Salt Security vs. Akamai/Noname
Akamai bolted API security onto a WAF. Salt built agentic security from scratch.
Akamai acquired Noname in 2024 to add API discovery to its edge and WAF platform. That heritage still defines the product — traffic-centric, perimeter-focused, and built before AI agents existed. Salt Security was architected to protect the full agentic attack surface: LLM connections, MCP servers, and the API fabric where agents execute.
Traditional API Security
Discovery, posture, runtime protection
MCP Server and Agent Connections
Full governance, not just tagging
Agentic Security Graph
LLM, MCP, API, identity correlation
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What each platform was built to do
Edge security and agentic security
solve different problems
Salt Security: purpose-built agentic security
The full attack surface — LLM, MCP, and API
Salt Security was purpose-built for the agentic era. The Agentic Security Graph continuously maps and correlates every LLM connection, MCP server, API endpoint, identity, and sensitive data interaction across code, cloud, and runtime. No traffic mirroring required. No edge dependency. No blind spots when agents act inside the perimeter.
- Agentic Security Graph — LLM, MCP, and API layer correlation
- Identity-aware multi-step attack sequence detection
- Behavioral detection beyond signatures and traffic patterns
- Full east-west and internal API coverage
- Runtime-to-code remediation that closes the loop
- Out-of-band — zero latency, no traffic mirroring overhead
- Salt Code governance in developer workflows pre-production
Akamai / Noname: WAF-Native API Security
Traffic analysis built on edge infrastructure
Akamai's API security is a 2024 acquisition layered onto a CDN and WAF platform. It discovers APIs through traffic mirroring and detects threats using perimeter-based analysis. Akamai can tag APIs that connect to AI services — but has no architectural framework to correlate agent behavior across LLM, MCP, and API layers together.
- API discovery via traffic and source code scanning
- OWASP API Top 10 posture management
- Runtime threat detection and WAF integration
- No Agentic Security Graph — no LLM, MCP, API correlation
- No identity-aware multi-step sequence detection
- No runtime-to-code remediation loop
- High false positives and complex traffic mirroring setup
Head-to-head
The agentic capabilities
Akamai wasn’t built for
Akamai tags APIs. Salt correlates the entire agentic fabric. These are the capabilities that require a platform architected for agents, not one that discovered them mid-product.
| Feature | Description |  |  |
|---|---|---|---|
| Unified Agentic Discovery | Discovers APIs, MCP servers, and AI-driven assets across external exposure, cloud, code repositories, and runtime. |  |  |
| Agentic Security Graph | Correlates LLMs, MCP servers, APIs, identities, and sensitive data in one action-layer context. | | |
| Salt Code Governance | Governs API and MCP creation in repositories, pull requests, and developer workflows before risky logic reaches production. | | |
| Runtime-to-Code Remediation | Feeds runtime findings back into DevOps workflows and AI coding assistants to fix root causes. | | |
| Agent-Aware Sequence Correlation | Tracks unique agentic identities and multi-step intent across sessions, tools, and services. | | |
| Behavioral Action-Layer Protection | Detects machine-speed business-logic abuse beyond signatures, schemas, or prompt filters. | | |
| Internal & East-West Coverage | Protects internal APIs and downstream service interactions that edge-only and model-only tools miss. | | |
| Action-Layer Data Security | Maps sensitive data in motion across APIs, MCP servers, and agent actions. | | |
| Edge-Independent Coverage | Finds and protects risky APIs even when they are not routed through the Akamai edge. | | |
| No Sample-Based Discovery Ceiling | Does not depend on sampled edge traffic or request thresholds to surface newly discovered APIs. | | |
| No Separate WAAP Registration Workflow | Unifies discovery, posture, and action-layer security without requiring APIs to be separately registered for protection. | | |
Why it matters
AI agents don’t operate
at the edge
Traffic-based security has a fundamental blind spot in the agentic era
Akamai's API security was built on the premise that threats arrive at the perimeter and that all meaningful traffic passes through a gateway or CDN. AI agents break both assumptions. Agents authenticate to internal services, call APIs across east-west microservice paths, and chain actions across dozens of connections that never touch Akamai's edge.
Salt operates out-of-band across your full environment. No traffic mirroring setup. No data leaving your environment for SaaS processing. No alert noise from a baseline that was tuned for perimeter traffic patterns — not agentic behavior.
What Salt catches that Akamai misses
- Multi-step business logic attacks that look like normal traffic at every individual request
- Agent actions on internal APIs that never cross Akamai's infrastructure
- Agentic identity patterns — the same compromised agent acting across sessions and services
- Sensitive data exfiltration through low-volume, low-frequency API calls that never breach a traffic threshold
- Risky MCP server and API logic built into codebases before any traffic is ever generated
Salt code
Security before traffic exists to analyze
Akamai's detection model requires deployed APIs generating traffic before it can identify risk. Salt Code governs API and MCP creation at the repository level — scanning pull requests for risky integrations before they ship. Runtime findings feed back into developer workflows automatically, so the same misconfiguration never reaches production twice.
3
layers covered:
LLM, MCP, API
11
capabilities beyond
Akamai's architecture
0
traffic mirroring
required
100%
coverage regardless
of traffic routing
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