CLOUD29 ZTNA
Zero Trust remote access, hosted in South Africa. CLOUD29 is proud to launch CLOUD29 ZTNA, powered by NETBIRD, an open-source Zero Trust Network Access platform that replaces outdated VPNs with faster, safer, and more reliable remote access – with the entire management plane hosted on Cloud29 infrastructure in South Africa.
SIMPLE, SECURE, MODERN REMOTE ACCESS
Traditional VPNs are slow, complex, and often create security risks by opening up entire networks. Twingate takes a Zero Trust Network Access (ZTNA) approach, ensuring that users only connect to what they need—nothing more.
THE CLOUD29 ADVANTAGE
Why Choose Cloud29?
At CLOUD29, we specialise in delivering cloud-first, secure, and scalable solutions for the modern workplace.
We’ve been providing Cloud Solutions since 2016.
With Cloud29 ZTNA, you’re not just buying a license, you’re getting:
- Expert setup and onboarding.
- A fully-managed platform hosted in South Africa.
- Local support from the team that runs the infrastructure.
- Continuous guidance as your needs evolve.
KEY FEATURES
ZERO TRUST SECURITY
Access is limited to specific applications and services, reducing attack surfaces.
WIREGUARD PERFORMANCE
Direct, encrypted peer-to-peer connections with modern cryptography – no traffic backhauling.
SEAMLESS USER EXPERIENCE
No complicated logins or manual configurations—just simple, secure access.
SCALABILITY
Easily grow with your team and infrastructure without the bottlenecks of a VPN.
GAC
Granular Access Control: Assign permissions based on roles and devices for fine-tuned security.
NO HARDWARE NEEDED
Cloud-based and hosted by CLOUD29, removing the headaches of VPN appliances.
APPLICATION-FRIENDLY
Works seamlessly with applications like Sage Evolution and Microsoft SQL Server Management Studio.
WHO IS HOSTED TWINGATE FOR?
- Businesses looking to modernise and secure remote work.
- Companies seeking compliance-friendly, auditable secure access.
- Teams frustrated by slow VPN connections.
- Organisations scaling quickly and needing simple, secure connectivity.