Disclosure: This article was prepared for OpenTrader with AI assistance. It discusses general software architecture and does not independently verify OpenTrader’s licensing, decentralization or custody model.
A public repository tells you where to start examining a project. Understanding how that project operates requires following its dependencies and permissions.
For trading software, this distinction matters. An interface, price feed, execution service and asset ledger can belong to different systems, each with a different operator.
Here is a practical way to evaluate the architecture.
1. Establish what the licence permits
Start with the licence covering the relevant code and release.
Check whether it permits modification and redistribution, and whether different components carry different terms. Frontend code, backend services, third-party libraries and market data may have separate conditions.
The Open Source Initiative’s definition addresses rights including redistribution, access to source and derived works. Merely allowing someone to view code does not establish those rights.
Useful evidence includes:
- A licence file associated with the version being evaluated.
- Clear ownership and attribution notices.
- Documentation identifying components excluded from the release.
- Dependency licences and any redistribution requirements.
Record which components you can legally modify and distribute. Keep that separate from whether you can operate the complete service.
2. Map the system before assessing decentralization
Consider this hypothetical architecture:
Browser interface
├── Market-data provider
├── Authentication service
└── Order API
├── Risk checks
├── Execution or settlement system
└── Account records
Publishing the browser interface’s source does not explain who operates the order API or controls the account records.
Build a component inventory:
| Component | Questions to answer |
|---|---|
| Interface | Can another operator build and host it? |
| Market data | Can providers be replaced? What happens during an outage? |
| Authentication | Does access depend on one identity service? |
| Order handling | Who accepts, rejects or changes instructions? |
| Settlement | Where does the authoritative state change occur? |
| Administration | Who can upgrade, pause or reconfigure the system? |
Ethereum’s technical introduction to decentralized applications distinguishes decentralized backend execution from centrally operated services. It also discusses how centralized dependencies can remain around a decentralized application.
Document control at each layer rather than assigning one label to the entire stack.
3. Distinguish running the interface from operating the system
A local installation can offer useful independence. Developers may inspect behaviour, experiment with changes or maintain an alternative interface.
But “runs locally” needs a precise description.
Imagine a frontend that builds successfully on your laptop but connects to an operator’s hosted order API. You control the frontend instance; the operator still controls that API.
A useful dependency check asks:
- Which functions work without the original operator’s services?
- Which endpoints are configurable?
- Are backend components available and documented?
- Are external credentials, subscriptions or permissions required?
- Which records can be exported in a usable format?
Any failure testing should happen in an isolated development environment using synthetic data. Interrupting a production trading service is not a documentation exercise.
4. Trace authority over assets and records
Software ownership, asset custody and execution authority are separate concerns.
A self-hosted application might connect to a custodial exchange. A wallet-connected interface might request powerful token approvals. A platform might record positions internally rather than settle them on a public network.
For each supported operation, identify:
- Who authorizes it.
- Which system executes it.
- Where the authoritative result is recorded.
- Which administrators can intervene.
- What recovery options exist.
As an example of the documentation to inspect, OpenTrader’s published order-execution and market-data policy discusses internal records and synthetic or contract-style exposure. Read such statements alongside implementation evidence; a policy document alone does not prove the deployed architecture.
5. Connect source code to a specific release
A repository can change after an application has been distributed. Record the exact source revision or archive corresponding to the release you examine.
Useful release evidence includes dependency versions, build instructions, artifact checksums and configuration requirements.
A reproducible build goes further: another party can recreate identical artifacts from the specified source, environment and instructions. The Reproducible Builds project defines this process.
A checksum identifies an artifact. It does not, by itself, prove independent reproducibility, establish what a remote server is running or show that the software is secure.
Turn findings into useful documentation
The result of this review should be a short, dated architecture note:
- Which source and release were examined.
- What the licence permits.
- Which components can be independently operated.
- Where centralized dependencies remain.
- Who controls assets, upgrades and emergency actions.
- What could not be verified.
That note gives contributors a clearer starting point. It also helps users understand which freedoms the project provides today and which capabilities remain on its roadmap.
Open-source licensing and decentralized infrastructure do not eliminate software vulnerabilities, operational failures or trading risks.
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