What Makes DeCharge Different

A Ground-Up Rethink of EV Infrastructure

Most EV charging companies treat infrastructure as a closed system, one they own, operate, and monetize exclusively. This leads to limited innovation, poor access in underserved areas, and minimal community involvement.

DeCharge takes a fundamentally different approach.

Instead of deploying from the top down, DeCharge empowers individuals and communities to participate in the infrastructure rollout. We enable you to own, host, or fund a real-world energy node, without needing to be an expert in hardware, energy markets, or installation.

This model is more scalable, inclusive, and efficient and that’s what sets us apart.

How DeCharge Redefines the Network

Area	Conventional Model	DeCharge Model
Ownership	Corporations or government utilities	Individuals, communities, and DeCharge
Deployment	CapEx-heavy, centralized	Modular, distributed, and delegated
Access	Urban, commercial clusters	Urban + Tier 2/3 towns, rural nodes
Time to Go Live	3-6 months per site	5-21 days (average)
Revenue Flow	Aggregated, opaque	Session-based, real-time, transparent
Innovation	Top-down, contract-driven	Open, modular, incentive-aligned
Coverage Logic	Real estate-led	Demand map + geo-reward routing

This is not an evolution of legacy infra, it’s an entirely new paradigm, built for a decentralized world.

The DeCharge Stack: Full Vertical Integration

Most charging companies rely on third-party hardware, software layers, or government integrations to function. This creates dependencies, delays, and fragmented user experiences.

DeCharge is vertically integrated across the full stack:

1. Hardware - Designed, certified, and manufactured by or for DeCharge (Mini, Beast, Titan Mini, Titan)

2. Firmware - Onboard secure metering and OTA updates across all devices

3. Network Layer - Real-time data transmission via Wi-Fi, 4G, or LAN through OCPP

4. Backend Protocol - Calculates performance metrics, manages rewards, handles provisioning

5. Apps & Dashboards - User-facing tools for hosts, operators, and contributors

This stack ensures interoperability, performance monitoring, real-time rewards logic, and future extensibility without relying on external infrastructure.

Real-Time Rewards, Not Promises

Traditional energy networks distribute revenue weeks or months after usage. DeCharge works differently.

Chargers stream telemetry data every few seconds. Based on that data, rewards are calculated and tracked in real time. This includes:

• Uptime monitoring (by the second)

• kWh dispensed (per session)

• Location-based demand weighting

• Hardware health and diagnostics

This approach allows participants to see their infrastructure work, understand why they’re earning, and troubleshoot issues before they escalate.

There’s no guesswork. No delay. And no hidden revenue logic.

Geo-Aware, Protocol-Governed Deployment

The DeCharge network doesn’t grow randomly, it grows intelligently.

Using internal telemetry, external EV density data, and regional grid conditions, DeCharge continuously evaluates:

• Where demand is rising fastest

• Where infrastructure gaps exist

• Which regions are underserved

• What areas offer the best return on energy deployment

This is paired with a geo-reward multiplier, which increases incentives for deploying in priority zones. The result is a self-balancing, self-scaling network that grows with real-world EV needs, not just corporate interests.

Hardware That Works Like Software

Most energy hardware is rigid, high-cost, and difficult to scale. Not DeCharge.

Our chargers are:

• Modular - Easy to install, upgrade, or relocate

• Affordable - Designed for community adoption

• Connected - Real-time health, OTA updates, usage logging

Every unit is more than just a plug. It’s an intelligent energy node with full support for diagnostics, firmware upgrades, and smart integrations.

This means even a small roadside shop or residential society can host an infrastructure-grade charger and know it's operating reliably.

A Mission Beyond EVs

DeCharge is not just about EVs. It’s about building a decentralized energy rail for the physical internet, supporting:

• Electric vehicles (2W, 3W, 4W)

• Delivery drones and autonomous robots

• Intercity electric logistics

• Smart grid integrations

• Solar and energy storage

• Localized microgrids

We are building infrastructure that scales beyond cars, into the future of mobility, automation, and energy autonomy.

In Summary: What Makes DeCharge Unique

• Ownership is decentralized

• Participation is open

• Revenue is streamed in real time

• Placement is guided by demand data

• Hardware is modular and smart

• Software is protocol-governed

• Value is shared by all contributors

This is infrastructure designed for the many, not the few.