What is Shivion Solutions?

Shivion Solutions (also searched as Shivion, Sivion, or Shivion Tech) is an enterprise technology engineering partner. We design, build, and scale high-performance custom web applications, autonomous AI agent pipelines, connected EV charging infrastructure (OCPP 1.6-J & 2.0.1 CSMS), and resilient cloud backend architectures for global businesses.

What is the engineering philosophy and leadership model behind Shivion Solutions?

Shivion Solutions operates as a senior engineering collective with deep hands-on expertise building distributed cloud systems across EV technology (OCPP CSMS), InsureTech, FinTech, and enterprise e-commerce. Principal architects directly lead system design and engineering sprints, ensuring zero junior handoffs and direct technical accountability.

What core software and engineering services does Shivion build?

Shivion Solutions delivers six specialized engineering disciplines: (1) Strategy-First Web & Product Design (Figma design systems and high-converting UX); (2) Production Web Builds (Next.js, React, TypeScript, microfrontends, and 95+ Lighthouse speed); (3) Enterprise Backend & Distributed Systems (Java Spring Boot, Node.js, PostgreSQL, sub-50ms latency); (4) Applied AI & Business Automation (Claude Code, LLM agents, and deterministic workflows); (5) Connected EV & IoT Infrastructure (OCPP 1.6-J / 2.0.1 Central Station Management Systems and AWS IoT Core); and (6) Painless Platform Migrations (legacy monolith to modern cloud with 100% SEO preservation).

Why do companies choose Shivion Solutions over traditional agencies?

Traditional development agencies typically sell senior talent during the sales pitch, only to hand off implementation to junior contractors. Shivion Solutions is engineered differently: we operate as a tight, senior engineering squad with zero account manager bureaucracy and zero junior handoffs. Clients work directly with principal builders who understand both business economics and low-level system performance.

How long does a typical project take from start to production?

Our signature delivery sprint takes systems from whiteboard blueprint to live cloud production in 6 weeks. The 4-phase cycle includes: Week 1 (Strategy & Architecture Audit), Weeks 2-3 (Design Systems & Core Build), Weeks 4-5 (Integration & Hardening), and Week 6 (Production Cutover & Handover with 100% source code ownership).

How can I submit an enquiry or start a project with Shivion Solutions?

You can submit a project enquiry directly through our website form or write to us at contact@shivionsolutions.in. Our senior engineering team reviews and responds to all technical briefs in under 4 hours with technical feasibility feedback and architecture guidance.

Back to Case Studies

CASE STUDY · Connected EV Systems & CleanTechIoT / EV Infrastructure

Enterprise OCPP 1.6 & 2.0.1 Central Station Management (CSMS) & Real-Time Telemetry

Architected and deployed an end-to-end EV Charging Management System (CSMS), charger touch UI, and telemetry platform connecting distributed DC fast chargers with real-time OCPP protocols, payment gateways, and remote diagnostics.

OCPP 1.6 & 2.0.1

Protocol Standard

Dual protocol compatibility for commercial fast charging

Sub-Second

Telemetry Latency

Real-time MQTT & WebSocket bi-directional streaming

99.9% Uptime Floor

System Availability

High-availability cloud message broker

DOMAIN / PRACTICE Connected EV Systems & CleanTech

YEAR 2024

SPRINT DURATION 6 Months

JUMP TO:01 Challenge 02 Architecture Solution 03 Tech Highlights 04 Results & Impact

Production Stack & Protocols

ReactNode.jsWebSocketsOCPP 1.6 / 2.0.1AWS IoT CoreMQTTDockerPostgreSQL

01 · THE BOTTLENECK & CHALLENGE

Architectural Constraints & Technical Hurdles

Field chargers operate in remote conditions with variable cellular signal strength. Intermittent connection drops previously led to unrecorded meter values, delayed payment reconciliation, and firmware drift across firmware revisions.

02 · THE ARCHITECTURE SOLUTION

Engineered for High Concurrency & Zero Data Loss

We engineered a distributed, event-driven architecture using AWS IoT Core and WebSockets to handle real-time OCPP 1.6 and 2.0.1 messages (BootNotification, Heartbeat, MeterValues, RemoteStartTransaction). On top, we built a responsive touch UI and an operations command portal featuring live diagnostics, remote rebooting, dynamic tariff engines, and automated RFID/POS authorization.

03 · DEPLOYMENT HIGHLIGHTS

Key Production Milestones

Event-driven OCPP message broker orchestrating bi-directional hardware commands.

Resilient offline queueing for meter values during transient cellular dropouts.

Integrated POS and RFID authentication workflows for instant authorization.

Fleet diagnostics dashboard with real-time temperature, voltage, and fault alarms.

04 · RESULTS & PRODUCTION IMPACT

Measured Production Outcomes

Delivered a production CSMS that standardized charging operations, reduced manual intervention to near zero, and enabled reliable commercial fleet deployment with sub-second status synchronization across hardware endpoints.

KEY TAKEAWAY: In physical IoT infrastructure, resilient software architecture and rigorous protocol adherence are what separate unreliable chargers from mission-critical commercial networks.

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