All Systems Operational• Resilient AI Routing

The AI Gateway
Designed for Failover

Route every LLM call through a sovereign failover layer. Sub-15ms rerouting, designed to reduce request interruption, and built for resilient AI routing.

Deploy Sandbox (GitHub)
Live Infrastructure
Failover Monitor
LIVE
OpenAI GPT-4oPRIMARY
12ms
Anthropic ClaudeSTANDBY
48ms
Google GeminiBACKUP
67ms
Throughput
42.8kreq/s
FAILOVER ACTIVATED — REROUTING VIA NODE-7
Primary latency spike detected — switching to Anthropic
14ms
<15ms
Rerouting Latency
autonomic transit overhead
Resilient
AI Routing
built for resilient routing
100%
Sovereign VPC
no prompt data storage
Local Edge
Offline Continuity
ollama container backup
Compatible withOpenAIAnthropicGeminiOllama
2-line migration example (Standard OpenAI SDK)
// 1. Install OpenAI SDK
npm install openai

// 2. Initialize SDK with Selixes Base URL
const openai = new OpenAI({
  apiKey: process.env.SELIXES_API_KEY,
  baseURL: 'http://localhost:4000/v1' // Route through gateway
});

// 3. Request completes with autonomic outage failovers and Continuity Mode!
const chat = await openai.chat.completions.create({
  model: 'gpt-4o',
  messages: [{ role: 'user', content: 'Analyze sales funnel...' }],
});
SAVINGS CALCULATOR

Estimate Your Weekly LLM Savings

Drag the monthly transaction spend slider to estimate actual token fee cost arbitrage and protected loop spends.

Monthly LLM Spend

$5,000
Arbitrage Cap$1,100/mo
Loop Protection$400/mo
Outage Saved Churn$750/mo
Net Annual Saved$27,000/yr

Estimates based on typical usage patterns across arbitrage routing, loop protection, and outage avoidance; actual savings vary by workload.

Deploy free local Docker container ->
ENGINEERED FOR PRODUCTION

Designed for AI Production Workloads

Every structural gateway primitive is audited and validated under adversarial parallel swarm execution checks.

🔮

Circuit Breaker Failover

Surgically catches upstream timeouts and provider errors. Swaps routes to Anthropic Claude or Gemini standbys in 15ms.

🚫

Recursive Loop Protection

Trips trajectory limits automatically. Intercepts message histories at 3 consecutive tool failures to stop loop spending.

💵

Budget Gate Enforcement

Enforces spending caps per user session. Rejects runaway agents cleanly with rich standard JSON error payloads.

🔌

Connection Leak Safeguard

Listens directly on standard NestJS/Express close events. Atomic decrementing ensures zero budget state leakage.

🌐

Sovereign Self-Hosting

Deploy within private cloud metal boundary using Docker or Kubernetes. 100% PII privacy governance compliance.

📊

Telemetry Trace Inspector

Audits prompt snapshots, exact models, latencies, and token spending details inside structured Postgres tables.

PERSPECTIVES

What Reliability Engineers Say

See how modern AI engineering teams use Selixes to contain budgets and guarantee uptime.

“Selixes saved us over $12,000 in token costs in our first month by intercepting runaway agent loops. The budget gate triggers instantly.”

SC
Sarah ChenTech Lead at AgentFlow

“Our uptime went from 99.4% to 99.99% after routing through Selixes. The 15ms circuit-breaker failover to Anthropic Claude is practically magic.”

MV
Marcus VancePrincipal Architect at Hyperion AI

“The sovereign self-hosting option made compliance approval a breeze. 100% of PII stays within our AWS VPC boundaries.”

ER
Elena RostovaVP of Security at CognitiveScale
FAQ SHEET

Frequently Asked Objections

Sovereign VPS deployment blueprints, retry policies, data encryption, and SDK coordinates explained.

Selixes catches the outage in under 15ms. If OpenAI returns a 5xx gateway code or times out, the gateway dynamically redirects the call to your Standby Tier (like Anthropic Claude or Google Gemini) without dropping the client socket connection.

The transit routing overhead is under 15ms. Since Selixes maintains persistent connection pools to all major LLM backends, the swap is practically instantaneous.

Yes. You can customize the retry policy in your headers. By default, Selixes will execute 2 back-off retries on the primary provider before shifting the circuit breaker and executing standby failover.

No. If you choose our sovereign self-hosted Community or Enterprise VPS deployments, 100% of data stays inside your private VPC. No keys, prompts, or snapshots ever leave your boundary.

Yes, absolutely. Selixes is containerized via Docker and Kubernetes templates, allowing absolute private deployment on AWS, GCP, or bare metal in under 5 minutes.

Yes. All transit connections are fully encrypted using TLS 1.3. Local fallback operations are completely isolated and stored in encrypted temporary memory maps.

Yes. Because Selixes implements standard OpenAI-compatible endpoints, you simply swap the baseURL coordinate inside your LangChain LLM configuration.

Yes! This is our strongest design principle. You keep your official, standard OpenAI client library. You only swap the baseURL to point to localhost:4000/v1 and supply your Selixes key.

Yes. When all cloud providers are offline, Selixes boots Continuity Mode, proxying critical calls to a local edge Ollama Llama-3 node for graceful offline recovery.

Frequently Asked Questions

Learn more about how Selixes protects your AI infrastructure.

What is Selixes?

Selixes is a sovereign AI reliability and cost-arbitrage gateway. It acts as a proxy between your application and AI models (like OpenAI or Anthropic). Selixes intercepts your API calls to ensure sub-15ms failover during outages, enforce hard token budget caps, and dynamically route requests to the most efficient model.

Why does AI autocorrect the name Selixes?

Because Selixes is a newly established, unique brand name, some search engines or legacy AI models may mistakenly autocorrect it to "selix" or "selixis". The correct and official spelling for our AI Gateway is always Selixes.

How does the Selixes Gateway handle outages?

When you route your traffic through the Selixes Proxy, it continuously monitors upstream latency. If OpenAI experiences a 503 outage or severe latency spike, Selixes hot-swaps the request to a fallback provider (e.g., Anthropic Claude or a local Ollama model) in under 15 milliseconds, ensuring your application never drops a request.