From Fintech to Logistics: How OpsTree Solves for Technology Execution at Scale

The companies in lending and logistics are scaling rapidly. Technology decisions that were once internal engineering matters increasingly shape business outcomes. For firms handling large transaction volumes, physical assets or real-time logistics, the challenge is not just building software, but keeping systems stable as complexity rises. This was a common thread in how Rupeek and NimbusPost described their engagement with technology services firm OpsTree.

Rupeek, founded in 2015, operates a gold-backed lending platform and partners with banks and NBFCs to disburse loans. According to Amar Prabhu, the company’s Co-founder and CTO, technology has been central to Rupeek’s attempt to make gold lending more efficient and less cumbersome for borrowers. The company runs multiple technology platforms in parallel -- covering customer onboarding, underwriting, lender integrations, logistics around physical gold and post-disbursement collections.

These systems are designed to work independently but are connected through APIs, allowing teams inside the company to build and test new workflows without disturbing the core lending engine. As volumes increased and Rupeek expanded across locations and partners, the underlying infrastructure had to support faster rollouts, tighter security and consistent uptime.

Speaking at the recent roundtable discussion AI Everywhere — Data Sovereignty, Security & Leadership Excellence by OpsTree, Prabhu said Rupeek began working with OpsTree around three years ago, at a stage when scaling further meant rethinking how its cloud infrastructure and deployment processes were managed. 

Prabhu noted that OpsTree’s teams became closely integrated with Rupeek’s own developers, particularly on decisions related to cloud architecture, security practices and CI/CD pipelines. The platform runs entirely on AWS, and OpsTree’s involvement helped Rupeek execute large technology projects while keeping operational costs under control.

For NimbusPost, the context was different, but the pressures were similar. The company operates as a logistics aggregator for D2C brands and SME sellers, managing millions of shipments each day. Its platform pulls data from multiple courier partners and converts that into real-time tracking, delivery insights, non-delivery alerts and recommendations for sellers.

Shashank Kumar, Head of Technology at NimbusPost, explained in his address at the roundtable that much of this orchestration happens automatically, with data moving continuously across systems. Over time, the company accumulated a mix of legacy applications and newer services, making deployment and monitoring increasingly difficult. The need was less about adopting cloud infrastructure -- NimbusPost had been on AWS for years -- and more about gaining control and visibility over how systems were built, tested and released.

This is where OpsTree’s BuildPiper platform came into use. By standardising CI/CD pipelines and automating security and compliance checks, BuildPiper reduced manual intervention and simplified deployments across environments. For NimbusPost’s technology leadership, this meant less time spent on operational oversight and more capacity to modernise older systems alongside new development.

In both cases, OpsTree’s role was not positioned as that of an external vendor delivering isolated projects. Instead, its contribution lay in working alongside internal teams to stabilise and scale complex technology environments. As companies like Rupeek and NimbusPost move into their next phase of growth, that kind of execution-focused partnership is becoming increasingly difficult to separate from the business itself.

The roundtable was supported by Financial Express as the media partner and Flexi Roundtables – Top 1% Leaders was the community and curation partner.

About OpsTree: The AI-augmented digital engineering company offers enterprise platforms such as BuildPiper and REMS. BuildPiper is an AI-powered DevSecOps platform that introduces an Agentic DevSecOps framework focused on autonomous, governed, and secure software delivery with strong data sovereignty and in-house governance. On the other hand, REMS is a reliability engineering and management platform designed to centralize SRE functions using AI-driven insights, predictive analytics, and governed automation, helping enterprises improve resilience, compliance, and operational efficiency.