Microservices communication without service mesh hell
Automatic service discovery, intelligent routing, and secure inter-service communication. All the power of Istio or Linkerd without the complexity. No CRDs, no sidecar configuration, no yaml engineering.
Microservices benefits without the overhead
Setting up Istio or Linkerd requires deep Kubernetes knowledge, complex CRD configurations, and ongoing maintenance. Viduli gives you a production-ready service mesh automatically.
Service mesh installation
Install Istio/Linkerd, configure control plane
Service mesh included, zero setup
Sidecar injection
Configure sidecar proxies, manage resourcesAutomatic proxy management, abstracted away
Service discovery
Configure DNS, service registries manuallyAutomatic discovery, services find each otherFrom code to connected services instantly
Service mesh activates automatically when you deploy. Services discover and communicate securely without any configuration.
Deploy your services
Deploy multiple services to Viduli. Each service gets a unique name and is automatically registered in the service mesh.
Automatic discovery
Services automatically discover each other by name. No manual DNS configuration, no service registry setup. Just use service names in your code.
Intelligent routing
Traffic is intelligently routed with client-side load balancing. Circuit breaking, retries, and failover handled automatically.
Enterprise service mesh without Istio complexity
Get the benefits of Istio, Linkerd, or Consul without the installation complexity, CRD management, or ongoing maintenance. Powered by Envoy, configured automatically.
Automatic service discovery
Services find each other by name automatically. No manual DNS, no service registries. Deploy and connect instantly.
Client-side load balancing
Intelligent load balancing at the client. No central load balancer bottleneck. Better performance and reliability.
Circuit breaking & retries
Automatic circuit breaking prevents cascading failures. Intelligent retries for transient errors. Built-in resilience patterns.
mTLS encryption
Automatic mutual TLS between services. Secure service-to-service communication without certificate management.
Traffic routing
Advanced routing rules for canary deployments, A/B testing, traffic splitting. Coming soon with simple configuration.
Distributed tracing
Trace requests across service boundaries. Understand complex request flows and identify bottlenecks.
Build complex architectures with confidence
Whether you're building a few services or dozens, the service mesh handles communication complexity automatically.
Simple microservices
Perfect for small to medium deployments
- ✓3-10 services communicating
- ✓Automatic service discovery
- ✓Load balancing included
Complex microservices
Scale to dozens of services
- ✓10+ services with dependencies
- ✓Circuit breaking prevents failures
- ✓Observability across all services
Powered by Envoy, simplified for developers
We use industry-standard Envoy proxy for the data plane—the same technology powering Istio, AWS App Mesh, and major platforms. You get enterprise-grade reliability without the operational complexity.
Battle-tested technology
Envoy proxy is production-proven at scale by companies like Lyft, AWS, Google. Rock-solid reliability.
Zero configuration
Sidecar proxies automatically injected and configured. You never interact with Envoy directly—we handle everything.
Automatic updates
Envoy and mesh control plane updated automatically. Security patches and improvements without your intervention.
Cloud-native standard
Based on industry-standard service mesh patterns. Easy migration path if you ever need raw Kubernetes + Istio.
Service mesh that spans the planet
Deploy your services across multiple regions worldwide. Our planet-scale service mesh intelligently routes traffic to the nearest healthy instance, handles multi-region failover, and supports geo-distributed databases. Global scale, zero configuration.
Geographic load balancing
Traffic automatically routed to the geo-closest healthy region. Users in Europe connect to European instances, Asia to Asian instances. Minimal latency, maximum performance.
Multi-region failover
Region goes down? Traffic instantly fails over to the next nearest region. Your service stays online even during regional outages. True global resilience.
Multi-region multi-master databases
Deploy databases across regions with multi-master replication. Write anywhere, read everywhere. Conflict resolution handled automatically for global applications.
Cross-region service discovery
Services discover each other across regions automatically. Build truly distributed systems where services in different continents communicate seamlessly.
Every microservices architecture
Resilient service communication
Multiple backend services that need to communicate reliably. Automatic retries, circuit breaking, and failover keep your API responsive.
- ✓Resilient inter-service calls
- ✓Automatic load balancing
- ✓Failure isolation
Complex service dependencies
Services with intricate dependencies and communication patterns. Service mesh ensures reliable, observable communication.
- ✓Service discovery across services
- ✓Request tracing (coming soon)
- ✓Traffic control and splitting
Gradual microservices adoption
Breaking apart a monolith? Service mesh makes it easy to run services side-by-side and incrementally migrate functionality.
- ✓Monolith and services coexist
- ✓Gradual traffic shifting
- ✓Safe rollback capability
Traditional service mesh vs. Viduli
Enterprise-grade service mesh
Core Technology
Load Balancing
Resilience
Security
Build microservices without the complexity
Join developers who've adopted microservices without adopting service mesh operational overhead.
Frequently asked questions
Do I need to install Istio or Linkerd?
No! The service mesh is built into Viduli. You don't need to install, configure, or maintain any service mesh components. It's automatically available for all your services.
How do services discover each other?
Each service gets a unique name (like "user-service", "order-service"). Services can call each other using these names directly—no IP addresses, no manual configuration. The service mesh handles DNS and routing automatically.
What is client-side load balancing?
Instead of routing through a central load balancer (bottleneck), each service instance has a lightweight proxy that knows about all healthy instances of destination services. Requests are load-balanced at the client, providing better performance and no single point of failure.
How does circuit breaking work?
The service mesh monitors failures between services. If a service becomes unhealthy or unresponsive, the circuit breaker temporarily stops sending traffic to it, preventing cascading failures. Traffic automatically resumes when the service recovers.
Can I use this for a monolith?
Absolutely! Even a single application benefits from the service mesh's health checking, automatic retries, and resilience patterns. You can also gradually break out microservices from your monolith as your architecture evolves.
How does mTLS work?
Mutual TLS (mTLS) automatically encrypts all service-to-service communication and provides service identity verification. It's enabled by default in Viduli—no certificate management, no manual configuration required. Every service authenticates with every other service automatically.
Can I do canary deployments or traffic splitting?
Advanced traffic management (canary deployments, A/B testing, traffic splitting) is on our roadmap. You'll be able to gradually shift traffic between service versions with simple percentage-based controls.
How is distributed tracing different from logs?
Logs show what happened in individual services. Distributed tracing shows how a single request flows through multiple services—request IDs that span services, latency at each hop, failure points. It's coming soon and will integrate seamlessly with the service mesh.
What is planet-scale service mesh?
Planet-scale service mesh (coming soon) extends the mesh across multiple geographic regions. Traffic is automatically routed to the geo-closest healthy instance, providing minimal latency for global users. Includes multi-region failover and support for geo-distributed multi-master databases. Deploy once, serve the world.
What if I eventually need raw Istio/Linkerd?
Viduli's service mesh is based on industry standards (Envoy proxy, standard mesh patterns). If you eventually need the full control of raw Istio, the migration path is straightforward. For 95% of teams, you'll never need to leave Viduli's simplified mesh.