ARC.Discovery - Complete Asset Visibility
You can't protect what you can't see
Know every asset, every risk, in real time.
ARC.Discovery gives you the full picture of your industrial environment with continuous, passive asset discovery. It identifies every device, connection, and communication pattern across your OT network — without interrupting operations. With SPAN/TAP analysis, deep packet inspection, and metadata correlation, you get a trusted view of your infrastructure and the foundation for a stronger OT CMDB.
Who it's for: OT leaders, plant engineers, and CISOs who are battling shadow OT, legacy systems, and fragmented visibility across complex multi-vendor environments. If you're trying to reduce blind spots, strengthen resilience, or prepare for compliance, this is built for you.
Outcomes & KPIs:
- 95%+ asset inventory accuracy within 30 days
- Uncover 25-40% previously hidden shadow OT devices
- Dynamic topology mapping with real-time updates
- Track firmware versions and connect them to vulnerabilities faster
- Validate zones and analyze communications with protocol awareness
Plant-Safe Methods: Zero disruption. Zero risk. 100% passive. ARC.Discovery uses network taps and span ports only — no active scanning, no polling, no protocol interaction, and no impact on production systems.
Standards Mapping: Fast-track compliance with built-in support for NIST CSF 2.0 Identify functions (ID.AM-1 through ID.AM-6), IEC 62443-3-3 SR 7.1 (Human User Identification), and CMMC AC.L2-3.1.1 (System and User Activity Monitoring).
Frequently Asked Questions
Q: Will discovery activities impact our production systems?
A: No. ARC.Discovery is designed to be completely passive, so it observes traffic without touching production devices or protocols.Q: How quickly can we see initial results?
A: You’ll see an initial asset inventory in 24-48 hours, with full discovery typically completed in 2-3 weeks depending on network complexity.Q: What data do you need from our side?
A: Just network architecture diagrams, VLAN configurations, and read-only access for tap/span deployment. No credentials or device access required.
ARC.Diag - Strategic Risk Assessment & Roadmap
ARC.Diag shows you what matters most—before vulnerabilities become budget overruns, audit findings, or operational risk. By combining attack-surface analytics, plant-safe vulnerability scanning, and maturity scoring, we turn technical complexity into a prioritized, funded roadmap executives can act on with confidence.
Who it's for: Facing an audit? Building a multi-year security budget? Working toward CMMC, IEC 62443, or NIST CSF 2.0 certification? ARC.Diag is built for CISOs, compliance leaders, and plant managers who need clear priorities, defensible decisions, and a roadmap that gets funded.
Outcomes & KPIs:
- Prioritized remediation roadmap with clear cost-benefit impact
- 90%+ first-pass audit success rate
- 30% faster vulnerability remediation cycles
- Standards-aligned maturity scoring across every domain
- Smarter maintenance window planning for security updates
Plant-Safe Methods: We scan smart—only during approved maintenance windows, with rollback ready. No surprises, no downtime. Attack-surface analysis uses passive network data and configuration reviews, so operations stay protected while you get the insight you need.
Standards Mapping: One assessment. Full alignment across NIST CSF 2.0 Govern and Identify, IEC 62443-2-1, CMMC practices, and sector-specific requirements including NERC CIP, HIPAA/HITECH, and FDA 21 CFR Part 11.
Gap Reduction
Average improvement in standards alignment within 90 days of roadmap execution
ROI Impact
Average return driven by smarter security spend, reduced rework, and avoided incidents
Key Questions Answered
Q: How do you make sure scanning won't disrupt operations?
A: We only scan in pre-approved maintenance windows, with plant teams present and rollback procedures ready. No surprises, no production risk.Q: What do we get in the remediation roadmap?
A: A clear, prioritized action plan with cost estimates, resource needs, maintenance alignment, and business impact for every recommendation.Q: How often should we reassess?
A: Typically once a year for full reviews, with quarterly refreshes for high-risk environments or major infrastructure changes.
ARC.Pentest - Controlled Exploit Validation
Rules of Engagement
Every test starts with clear boundaries, safety protocols, and emergency stop mechanisms : so you stay in control, always.
Purple Team Approach
Red and blue teams working together : not against each other. You get stronger defenses AND a team that knows how to use them.
ARC.Lab Pre-validation
Every exploit is battle-tested in our digital twin before it ever touches your production environment. Zero surprises.
Do your security controls actually work under real attack conditions? There's only one way to know. ARC.Pentest delivers controlled penetration testing that proves what holds up, exposes what breaks, and gives your team the confidence to act. Our purple teaming methodology turns validation into a competitive advantage — with safer testing, sharper defenses, and clearer next steps.
Who it's for: Security teams that need proof, not promises. Regulated industries under pressure. Organizations facing sophisticated adversaries and needing validated answers fast.
Plant-Safe Testing Protocols: We never touch live systems without your green light. Every exploit is pre-validated in ARC.Lab. Production testing only happens in approved windows, with your team present and rollback ready.
Deliverables: Walk away with an executive-ready impact report, a full attack path map, detection gap analysis, and a concrete remediation plan — everything you need to act.
Safety and Methodology Questions
Q: How do you ensure production systems aren't impacted?
A: We don't test blindly. Every exploit is validated in ARC.Lab first, then executed only in approved windows with full oversight and rollback support.Q: What's the difference between red team and purple team testing?
A: Purple teaming pairs offensive testing with defensive collaboration, so you strengthen detection, response, and resilience at the same time.Q: How long does a typical penetration test take?
A: 4-6 weeks from planning through validation, controlled testing, and final reporting.
ARC.Lab - Digital Twin Testing Environment
What if you could test every patch, every exploit, every scenario — without ever touching your production systems? ARC.Lab gives you a safe, virtualized replica of your manufacturing environment so you can validate security changes, pressure-test defenses, and train your team with total confidence — no production risk, no surprises.
Who it's for: OT engineers tired of change-related incidents. Security teams that need a safe space to break things. Training coordinators who want realistic, hands-on exercises that actually prepare people for the real world.
Your exact industrial environment — replicated, secured, and ready to test anything.
ARC.Lab recreates your control systems, network architecture, and operational workflows in a controlled digital twin built for one purpose: letting your team test boldly without putting production at risk. From patch validation to incident response drills, you get a realistic environment that helps you move faster, reduce uncertainty, and make better decisions.
Key Use Cases:
- Validate patches before they ever touch production — no more change-related surprises
- Test patching and change workflows before maintenance windows go live
- Build and refine incident response playbooks with realistic attack scenarios
- Train operators and security teams in hands-on, high-fidelity exercises
- Verify new technology integrations before deployment
Outcomes & KPIs: 95% fewer change-related incidents. 60% better patch success rates. 40% faster incident response. All without touching production.
Deliverables: Leave with a fully documented lab topology, validated test scripts, a custom training curriculum, and change advisory evidence — ready to use.
Cybersecurity Solutions for ICS/OT, IoT, IIoT & Smart Cities