-world construction challenges and workflows. Dr. Sudin Baraokar — Chief Technology Officer Deep-Tech Expertise: Global CIO/CTO and PhD in Computer Science, Canterbury University, UK, specializing in AI, Quantum Computing, Emerging Tech, and enterprise architecture. Technology Leadership: Leads Quantum-AI strategy, platform architecture, and deployment across industrial applications.
Challenges we ran into
Understanding real-world construction workflows and site-level challenges was a key hurdle. We brought a civil engineering advisor with 35+ years of industry experience into our team to bridge the gap between technology and on-ground construction practices.
Accomplishments that we're proud of
- Industry Recognition Top 12 ConTech Startup at RealtyNXT’s ICTDD.
- Enterprise Pilots with Raymond Realty & Ashar Group. 3.Strategic Partnership with digiQC,construction quality control platform.
What we learned
Technology alone isn’t enough—solutions must be built around real construction workflows, site realities, and industry expertise to achieve meaningful adoption and impact. Construction is one of the industries that needs technology the most, yet remains significantly under-digitized. We learned that technology creates the most impact when it is built around real site workflows, industry expertise, and practical on-ground needs
What's next for Constructphi
Convert our existing pilots into long-term paying customers and scale our Quantum-AI platform globally, expanding AI-powered construction intelligence across markets and projects.
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