HTTP/3, post-quantum cryptography, non-disruptive operations, and an API-first architecture — modern protocols delivered as standard capabilities.
Enterprise ADC platforms are often extended by layering new protocols onto previous-generation architectures. That approach can place limits on modern protocol support, automation, and non-disruptive operations.
TR7's architecture positions HTTP/3, TLS 1.3, post-quantum readiness, API-first management, and an open observability approach as part of the standard platform experience. Policy, certificate, and many operational changes are managed in a way that reduces traffic disruption.
Modern protocols, open automation, operations focused on continuity.
TR7's architecture is designed to align with protocol evolution, the post-quantum cryptography transition, CI/CD integration, and modern observability stacks.
Modern protocol support, non-disruptive updates, and open integration are often positioned as add-ons or afterthoughts on traditional platforms. On TR7, they are offered as standard capabilities.
The protocols defining the direction of the internet — built in, not added on.
Client-side HTTP/3 over QUIC; improvements in mobile performance and head-of-line blocking removal. Native protocol negotiation with HTTP/2 fallback preserves full compatibility.
1-RTT handshake shortens connection establishment; 0-RTT session resumption for returning users. Perfect Forward Secrecy and OCSP Stapling are enabled by default.
The architecture is prepared to support transition scenarios with ML-KEM-512/768/1024 (NIST FIPS 203) for quantum-safe key exchange and ML-DSA-44/65/87 (NIST FIPS 204) for quantum-safe digital signatures. Application, client, and certificate-infrastructure compatibility should be evaluated together.
Native IPv6 support, IPv6 health checks, IPv6-aware WAAP policies, and IPv6↔IPv4 translation — all built in. No restrictions in the management or data plane.
Policy changes, certificate rotations, and many operational updates are designed to be applied without producing service disruption.
Many platform software updates can be applied without interrupting traffic flow. For kernel, firmware, and hardware-level updates, the HA architecture is used to plan in a way that minimizes user impact.
When hardware maintenance or a low-level update is required, the HA pair manages the transition transparently. The partner appliance keeps processing traffic; user impact is kept to a minimum.
Policy changes, certificate rotations, WAAP rule updates, and backend changes are applied without dropping connections.
"No reboot" is not an absolute claim. By change type, there are two categories: hot-applicable and HA-managed.
The following changes are applied immediately while traffic continues to flow:
The following larger changes are applied via HA-pair transition; user impact is kept to a minimum:
On HA deployments, the appropriate method is selected automatically based on the change type. For details, see hot configuration reload and the clustering approach.
Native integrations aligned with the modern DevOps stack for monitoring, reporting, and incident correlation.
TR7 integrates with the existing monitoring and reporting infrastructure through open standards, instead of increasing dependency on vendor-specific dashboards. For details, see the observability solution page.
Native Prometheus integration with 50+ real-time metrics; CPU, memory, throughput, latency, connections, backend health, and security events.
Ready-to-use Grafana dashboard templates with pre-built views for traffic patterns, performance, and security. Custom dashboards can also be built with open access to every metric.
OpenTelemetry-compatible distributed tracing support; end-to-end request visibility across the application stack. Correlate TR7 processing with upstream and downstream services.
Structured log export (CEF, JSON, Syslog) to Splunk, QRadar, Elastic, and syslog-compatible platforms. Events are delivered enriched with CWE, CAPEC, and MITRE ATT&CK identifiers.
A REST API with full feature parity with the web interface; designed for CI/CD integration and event-driven automation.
TR7's architecture ensures that everything configurable in the interface can be automated via the API. Release flows, certificate deployments, and policy updates can be integrated into your existing DevOps flow. Endpoints and examples are available on the API documentation page.
A comprehensive RESTful API; a management model that aims for feature parity with the web interface. OpenAPI-compatible, Bearer token authentication.
Policy updates, certificate deployments, and backend changes can be automated as part of your release process.
With webhooks and custom triggers, automatic responses to real-time traffic conditions or security events can be configured.
A full-featured CLI accessible from the browser; tab completion, command history, and built-in diagnostic tools such as tcpdump/ping/traceroute.
From branch office to datacenter, from virtual appliance to hybrid deployment — the same engine, the same interface, and the same operational model.
From H700 to H27000 — from 5 Gbps branch office to 800 Gbps datacenter. FPGA acceleration, hardware crypto engines, enterprise redundancy.
Deploy on VMware ESXi, Hyper-V, KVM, or Proxmox VE. Near-native performance with SR-IOV and DPDK support. No artificial CPU/RAM limits.
N+M clustering with stateful failover, configuration synchronization, and cross-node session persistence. Active-Passive offers affordable pricing.
Hardware and virtual instances can run together in a single cluster. Centralized management and unified policies enable continuous traffic distribution between on-premises and virtualized environments.
TR7 offers modern protocol support, non-disruptive operations, and open automation capabilities as part of the standard product. Future readiness is positioned not as an add-on but as an architectural decision built in from day one.
In a live demo, let's review TR7's protocol support, non-disruptive operations, and automation interface together with your own scenarios.
Capability scope, performance figures, license models, and support tiers described on this page may vary depending on the deployment, license package, hardware model, and selected support program. For detailed scope, please review the relevant product, license, and support pages.