AI Gateway
14Step Pipeline

AI Security Pipeline
That Never Sleeps

Every AI request passes through 14 security checkpoints before reaching the LLM and 14 more on the way back. Authentication, injection detection, content filtering, tool validation, and full audit trail — in under 50ms of overhead.

18+
LLM Providers
33
Provider Types
38
Injection Patterns
9
Attack Techniques

The 14-Step Security Pipeline

Every AI request is inspected, validated, and secured at each stage. No shortcuts. No bypasses.

1

Authentication

Step 1

JWT + API key verification with tenant isolation

Every request is authenticated via JWT bearer tokens or API keys. Tenant context is extracted and bound to the request lifecycle, enabling Row-Level Security across all downstream operations.

2

Rate Limiting

Step 2

Redis sliding-window rate limiter per tenant/user

Redis-backed sliding window algorithm enforces configurable rate limits per tenant, user, and endpoint. Burst allowances, backoff headers, and 429 responses with retry-after timing.

3

Request Validation

Step 3

Schema validation, payload size limits, encoding checks

Pydantic v2 strict validation ensures every request matches the expected schema. Payload size limits, content-type verification, and Unicode normalization prevent malformed inputs.

4

Policy Evaluation

Step 4

Tenant-specific policies, model allowlists, content rules

Evaluates tenant-specific gateway policies: allowed models, blocked providers, content categories, token budget enforcement, and custom business rules defined by administrators.

5

Prompt Injection Detection

Step 5

9 attack techniques detected with heuristic + encoding analysis

Detects direct injection, indirect injection, jailbreak attempts, DAN prompts, role-playing exploits, Unicode tricks, Base64 encoding, RTL override attacks, and homoglyph substitution.

6

Content Filtering

Step 6

PII detection, toxicity screening, topic blocking

ML-based content classification screens for PII (SSN, credit cards, Aadhaar, PAN), toxic language, NSFW content, and tenant-configured blocked topics before reaching the LLM.

7

Token Budget Enforcement

Step 7

Per-tenant, per-model token quotas with cost tracking

Enforces per-tenant and per-model token budgets with real-time cost tracking. Supports daily, weekly, and monthly quotas with configurable hard/soft limits and overage alerts.

8

Cache Check

Step 8

Semantic cache lookup for repeated queries

Redis-backed response cache with configurable TTL. Semantic similarity matching reduces redundant LLM calls, cutting costs and latency for repeated or near-identical prompts.

9

Provider Routing

Step 9

Intelligent routing across 18+ LLM providers

UniversalLLMAdapter routes requests to the optimal provider based on model availability, latency, cost, and failover priority. Supports load balancing and automatic provider fallback.

10

LLM Execution

Step 10

Proxied request with timeout, retry, and circuit breaker

Request is forwarded to the selected LLM provider with configurable timeouts, exponential backoff retry, and circuit breaker protection. Streaming responses are supported end-to-end.

11

Response Validation

Step 11

Output safety checks, hallucination flags, format verification

LLM responses pass through output safety filters: PII leak detection, hallucination risk scoring, format compliance verification, and content policy re-evaluation before delivery.

12

Tool Call Validation

Step 12

38 injection patterns across SSRF, SQLi, path traversal

When LLMs invoke tools, every parameter is scanned against 38 regex-based injection patterns covering SSRF, command injection, path traversal, SQL injection, template injection, and encoded payloads.

13

Cache Store

Step 13

Validated responses stored for future retrieval

Validated responses are stored in the semantic cache with computed embeddings for future similarity matching. Cache eviction follows LRU with configurable per-tenant TTL policies.

14

Audit Trail

Step 14

Full request/response audit with CloudEvents logging

Complete request/response pair logged as CloudEvents v1.0 with tenant context, latency metrics, token usage, cost, policy decisions, and security findings. Immutable audit trail for compliance.

