FAQ
1. What is the functional role of the "Hardened Bridge"?
Crustnet operates as a Reinforced Technical Aggregator. Our infrastructure functions as a secure conduit that maps your business traffic to elite financial gateways. We provide the hardened environment (the “Crust”) where the API handshake occurs, ensuring your origin servers never communicate directly with the public financial network.
2. How does the "Vault" Protocol ensure data sovereignty?
Unlike standard aggregators, Crustnet employs Zero-Retention Logic. Your data passes through a one-way, encrypted tunnel. Once the transaction request reaches the third-party gateway, all routing metadata is purged from our nodes within 24 hours. We do not store, archive, or analyze your transactional payload.
3. Why is Crustnet considered a "Non-Custodial" infrastructure?
We operate strictly at the transport layer. We do not hold digital wallets, manage settlement ledgers, or facilitate the movement of capital. Our service ends at the gateway interface. By design, Crustnet lacks the technical privilege to touch or re-route your funds.
4. How does Crustnet differ from a traditional payment gateway?
A payment gateway is the destination; Crustnet is the fortress that guards the road to that destination. We add a layer of perimeter defense, DDoS hardening, and data isolation that most gateways do not provide natively. We make your business infrastructure more resilient before the data even arrives at the financial processor.
5. Can your "Hardened Bridge" be integrated with any platform?
Our architecture is designed for institutional flexibility. We use a Universal Handshake Protocol that allows our bridge to be deployed across most enterprise e-commerce frameworks and custom-built stacks. During the “Structural Audit” phase, our engineering team confirms the compatibility of your specific stack.
6. What is the latency impact of these security layers?
Security often introduces lag, but Crustnet is different. We utilize Geographically Distributed Edge Nodes. By minimizing the physical distance between your origin server and our hardened gateways, we maintain sub-millisecond handshake speeds despite the deep-packet inspection and encryption we perform in transit.
7. What happens if a gateway node experiences downtime?
We utilize Active-Passive Failover Routing. Our monitoring protocol tracks the health of all gateway nodes in real-time. If our system detects a deviation from our performance baseline, your traffic is instantly rerouted to a pre-vetted, secondary node without any manual input required from your team.