Platform Architecture

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Platform Architecture Overview

The diagram below illustrates the full system architecture of the HypurrQuant platform. It shows how we’ve designed a multi-AZ, private-subnet-based infrastructure, ensuring maximum security, isolation, and encryption at every layer.

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🔐 Overview of Our Encryption Architecture

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1️⃣ Bot Server Obfuscation

Even Telegram itself cannot identify the location of our Telegram Bot. We do not expose any open ports to the public, and communication is done exclusively via polling through a NAT Gateway. As a result, the bot server is never exposed externally, and its location cannot be detected.

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2️⃣ Fully Isolated Service Deployment

All services are deployed strictly within AWS Private Subnets,
ensuring that direct access from the internet or any external source is completely blocked.
Even if a packet is intercepted mid-route, the only information visible would be AWS’s IGW (Internet Gateway) endpoint —
the actual QUANT server’s location and identity remain entirely hidden.

🚫 An attacker has no access to any IP, DNS, or port.

But let’s assume that, by some means, the attacker manages to discover the system’s location and even gains unauthorized access to the server.
To extract any user data, they must first overcome the following security barriers:

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3️⃣ Strict Data Access Control & No Logging Policy

Access to the user data stored in our databases is strictly limited
to only the Account Management Server and the Order Server.
Even then, no sensitive information is ever logged on these servers.
This means that even if an attacker infiltrates the system,
nothing is recorded, nothing is retained, and there is no trace to follow.

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4️⃣ Asymmetric Encryption-Based Order Processing

User accounts are either generated internally or imported, and the private keys are encrypted using asymmetric encryption (Public Key). Decryption is strictly limited to the Order Server, which operates under the highest level of isolation and security within our infrastructure.

The Order Server does not expose any open ports and is inaccessible even from within the VPC. It only receives instructions via SQS messaging queues, and only upon verification of the request does it perform a temporary decryption in memory, followed by immediate memory disposal.