DenseDefense builds tools that harden systems, protect intellectual property, and close compliance gaps — so you can focus on your mission.
Like armor plate. No penetration. Every surface hardened, every layer reinforced. We don't leave gaps for attackers to exploit.
In depth. Not a single wall — a series of barriers, each one sufficient on its own, devastating in combination.
Air-gap ready. No cloud dependency. No phone-home. Your security infrastructure runs where you control it — on your network, your terms.
Purpose-built tools for organizations that take security seriously.
CMMC Level 2 / NIST 800-171 Compliance Scanner & Remediation Engine
NIST 800-53 Rev 5 / FedRAMP Compliance Scanner & Remediation Engine
Python IP Protection — Source-Level Obfuscation & String Encryption
The compliance scanner built for organizations pursuing CMMC Level 2 certification.
From network discovery through signed evidence collection in 7 structured steps. Zero guesswork — the dashboard guides you through discovery, preparation, scanning, review, remediation, and teardown.
Deploy SSH keys or certificates during endpoint preparation. Admin credentials are entered once — all subsequent scanning and remediation uses deployed keys automatically. No passwords on the wire.
Smart ordering, lockout detection, auto-rollback, and 90-second timeouts. CM.3.067 always runs last. DANGER MODE for high-risk controls with confirmation overlay and rollback capability.
23-document evidence package with SHA-256 hashes and Ed25519 digital signatures. Baseline auto-collected after scan, final package after remediation. Both ZIPs submitted to your C3PAO.
930 source files compiled to native C. Not reversible with standard Python decompilers.
8,800+ strings encrypted with SHA-256 stream cipher + HMAC integrity. Plaintext exists only in RAM during execution.
All 110 remediation commands encrypted at rest with authenticated encryption.
Offline cryptographic license validation with tamper-proof signatures.
Runtime self-verification of critical files and module structure at startup.
68 internal identifiers randomized. Function names, variables, and class names unrecoverable.
The compliance scanner built for federal agencies, FedRAMP cloud providers, and defense contractors pursuing NIST 800-53 compliance.
Assess all 305 NIST 800-53 Rev 5 controls across 20 control families. Windows endpoints via WinRM, Linux via SSH. Select FedRAMP baselines — Low, Moderate, or High — and scan your entire fleet in parallel.
Purpose-built for FedRAMP authorization. Low baseline covers 137 controls, Moderate covers 303, and High covers all 305. Filter scans by baseline to match your authorization level.
Fix findings with automated remediation across all 20 control families. Each remediation includes risk level, impact analysis, and rollback guidance. Review before you execute — every action is documented.
Generate executive-ready PDF reports with compliance scorecards, per-control findings, and remediation recommendations. Map findings to FedRAMP baselines and NIST 800-53 families.
Source compiled to native C. Not reversible with standard Python decompilers.
All strings encrypted with SHA-256 stream cipher + HMAC integrity. Plaintext exists only in RAM during execution.
All 305 remediation commands encrypted at rest with authenticated encryption.
Offline cryptographic license validation with tamper-proof signatures.
Runtime self-verification of critical files and module structure at startup.
Internal identifiers randomized. Function names, variables, and class names unrecoverable.
Python IP Protection. Because your source code is your competitive advantage.
def execute_remediation(host, command, creds):
"""Run remediation command via SSH."""
client = paramiko.SSHClient()
client.connect(host, username=creds.user,
password=creds.password)
stdin, stdout, stderr = client.exec_command(
f"sudo bash -c '{command}'"
)
return stdout.read().decode("utf-8")
import hashlib as _h;import hmac as _hm
_PP='# PIPpro-obfuscated'
_K=b'\x9a\x3f\xb1...'
_S=[b'\xf2\xa1\x8c...',b'\x71\xc0...',...]
_H=b'\x4e\x2a...'
