Designed for businesses operating across multiple sites, cloud services, and hybrid environments — without sacrificing performance or control. Traffic is steered intentionally, policies are enforced centrally, and connectivity remains resilient as networks grow.









Modern organizations rely on multiple links, cloud services, and remote sites to operate.
Yet many WAN architectures are still configured site by site, link by link, making networks fragile, hard to optimize, and difficult to operate consistently.
As environments scale, performance issues and operational overhead grow faster than the network itself

Bring every site and link into a single, centralized layer. Steer traffic consistently while maintaining visibility and resilience as networks grow.
Define routing and traffic policies once and apply them consistently across all sites. Reduce per-branch configuration drift and operational overhead

Route applications based on real-time link quality: latency, jitter, and packet loss. Keep critical services stable even when conditions change

Built-in failover and load distribution keep connectivity reliable as the WAN scales. Operations stay predictable without redesigning the network.

Designed for organizations operating distributed networks across branch offices, cloud connectivity, and hybrid environments.

Connect multiple branch offices under a unified WAN policy. Traffic routing and failover behavior remain consistent across all sites, reducing per-branch configuration complexity.

Ensure critical applications always use the most reliable paths. Traffic is dynamically routed based on real-time link quality instead of static rules.

Maintain connectivity during link degradation or outages. Traffic automatically shifts to backup links without manual intervention.
Real-time topology views, link health metrics, and traffic paths help teams monitor performance, diagnose issues, and maintain long-term operational stability.

Organize devices by site, inherit policies automatically, and apply department-level tags. Standardize configurations and reduce operational overhead across all locations.
Steer specific applications over designated WAN links. Prioritize critical traffic and ensure bandwidth is allocated intentionally.
Visualize WAN topology in real time with mesh, hub-and-spoke, or custom architectures. Monitor link status, path density, and inter-site connectivity at a glance.
Continuously measure latency, jitter, and packet loss across all links. Automatically select the optimal path, fail over during degradation, and balance traffic across multiple connections.
Connect internal subnets through a secure overlay instead of exposing the underlying network. Control east-west traffic flows while maintaining clear network boundaries
Force WAN traffic to use trusted internal DNS resolvers. Protect name resolution and maintain consistent security policies across all sites.
Isolate applications, devices, or user groups into dedicated segments. Limit lateral movement and enforce granular traffic control across sites from a central point.
Deploy and configure new sites remotely without on-site intervention. Centralize configuration, updates, and troubleshooting to accelerate rollout and operations.
See how organizations reduce risk, unify access, and collaborate securely.

How the State Bank of Vietnam reduced false positives by 65% and integration time by 80% in national AML detection with AIDATACY’s encrypted collaboration engine
__Senior AML/KYC Manager__
You've seen what AIDATACY can deliver - unified visibility, Zero-Trust access, resilient multi-site security, and future-ready encrypted collaboration. Now it's your turn to run operations smoother - and spend smarter.