About Pipy
Pipy is a programmable proxy with a core written in C++ that runs on cloud, edge, and IoT systems. It includes a built-in JavaScript engine for custom logic implementation.
How to evaluate Service Mesh & API Gateway
This is how the CIOPages Research Team evaluates this category. It is not an assessment of Pipy. The category covers two kinds of product, so both frameworks are here. Most buyers need one of them.
25%
Gateway & Traffic Management
Performance (latency < 5ms p99), rate limiting, load balancing, circuit breaking, protocol support (REST, GraphQL, gRPC, WebSocket)
25%
Security
OAuth 2.0/OIDC, API key management, mTLS, bot detection, runtime threat protection, OWASP API Top 10 coverage
20%
Developer Experience
Developer portal, API documentation (OpenAPI/Swagger), SDK generation, sandbox environments, self-service API access
15%
Analytics & Observability
Real-time traffic analytics, API usage dashboards, error tracking, latency monitoring, consumer analytics
15%
Lifecycle Management
API design (spec-first), versioning, deprecation workflows, CI/CD integration, governance policies, API catalog
25%
Security & Zero-Trust Identity
Automatic mTLS for all service-to-service traffic, workload identity (SPIFFE/SVID) and certificate issuance/rotation, L4 and L7 authorization policy, integration with an external CA or your PKI, and FIPS-validated cryptography if you are regulated
25%
Day-Two Operations & Lifecycle
Upgrade mechanics and whether they force app-pod restarts, control-plane and certificate-authority operability, blast radius of a control-plane failure, debuggability of the data plane, multi-cluster lifecycle, and the realistic platform-team headcount to own it
20%
Data-Plane Architecture & Performance
Sidecar vs. eBPF vs. ambient model, per-pod or per-node resource overhead, added per-hop latency, behavior with βserver-speaks-firstβ and non-HTTP protocols, and whether L7 features can be adopted incrementally rather than all-or-nothing
15%
Traffic Management & Resilience
Request routing and canary/blue-green shifting, retries, timeouts, circuit breaking and outlier detection, fault injection for testing, multi-cluster and multi-zone failover, and east-west traffic policy beyond a single cluster
10%
Observability & Topology
Golden signals (latency, traffic, errors, saturation) per service with zero code change, distributed-trace context propagation, a live service-dependency map, and clean export to your existing Prometheus/Grafana/OpenTelemetry stack
5%
Ecosystem, Support & Governance
Project maturity and governance (CNCF status, breadth of maintainers, single-vendor vs. neutral control), OSS license vs. source-available terms, Kubernetes Gateway API / GAMMA support, and the quality of available commercial support and managed options
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Quick Facts
flomesh.io/pipyCategoryCloud Infrastructure
SubcategoryService Mesh & API Gateway
FoundedNot on file
HeadquartersNot on file
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