_C=dict();_V=False
def _s(_i):
global _V
if not _V:
_d=b''.join(_S);_V=True
if _hm.new(_K,_d,'sha256').digest()!=_H:
raise RuntimeError('integrity')
if _i in _C:return _C[_i]
_c=_S[_i];_r=b''
for _n in range((_l:=len(_c)+31)//32):
_r+=_h.sha256(_K+_i.to_bytes(4,'big')
+_n.to_bytes(4,'big')).digest()
_v=bytes(_c[_j]^_r[_j]for _j in range(_l))
_C[_i]=_v.decode();return _C[_i]
def _q7kx9m2p(_x8fn3k,_r2mv7p,_j4tn9w):
_y6bk2m=__import__(_s(14))
(lambda:[_x8fn3k])()[0]
_w3np8q=_s(7)(_x8fn3k,**{_s(15):
_j4tn9w._s(3),_s(16):_j4tn9w._s(4)})
if(7*13)%91!=0:_z=None
return _w3np8q._s(12)()._s(17)(_s(18))
Remove docstrings, type annotations, and comments from the AST.
SHA-256 stream cipher encryption of all string/bytes literals with HMAC-SHA256 integrity checking. Per-file keys, cached decryptors.
Opaque predicates wrap conditionals in lambda closures. Dead code injection with mathematical tautologies.
Mangle ALL identifiers to random 12-character strings. Public and private names alike. Decryptor names blend in.
Replace import statements with __import__() calls using encrypted module names.
Optional Nuitka compilation to native binary. Standalone .exe or .so/.pyd module.
Scan compiled binary for plaintext leaks. Built-in pattern detection for credentials, commands, paths.
# Full protection (all phases enabled)
pippro --source-dir src/ --output-dir dist/ --control-flow --obfuscate-imports
# Protect and compile to native binary
pippro --files app.py --compile --standalone --entry app.py --verify
# Conservative mode (v1.x behavior, underscore-only renaming)
pippro --source-dir src/ --output-dir dist/ --safe-rename-only
# Dry run with statistics
pippro --source-dir src/ --dry-run --show-map --show-string-stats
# Preserve public API names
pippro --source-dir src/ --output-dir dist/ --preserve-file public_api.txt
| PIPpro | PyArmor | Cython | Nuitka | |
|---|---|---|---|---|
| SHA-256 string encryption | ✓ | ✓ | ✗ | ✗ |
| HMAC integrity checking | ✓ | ✗ | ✗ | ✗ |
| Full name mangling | ✓ | ✓ | ✗ | ✗ |
| Control flow obfuscation | ✓ | ✓ | ✗ | ✗ |
| Import obfuscation | ✓ | ~ | ✗ | ✗ |
| No license required | ✓ | ✗ | ✓ | ~ |
| No file size limits | ✓ | ✗ | ✓ | ✓ |
| Cross-platform | ✓ | ~ | ~ | ~ |
| Zero dependencies | ✓ | ✗ | ✗ | ✗ |
| Composable with Nuitka | ✓ | ~ | ✗ | n/a |
DenseDefense builds cybersecurity tools for organizations that operate in regulated, high-stakes environments — defense contractors, federal agencies, FedRAMP cloud providers, critical infrastructure, and any organization pursuing CMMC or NIST 800-53 compliance.
Our philosophy is simple: defense in depth, deployed on your terms. Every product we ship works offline, requires no cloud connectivity, and leaves no gaps for attackers to exploit. We don't sell dashboards that phone home. We sell armor.
Founded by practitioners who've built security infrastructure from the ground up, DenseDefense understands that compliance isn't a checkbox — it's an ongoing operational commitment. Our tools are built to make that commitment sustainable.
Every product works fully offline. No telemetry, no cloud dependency, no surprise network calls.
Standard formats, open protocols, your data. If you stop using our tools, your reports and findings go with you.
We document our protection layers publicly. Security through obscurity alone is not security — it's hope.
Ready to close your compliance gaps? Let's talk.
ForteFide Scanner — Free
ForteFide Pro — Licensed
ForteFed Scanner — Free
ForteFed Pro — Licensed
PIPpro — Licensed
Defense Contractors
Federal Agencies
FedRAMP Cloud Providers
Critical Infrastructure
CMMC-Seeking Organizations