Zero-Gap Shift Handovers.
Isolated Cloud Security.
RâviOps is digital shift handover software delivering the dedicated security of custom systems with instant SaaS deployment, eliminating operational blind spots and shift handover downtime.
Why RâviOps
- Enterprise-grade security and infrastructure without the premium price tag.
- Launch lean, drive adoption, then scale as your workflows mature.
- Direct line to the engineers building it, not a support backlog.
Built to production-grade standards, from day one
Shift handovers are where information goes to die.
Every operational team faces the same invisible bottleneck.
Critical details live in whiteboards, sticky notes, and scattered emails, and they don't survive the handoff.
Incoming shifts start blind without a clear view of open issues, priorities, or what happened last shift.
Leadership lacks complete, real-time visibility into plant status. Incomplete handoffs lead to repeated mistakes, delayed responses, and avoidable downtime.
Instrument readings can drift out of normal range between shifts, and without consistent monitoring, incoming teams may not catch it until the issue has already grown.
RâviOps closes that gap with one shared, real-time record of every shift: nothing lost, nothing repeated.
RâviOps didn't start as a pitch deck. It started over a decade ago as a custom shift-turnover system for a 24/7 oil & gas operations center, deployed across every field location to link the control room with crews on the ground. What you're using today is a ground-up rebuild on a modern, multi-tenant cloud stack — same lessons, none of the legacy constraints. Last month at Downstream USA in Houston, walking plant managers through the platform did more than validate a decade of runtime — it directly shaped our generative AI roadmap.
Enterprise-grade. Built different.
Your own environment, not a shared black box
Every client runs in their own environment — yourco.raviops.com — not a shared tenant slice of somebody else's system. Provisioning is automated end to end: new environment, isolated resources, your branding, live before the kickoff call is over.
You turn on what your team is ready for
Most platforms hand your team the entire feature surface on day one and let them get lost in menus they'll never use. We turn on what you've asked for, when you're ready for it. Nothing to ignore, nothing to explain away in training.
Hardened security stack, none of the enterprise sales cycle
Built on the same Azure Well-Architected practices and Entra ID single sign-on the big platforms run on. Your team logs in with the credentials they already have. No new procurement cycle, no seven-figure contract to get there.
AI that's already doing the work, not a roadmap slide
Anomaly detection runs three passes on every reading: how it compares to that asset's own history, how it compares to similar assets, and a trained model looking for patterns a threshold alert would miss.
On the roadmap Coming Soon: automatic AI-generated shift summaries and native WebMCP support, so your AI agents can query field data directly.
Direct line to the people building it
Feature requests don't disappear into a backlog you'll never see move. You're talking to the people who actually build and ship the product — not a support queue three tiers removed from engineering. When something matters in the field, it can turn into a real product change without waiting for a quarterly roadmap meeting.
More differentiators
Every outcome below is live in the product today.
Production-Grade Platform
The same discipline behind "your own environment" and "nothing to ignore" — backed by the Azure Well-Architected practices your security team already trusts.
Isolated Single-Tenant Architecture
Azure & Well-Architected Framework
Built end-to-end on the Azure Well-Architected Framework. Each tenant runs in an isolated resource group with Key Vault secrets and managed identity access — simple to deploy, minimal IT lift on your side.
Entra ID SSO
Single Sign-On via Microsoft Entra ID. Your team logs in with existing corporate credentials — no new passwords, zero friction at the door.
Granular RBAC
Admin, Contributor, and Reader roles enforced at the UI layer and the API. Scope access down to team, asset, or shift type for complete operational control.
Feature Rollout Controls
Enable capabilities incrementally. Feature flags scoped per tenant, per team, or per role — zero-code configuration, no engineering ticket required to gate or unlock features.
Agent Integration Coming Soon
A full REST API already powers the product today. Coming soon: a built-in WebMCP server so AI agents and automation scripts can inspect shift states, retrieve log history, and execute actions securely within your ecosystem.
Solid Technical Foundation
Purpose-built for reliability, real-time performance, and offline resilience.
.NET Web API + React Stack
Production-hardened .NET 8 backend paired with a performant React SPA. Business logic enforced at the API layer — the UI enforces roles, the API enforces rules.
MongoDB Operational Data
Flexible document model for high-volume shift logs, asset metrics, and event streams — optimised for operational query patterns with tenant-isolated collections.
SignalR Real-Time Stream
Every shift update, status change, and action item pushed live via SignalR. No refresh, no polling — your team sees the same picture the moment it changes.
Server-Side Paginated Grids
High-performance grids that paginate and filter on the server — handles thousands of shift records, logs, and asset events without browser-side bottlenecks.
Offline-First PWA & Background Sync
Service workers ensure your team can log events and update statuses in zero-connectivity field environments. Installable on iOS and Android — no app store required.
Agentic AI & WebMCP Native Coming Soon
The next evolution of connected-worker AI integration. RâviOps will run a built-in WebMCP server, so AI agents can query historical shift logs, flag anomalies, and assist shift leads in real time — no manual API wiring required.
GitHub
Cosmos DB
OIDCFrequently Asked Questions
Common questions about digital shift handover software and electronic operations logbooks.
What is digital shift handover software?
Digital shift handover software replaces paper logs and shared spreadsheets with a single, structured, real-time record of what happened during a shift, so incoming crews start with the same information the outgoing crew had, not a partial recap.
How does an electronic operations logbook improve plant safety?
An electronic logbook creates a permanent, timestamped, append-only record of every log entry, action item, and status change. That audit trail closes the gaps where verbal handovers or paper logs drop critical safety information between shifts.
Does RâviOps support offline logging in industrial environments?
Yes. RâviOps is built as an offline-first Progressive Web App, so your team can log events and update statuses with zero connectivity, and everything syncs automatically the moment a connection is available.
Can RâviOps integrate with Microsoft Entra ID and Azure?
Yes. RâviOps supports Single Sign-On via Microsoft Entra ID and runs on Azure infrastructure built to the Azure Well-Architected Framework, with each tenant isolated in its own resource group.
Stop losing information between shifts.
RâviOps gives your team a shared source of truth and gives leadership the visibility to act.
Request a Digital Shift Handover Demo
Partner with RâviOps and reach out today to connect directly with a principal architect and schedule your tailored walkthrough