CYBER OPERATIONS

SINDRI

Autonomous Offensive Cybersecurity for Force Protection

Modern adversaries operate in cyberspace as freely as the physical domain. SINDRI hunts vulnerabilities autonomously across enterprise infrastructure — the same targets and systems SOF and DoD rely on daily.

Every weakness SINDRI finds and reports before an adversary does is one fewer entry point for hostile actors. For military cyber teams, SINDRI is a force multiplier: persistent automated reconnaissance, vulnerability discovery across 22 attack domains, and AI-driven triage that surfaces only actionable findings.

One system doing the work of a team of penetration testers, running 24/7 without fatigue or oversight gaps.

THE PROBLEM

Cyber attacks on DoD-adjacent infrastructure are accelerating. Annual penetration tests miss what was introduced between cycles. Bug-bounty programs are reactive, not preventive. Cyber security teams are understaffed, and full-time penetration testers cost $200K+ per seat.

Manual security testing cannot keep pace with adversary speed. Every hour of unaddressed vulnerability is a potential breach window. The gap between “we got a clean pen test in March” and “we got popped in November” is an 8-month visibility hole.

SINDRI closes that hole. Persistent, autonomous reconnaissance and triage that runs while the human team focuses on what only humans can do.

CAPABILITIES

Full-Spectrum Coverage

22 security domains including web exploitation, authentication bypass, API attacks, cloud misconfiguration, Active Directory compromise, and supply chain vulnerabilities.

Persistent Operations

Runs continuously without human attendance. Reconnaissance, scanning, correlation, and initial triage happen autonomously. The system never sleeps, never takes leave.

Operator-Controlled

Every finding requires human verification before action. The system discovers and recommends — a qualified operator decides. Maintains command authority over all offensive actions.

Proven Against Enterprise Targets

Currently active against multiple enterprise platforms. Validated methodology. Real findings against real infrastructure under authorized programs.

MISSION PROFILES
Pre-Deployment Hardening
Scans every external system a deploying unit will depend on
Continuous Red Team
Persistent offensive testing against owned infrastructure
DIB CMMC Validation
Continuous compliance scanning for cleared contractors
Supply Chain Surveillance
Monitors third-party attack surface exposure
New-CVE Exposure Check
Within hours of CVE publication, checks owned systems
Bug Bounty Operations
Engages authorized programs at scale
OPERATIONAL SCENARIOS

Pre-Deployment Infrastructure Hardening

Before a JSOC task force deploys, SINDRI autonomously scans every external-facing system the unit will depend on: comms platforms, mission planning tools, logistics portals. Vulnerabilities are reported and patched before adversaries can exploit them.

Continuous Red Team

A SOF unit's cyber protection team deploys SINDRI against their own infrastructure. It runs 24/7, finding what annual pen tests miss. When a new CVE drops, SINDRI checks exposure within hours — not weeks.

Defense Industrial Base Security

A cleared defense contractor uses SINDRI to maintain continuous vulnerability awareness across their CMMC-certified environment. Autonomous compliance validation without billable consultant hours.

vs. TRADITIONAL SECURITY
Annual Pen Test
Bug Bounty Program
SINDRI
Coverage
1-2 weeks/year
Sporadic
24/7/365 continuous
Response Time
Report in 30 days
Days to months
Same-day triage
Attack Domains
5-8 scoped
Unscoped, shallow
22 domains, deep
Cost
$50-200K / engagement
$5-50K / finding
Fixed operational
Human Dependency
100% human
100% human
AI + human oversight
22Attack Domains
24/7Persistent Ops
ActiveEngagements
ECOSYSTEM INTEGRATION
MIMIR
Will eventually replace the AI brain — domain-specific cyber knowledge replaces commercial AI
HEIMDALL
Funds SINDRI operational costs — no external grants required
BIFROST
Firmware and control software hardened by SINDRI vulnerability testing
FAQ
Is this offensive or defensive?
Offensive methodology applied for defensive purposes — finds vulnerabilities the way an adversary would, but reports to the defender.
Does it require human oversight?
Every finding requires human verification. Submission is human-gated. The system never acts autonomously on a target without approval.
What targets is it currently engaged against?
Active engagements are confidential under bug-bounty program NDAs.
Can it be deployed in disconnected environments?
Internal scans, yes. External-target reconnaissance requires connectivity by definition.
How does this compare to commercial scanners?
Commercial scanners detect known patterns. SINDRI applies adversarial methodology — chains, business logic, novel paths — the way a human pen tester would.
ORIGIN

The cyber attack surface is expanding faster than defenders can manage. SINDRI was built to give a small cyber team the operational reach of a much larger one — autonomous reconnaissance and triage that keeps human operators focused on what only humans can do: decide.

THE NORSE CONNECTION

SINDRI is the master smith of Norse mythology. With his brother Brokkr, he forged the finest weapons in the cosmos: Mjölnir (Thor's hammer), Gungnir (Odin's spear), Skidbladnir (the ship that always finds wind). The greatest weapons of the gods came from his forge. Our SINDRI does the same — forging the offensive cyber tools defenders use to harden their own infrastructure.

STATUS

Fully operational. All architecture phases shipped. Active engagements running against enterprise targets across the technology sector. Force protection through offensive security.