9 Attack Techniques Neutralized

The HeuristicPromptInjectionDetector analyzes every prompt for known attack vectors using pattern matching, encoding detection, and character-level analysis.

Direct prompt injection
Indirect prompt injection
Jailbreak / DAN prompts
Role-playing exploits
Unicode obfuscation
Base64 encoded payloads
RTL override attacks
Homoglyph substitution
Emoji-based encoding

Tool Call Validator — 38 Injection Patterns

When LLMs invoke external tools, every parameter is scanned against 38 regex-based patterns covering the most dangerous injection categories. No tool call reaches your infrastructure without validation.

SSRFCommand InjectionPath TraversalSQL InjectionTemplate InjectionEncoded PayloadsUnicode TricksNested Injection

33 Providers Across 5 Categories

The UniversalLLMAdapter provides a single, unified interface to every major LLM provider. One API, any model, anywhere.

US / Western

12 providers
OpenAI
Anthropic
Google Gemini
Meta Llama
Mistral AI
Cohere
AI21 Labs
Inflection
xAI (Grok)
Perplexity
Reka AI
Writer

Chinese / APAC

10 providers
Baidu (ERNIE)
Alibaba (Qwen)
Zhipu AI (GLM)
Moonshot AI
01.AI (Yi)
DeepSeek
Minimax
SenseTime
Tencent Hunyuan
ByteDance (Doubao)

Cloud Platform

3 providers
AWS Bedrock
Azure OpenAI
GCP Vertex AI

Self-Hosted

5 providers
Ollama
vLLM
TGI (HuggingFace)
LocalAI
LM Studio

Custom

1 providers
OpenAI-Compatible API
12
US / Western
10
Chinese / APAC
3
Cloud Platform
5
Self-Hosted
1
Custom

Kill Switch Scope Hierarchy

Instant shutdown at any level of granularity. From killing a single rogue agent to halting all AI operations platform-wide in under 100ms.

KILL
GlobalProviderModelAgent

Global Kill Switch

Kill all AI operations across entire platform instantly

Provider Kill Switch

Disable a specific LLM provider (e.g., block all OpenAI calls)

Model Kill Switch

Block a specific model version (e.g., quarantine gpt-4-turbo)

Agent Kill Switch

Terminate a single AI agent while others continue operating

Kill propagation latency: < 100ms

Enterprise Security Built In

Not bolted on as an afterthought. Every security control is a first-class citizen in the pipeline architecture.

< 1ms overhead

Redis Rate Limiting

Sliding-window rate limiter backed by Redis. Per-tenant, per-user, and per-endpoint quotas with burst allowances and automatic 429 responses with retry-after headers.

Up to 40% cost savings

Semantic Caching

Intelligent response cache with semantic similarity matching. Reduces redundant LLM calls by up to 40%, cutting both latency and cost while maintaining response freshness.

100% request coverage

Immutable Audit Trail

Every request, response, policy decision, and security finding logged as CloudEvents v1.0. Immutable, tenant-isolated audit trail supporting compliance assessments across multiple frameworks.

Per-tenant isolation

Policy Engine

Configurable per-tenant policies governing model access, content rules, token budgets, and provider routing. Version-controlled policy definitions with rollback capability.

Real-time tracking

Token Budget Management

Real-time token usage tracking with configurable daily, weekly, and monthly quotas. Hard limits prevent overspend; soft limits trigger alerts for proactive cost management.

Auto-recovery

Circuit Breaker

Automatic circuit breaker protection for every LLM provider. Detects failures, opens circuit to prevent cascade, and auto-recovers with half-open state testing.

Ready to Deploy

Secure Your AI Pipeline

14 security checkpoints. 33 LLM providers. 38 injection patterns. Zero trust by default. Deploy the most comprehensive AI security gateway in under 15 minutes.

Enterprise-Grade Security
Multi-Tenant Isolation
EU AI Act Assessments
NIST AI RMF Assessments