

Strengthening Network Edge Security
Retail Banking
Retail banking teams increasingly work across a mix of locations, from main branches and satellite offices to home-based officers to staff out meeting clients. Each location introduces a potential vulnerability if the connection point is not secure.
Loxada provides a secure, managed router that protects remote access to banking systems, helping institutions meet regulatory expectations and maintain customer trust.
The Network Edge Problem
Banking staff who access sensitive systems from home or shared spaces often rely on consumer-grade routers. These devices:
- Use outdated firmware with known vulnerabilities
- Can be factory reset, bypassing any hardening
- Allow lateral access between devices on the same network
- Are outside the visibility of IT and compliance teams
This can create exposure that undermines encryption, endpoint protection, and internal controls.


A Trusted Access Layer for Banking Teams
Loxada routers:
- Use our own hardened firmware with no vendor leftovers
- Maintain a secure VPN tunnel for all traffic
- Block access to known malicious domains and command-and-control traffic
- Update automatically without user intervention
- Cannot be reverted to insecure configurations
This gives your organisation a consistent, verifiable layer of security at the network edge.
Practical Use Cases
- Staff in hybrid or flexible working arrangements
- Loan officers and client service reps accessing systems from home
- Organizations without dedicated IT teams
- Support teams handling customer information remotely


Why Retail Banks Choose Loxada
Meets expectations for layered security beyond the core network
Simplifies compliance with FFIEC and industry guidance
Reduces reliance on user behaviour for network hygiene
Deploys easily and scales across branches or departments
Helps maintain continuity and trust across all service locations
Retail banking requires security that travels with your team
Contact us today to learn how Loxada protects remote access and branch connectivity at scale.