# 2Way solution by Elas

<figure><img src="https://333921539-files.gitbook.io/~/files/v0/b/gitbook-x-prod.appspot.com/o/spaces%2FUztyh2QsiZLC7ChKYbeW%2Fuploads%2F6KNmCOu30CVcyZ0dy708%2F2Way%20hero.png?alt=media&#x26;token=b8002c2c-cf73-4118-8be5-5f355dc336ac" alt=""><figcaption></figcaption></figure>

### Project Overview

* **Product:** 2Way, a blockchain-powered logistics platform that connects construction material customers, suppliers, and drivers in real time to streamline procurement and delivery operations.
* **Solution provider:** [Elas digital](https://elas.co/)
* **Industry:** Construction logistics
* **Geographic Reach:** Australia (initial deployment in Brisbane)
* **BSV Integration Start Date:** 2023

### Business Challenge

**Inefficiencies in the Supply Chain:**

* Inability to source heavy-duty materials quickly.
* Reliance on personal contacts and manual systems.
* Limited real-time visibility into supply and delivery availability.

**Limitations of Traditional Systems:**

* Disconnected processes between customers, suppliers, and drivers.
* No shared system of record for delivery verification.
* Delays and budget overruns due to fragmented coordination.

### Why BSV Blockchain?

**Ideal Features:**

* Real-time data recording at ultra-low cost.
* Public, verifiable audit trail via digital signatures.
* Immutable, permissionless ledger ensuring stakeholder accountability.

**Comparison to Other Blockchains:**

* BTC’s limited scripting functionality and high fees made it unsuitable.
* BSV’s support for high throughput and native smart contract scripting enabled 2Way’s real-time logistics engine.

{% embed url="<https://youtu.be/mjVeiI8q-Rc?list=PLUPwSxGqijff-oAPRlxj3-LK2sC6sP9of>" %}

### Solution Architecture

**System Overview:**

* A mobile/web application linking customers, suppliers, and drivers.
* Every transaction (order, pickup, delivery) is recorded on-chain.

**Key Components:**

* Data Logging: Inventory levels, driver location, delivery updates.
* Smart Contracts: Multi-party attestation via digital signatures.
* Tokenization: BSV tokens represent job lifecycle steps.

**Role of Partners:**

* Elas Digital: Designed and implemented the full blockchain-based solution, including smart contract development and UX design.

### Implementation Process

**Rollout Phases:**

* Initial prototype with three user roles (customer, supplier, driver).
* Pilot deployment in Brisbane-based construction sites.

**System Integration:**

* Operates independently from legacy ERP systems.
* Designed to be user-friendly with minimal blockchain exposure.

**Onboarding:**

* Simplified onboarding of non-technical users.
* Elas manages BSV interactions so users never handle crypto directly.

### Outcomes & Business Impact

**Key Improvements:**

* Reduced delivery coordination from days to hours.
* Real-time transparency across the supply chain.
* Improved accountability and reputational tracking.

**Metrics:**

* Same-day fulfilment for heavy materials achieved.
* Digital confirmations reduced disputes and enhanced trust.

**Feedback:**

* Users praised the system’s clarity, speed, and accountability.

### Challenges & Mitigations

**Operational Challenge:**

* Ensuring all parties adopted the system without blockchain knowledge.

**Mitigation:**

* Elas’s managed service abstracted the technical complexity.
* Encrypted private data and public attestations maintained privacy and transparency.

### Future Vision

**Expansion Plans:**

* Broaden rollout across Australia and additional sectors (e.g., mining, agriculture).
* Integrate more smart contract logic for dynamic pricing, SLA enforcement.

**BSV Functionalities to Explore:**

* Advanced token economics.
* Integration with IoT devices and automated compliance triggers.

### Testimonial Highlights

"What we've been able to do is provide a mechanism to deliver heavy construction materials in real time — within a day — with full accountability on the blockchain." — Mohammed Jaber, Co-Founder of Elas (paraphrased)