STAY SAFE
Gateways guard the door.
BlueRock protects the building.
What Your Gateway Sees
vs.
What Actually Happens
BLUEROCK
Sees:
47 tool calls
12 data accesses
3 code execution steps
1 privilege escalation
Verdict: ✗ BLOCKED
"SELECT * FROM customers WHERE 1=1" → Data exfil attempt
Your gateway sees: "tool_call: database_query" → ✓ Passed (valid tool, valid params)
BlueRock sees: "SELECT * FROM customers WHERE 1=1" → → BLOCKED (data exfiltration)
By the time your gateway logs the request, the agent has already:
• Called 47 tools with varying parameters
• Accessed 12 data sources across 3 environments
• Executed shell commands in 2 containers
• Attempted to exfiltrate 50K records
Your gateway saw a successful request. Nothing more.
The agent didn't go rogue.
It did exactly what it was allowed to do.
The problem isn't AI. The problem is access.
Every incident maps back to ungoverned context — not malicious intelligence.
The Gap Is Growing. The Clock Is Running.
The MCP Trust Registry scanned 7,100+ servers. Here's what we found:
of MCP servers have critical vulnerabilities
Nearly 1 in 10 servers your agents touch are compromised.
of MCP servers have command injection flaws
Happens below the gateway layer.
MCP servers are vulnerable to SSRF
One request to reach your internal network.
The teams who solve this first will define the standard.
The ones who wait will be retrofitting for years.
BlueRock Secures All Three Execution Boundaries
Every agentic incident — every real breach — maps to one of three boundaries.
Gateways see one. BlueRock sees all three.
Tools
What agents can use
MCP calls, tool params, server trust
Gateway: ✓
BlueRock: ✓
Data
What agents can access
Read, write, transform, exfiltrate
Gateway: ✗
BlueRock: ✓
Execution
What agents can do
Shell commands, subprocesses, file operations
Gateway: ✗
BlueRock: ✓
See Everything. Control the Context.
Agentic Visibility
See every action: tools → data → execution.
• Unified action map
• Drift detection
• Root cause in seconds
• OTEL-native telemetry
See the Agentic Action Map
MCP Server Protection
Block unsafe actions before they run.
• Tool governance (allow/deny)
• Data access rules
• Code execution shield
• Pre-execution enforcement
Learn How to Secure Actions
Start with visibility.
Add runtime control when you're ready.
BlueRock FAQs for Security Teams
How is BlueRock different from MCP gateways?
Gateways inspect MCP traffic at the edge — they see requests, not actions. By the time a gateway logs "tool_call: database_query," the agent has already executed 47 tool calls, accessed 12 data sources, and attempted to exfiltrate data.
BlueRock operates at runtime — embedded where agents actually execute. We see the full action chain across tools, data, and code execution, and we block unsafe actions before they run. Gateways cover one of three execution boundaries. BlueRock covers all three.What is the MCP Trust Registry?
What signals does BlueRock capture that gateways miss?
BlueRock captures action-level telemetry across three boundaries:
Tools: Every MCP tool invocation, parameters passed, chained tool behavior, and drift from expected patterns
Data: Data access patterns, read/write scope, source-to-sink flows, and exfiltration attempts
Execution: Shell commands, subprocess spawning, file operations, and privilege escalation attempts
Gateways see the MCP request layer only. They're blind to what happens after the request is approved.
What does "pre-execution enforcement" mean?
Most security tools detect problems after they happen — they log the breach, then you investigate. BlueRock blocks unsafe actions before they execute.
When an agent attempts a dangerous action — like running SELECT * FROM customers WHERE 1=1 or spawning an unauthorized shell — BlueRock intercepts and blocks it at the moment of action, not after damage occurs. This is the difference between forensics and prevention.
Can agents bypass BlueRock the way they can bypass gateways?
No. Gateways sit at the network edge — agents can bypass them via direct tool calls, shadow MCP servers, or any path that doesn't route through the gateway.
BlueRock is embedded in the execution path itself. We're inside the runtime where actions occur. There's no network route around us — if the action executes, we see it.
Does BlueRock provide audit trails for compliance?
Yes. Every action is logged with full context: agent identity, tool called, parameters passed, data accessed, and outcome (allowed/blocked). Events are OTEL-native and can be exported to your existing SIEM or observability stack.
For incident investigation, BlueRock provides time-sequenced event replay — root cause isolation in seconds, not hours of manual log correlation.
How does BlueRock handle multiple agents and MCP servers at scale?
BlueRock is designed for production scale. The runtime layer adds minimal latency (<5ms per action), and the platform correlates events across all agents, MCP servers, and execution environments into a unified action map.
Teams can set organization-wide policies, per-agent rules, or per-tool controls depending on governance requirements.
How do we get started with BlueRock?
Three paths:
Explore the MCP Trust Registry — Free tool to evaluate MCP server risk before you connect. No signup required.
Deploy FastMCP + BlueRock on AWS — Free tier with visibility and safe defaults. Launch in minutes.
Schedule a demo — See the full Agentic Protection Platform with your team.
We already have an AI gateway. Can BlueRock integrate with it?
Yes, but you likely won't need to. Gateways and BlueRock operate at different layers — they see requests, we see actions.
If you're already running a gateway for human-to-LLM interactions, keep it. For autonomous agent workflows, BlueRock provides the visibility and control that gateways architecturally can't deliver. Most teams use BlueRock instead of extending their gateway to agentic workloads.
