01 / 01 CONNECT → MAP → FIX → GATE

every PR. every deploy.
every risk.
caught before production.

Emfirge maps your live AWS infrastructure, simulates the blast radius of every change, and blocks dangerous PRs with a single GitHub Action. Context-aware Terraform fixes ship to your actual .tf files. No agents. No guessing.

Enterprise-grade cloud security. Free during beta.

Selected for Canopy '26 by Founders Inc
02 / How it works

Four steps.
Nothing installed.

A read-only role. A graph. A PR. A gate. Live in production in under two minutes, with nothing to babysit.

FIG 2.1 — Connect

Deploy a read-only role.

One CloudFormation stack. No credentials stored. The agent never sees write access.

FIG 2.2 — Map

Map the full attack surface.

18+ services mapped in parallel. Subnet-aware reachability. Weighted exploit paths. One graph.

FIG 2.3 — Fix

Get context-aware fixes.

Fixes land in your actual .tf file. Verify the fix resolves the finding before you merge.

FIG 2.4 — Gate

Block bad PRs automatically.

One GitHub Action. Every PR gets simulated against your live graph. New risks get flagged.

03 / Live Graph

See your cloud as an attack graph, not a resource list.

Emfirge maps 18+ AWS services in parallel, resolves subnet topology, and renders every relationship as a traversable graph. Attack paths are weighted by exploit difficulty a 5-hop trivial chain ranks more dangerous than a 2-hop credential theft.

Every node carries its findings, its IAM policy edges, and its blast radius. Click any node to see what an attacker can reach from there.

emfirge live graph view with attack paths
04 / Simulate

Test any change before it ships.

Pick a component type, configure it, hit Simulate. In under 4 seconds, Emfirge shows the exact findings introduced, the score delta, and the toxic combinations — all computed against your real infrastructure graph.

No LLM hallucinations. Deterministic BFS. The attack chain is built from your actual topology.

emfirge simulation panel with blast radius
05 / Remediation

Fixes land in your actual Terraform. Not a standalone folder.

Emfirge indexes your repo's .tf files on every push. When you click Fix, it finds the exact resource block, writes a surgical diff, and opens a PR on a feature branch.

Before you merge: Verify Fix simulates the remediation against your live graph. You see the score delta, which findings disappear, and whether it's safe to apply. You review. You merge. Done.

emfirge fix modal with diff-colored terraform
06 / CI/CD Gate

Every PR gets simulated against your live infrastructure.

Add one GitHub Action. On every PR that touches .tf files, Emfirge deep-copies your last scan, applies the PR's changes, rebuilds the full graph, runs all 61 rules, and detects new toxic combinations.

Results post as a PR comment: score delta, new findings with file paths, resolved findings, and a pass/fail verdict. Bad PRs get blocked. Good PRs get celebrated.

🛡️ Emfirge Security Gate FAIL
Score delta71 → 58 (▼ 13)
New findings2
New toxic combos1
Attack paths+1 new
REDIS-001 Redis in public subnet, no auth token 📁 modules/cache/main.tf:23
SG-003 Security group allows 0.0.0.0/0 on port 6379 📁 security-groups.tf:41
🔗 TC-004: Public Redis + no GuardDuty = silent credential exfiltration
# .github/workflows/emfirge-check.yml name: Emfirge Security Gate on: pull_request jobs: security: runs-on: ubuntu-latest steps: - uses: actions/checkout@v4 - run: curl -s $API/ci/analyze | post-comment
07 / Anatomy of a finding

One real toxic combination, end to end.

Every finding Emfirge surfaces is a complete dossier. Here's a real one: a public security group with SSH open, fronting an EC2 instance whose IAM role can read the production data lake.

FINDING EMF-EC2-002 · blast_radius: 10 · exploit_distance: 3
Critical
10.0.0.0/0internet
2sg-0a1b2c3d4e5f00002:22 open
3i-0abc000000000003ec2 · IMDSv1
4acme-data-lakes3 · read

SSH open to internet
  + IMDSv1 enabled (SSRF)
  + IAM role with s3:GetObject
= credential theft → data exfiltration

# security-groups.tf:14 · PR #84 · context-aware resource "aws_security_group_rule" "ssh" { type = "ingress" from_port = 22 to_port = 22 protocol = "tcp" - cidr_blocks = ["0.0.0.0/0"] + cidr_blocks = ["10.0.0.0/16"] security_group_id = aws_security_group.ssh.id }
✓ Verified: score 23 → 31 (+8) · 1 finding resolved
+1 −1 lines 1 file ▲ ready to merge
08 / Compliance

Prove what your cloud has always been.

Emfirge maps every finding to CIS AWS Benchmark and SOC 2 controls. Timeline mode shows your compliance posture over time — when controls passed, when they broke, and what changed.

Export evidence for auditors. No manual screenshots. No spreadsheets.

emfirge compliance timeline view
09 / vs Enterprise

Built for engineers who ship, not committees that meet.

The incumbentEnterprise CSPM

Built for companies with a CISO, a procurement team, and a security committee.

  • Weeks to deploy. Agents on every workload.
  • Findings land in a dashboard. Fixes land in Jira.
  • $50k+ annual contract. Per-asset pricing.
  • No PR-level analysis. No pre-deploy simulation.
  • Built for compliance audits, not engineering velocity.

EmfirgeYou, in 2 minutes.

Built for the engineer who owns infra and security.

  • Live in 2 minutes. Read-only role, nothing installed.
  • Findings come with the Terraform fix already written.
  • Every PR gets simulated. Bad changes blocked before merge.
  • Free during beta. No contract. No credit card.
  • PRs ship to GitHub. You review, you merge, done.
10 / Coverage

What happens after you connect.

61
Security rules run per scan, each mapped to severity, confidence, and blast radius.
rules · active
18+
AWS services mapped in parallel. EC2, RDS, S3, Lambda, IAM, VPCs, and more.
services · cartography
<4s
Simulation response time. Deterministic BFS, no LLM timeouts.
end-to-end · fast
5
Lines of YAML to enable the CI/CD security gate on every PR.
github action · one file
> no guessing. no generic advice. just your real infra, analyzed.

Connect your cloud.
Gate your PRs.

< 2 MIN · READ-ONLY · NO AGENTS · FREE DURING BETA