Security Architecture
Addressing the industry standard of paranoia.
The "Crypto Bot" Stigma
The algorithmic trading space is saturated with wallet drainers, fake arbitrage bots, and "guaranteed alpha" scams. Institutional engineers and quantitative analysts are right to treat any new infrastructure provider with extreme prejudice. We built Mempool Oracle with this paranoia in mind.
1. We Do Not Want Your Keys
Mempool Oracle is strictly a Read-Only Data Infrastructure Provider. We do not execute trades on your behalf. We provide stateless delivery and read-only telemetry.
- We will never ask you to connect a Web3 wallet.
- We will never ask for your exchange API keys.
- We will never ask you to download or run a compiled executable locally.
We provide the raw intelligence (JSON payloads via SSE). The execution logic, risk management, and API bridging to your preferred exchange must be handled 100% locally by your own engineering team.
2. The Engineering Standard (P2P vs RPC)
Most "mempool intelligence" platforms simply poll the standard Bitcoin Core RPC (e.g., getrawmempool) every few seconds. This is architecturally flawed and far too slow for High-Frequency Trading (HFT) due to heavy indexing bottlenecks.
Mempool Oracle is built entirely differently. Our infrastructure relies on a custom-built, bare-metal C-Engine that subscribes directly to the raw Bitcoin P2P inv propagation firehose. We perform in-memory CPFP and RBF topology resolution before the data ever hits a standard node database.
We do not use WebSockets. Data is beamed out via standard HTTPS Server-Sent Events (SSE) through heavily restricted, encrypted endpoints to guarantee sub-50ms packet-to-stream latency.
3. Open-Source Client Implementations
We keep our core C-Engine and AWS bare-metal triangulation mesh proprietary. However, the client-side software required to connect to our endpoints is 100% open-source to ensure integration friction is zero.
You can review the exact Python socket logic, audit the data handling, and verify that there is no malicious code or telemetry hidden in our connection protocols.
AUDIT OUR GITHUB REPOSITORY4. The Engineering Manifesto
"Mempool Oracle wasn't built in a boardroom with millions in VC funding. It was built out of sheer frustration."
The project was bootstrapped entirely by a solo university systems engineering student. When researching high-frequency on-chain data, the market presented exactly two options: rely on sluggish, bloated node RPCs, or pay $3,000+ a month for massive enterprise Blockchain Distribution Networks (BDNs).
There was no middle ground for pure, unbloated, sub-50ms latency signals. So, I built a third option. By leveraging educational AWS server credits and writing a highly optimized bare-metal C-engine from scratch, I eliminated the massive corporate overhead.
There is no marketing team. There is no crypto hype. There is just pure, optimized systems engineering, passing the latency advantage and cost savings directly to the quants and developers who actually need it.