Building automation systems were designed for reliability, not resistance to attack, and it shows. Many BAS controllers still run on communication protocols written before cybersecurity was a design consideration, sit on networks with little segmentation from the rest of the building's IT, and are reachable through vendor remote-access accounts nobody has audited in years. For an operations director, that combination means the HVAC system — long treated as mechanical infrastructure, not a security asset — has quietly become one of the softest targets in the building. AI-driven network monitoring built specifically for BAS and IoT environments closes that gap without requiring a mechanical system replacement. Book a Demo to see how iFactory secures the systems keeping your building running.
Your HVAC Network Was Never Built to Defend Itself
iFactory adds AI-powered threat detection and network monitoring purpose-built for BAS and IoT environments, so operations directors can see and stop attacks before they reach critical building systems.
Where Attackers Actually Get In
Most BAS breaches do not start with a sophisticated zero-day exploit. They start with the same three overlooked entry points showing up across building after building, regardless of size, industry, or how new the equipment is.
Legacy Protocol Exposure
BACnet and Modbus were built for reliability, not authentication, leaving controllers open to command injection once a device on the network is compromised.
Unaudited Vendor Remote Access
Controls contractors are frequently granted standing remote access for maintenance, and that access rarely gets reviewed or revoked after the project ends.
Flat, Unsegmented Networks
When BAS and IT traffic share the same network segment, a single compromised laptop can become a direct path to building controls.
Five Layers of BAS and IoT Network Defense
Network Segmentation Visibility
The platform maps every device and connection on the BAS network, identifying where segmentation is missing or has quietly drifted since the last audit.
Behavioral Anomaly Detection
AI models learn what normal BAS traffic looks like for your building, flagging unusual commands, timing, or data volume that signature-based tools miss entirely.
Vendor Access Monitoring
Every remote access session from a controls contractor or vendor is logged and monitored in real time, closing the visibility gap around third-party access.
Legacy Protocol Threat Intelligence
The system understands BACnet, Modbus, and other building protocols natively, catching malicious commands that generic IT security tools are not built to interpret.
Automated Alert Escalation
Confirmed threats trigger immediate alerts to your operations and IT security teams with the specific device, protocol, and behavior involved, cutting investigation time.
Threat Type vs. Building Impact
Not every BAS security event carries the same risk. This breakdown helps operations directors understand why certain categories of threat demand faster response than others. Schedule a Network Risk Review to see where your buildings stand.
| Threat Type | Entry Point | Potential Impact | Detection Method |
|---|---|---|---|
| Command Injection | Unauthenticated Protocol | Equipment Damage, Outage | Behavioral Anomaly |
| Credential Compromise | Vendor Remote Access | Full System Access | Session Monitoring |
| Lateral Movement | Flat Network Segment | IT-to-BAS Spread | Segmentation Mapping |
| Denial of Service | Exposed IoT Sensor | Comfort/Safety Disruption | Traffic Volume Analysis |
| Data Exfiltration | Compromised Historian | Operational Intelligence Loss | Outbound Traffic Pattern |
We assumed our BAS was safe because it was behind the same firewall as everything else. The network map iFactory generated in the first week showed us a controls vendor's laptop had standing access to three buildings, unreviewed since 2021. That alone justified the platform before we even got to the monitoring piece.
From First Anomaly to Resolved Incident
Detection only matters if it leads to a fast, clear response. Here is the path an alert follows once the platform is live.
Find Out What Is Actually on Your BAS Network
Most operations teams are surprised by what a first network map reveals. See what iFactory finds on yours.
What a BAS Breach Actually Costs
The financial conversation around BAS cybersecurity often stalls because the risk feels abstract compared to a line-item IT breach. In practice, the costs are concrete and compound quickly. A compromised chiller plant controller can force an emergency shutdown, disrupting operations in hospitals, data centers, or manufacturing floors where downtime carries direct financial penalties. A ransomware event that spreads from BAS into building safety systems can trigger regulatory reporting obligations and insurance complications well beyond the cost of restoring the network itself. And even a contained incident consumes weeks of internal investigation time, pulling operations and IT staff away from planned work while they reconstruct what happened after the fact. Treating BAS security as equivalent in seriousness to IT security, rather than an afterthought bolted on once the mechanical systems are already installed, is what separates organizations that catch these events early from those that read about them in an incident report.
Week 1: Network Discovery
A full map of connected BAS and IoT devices is generated, identifying segmentation gaps and unknown access points.
Week 2: Baseline Learning
The AI model establishes what normal traffic and command patterns look like across your monitored buildings.
Week 3: Alert Tuning
Detection thresholds are tuned with your operations team to minimize false positives while catching real threats.
Week 4: Live Monitoring
Full 24/7 monitoring goes live, with escalation paths defined for your operations and IT security teams.
Frequently Asked Questions
Do we need to replace our existing BAS controllers to add this protection?
No. iFactory's monitoring layer sits on the network alongside your existing BAS infrastructure, observing traffic and commands without requiring controller replacement. This makes it possible to add meaningful security visibility even to buildings running older equipment that will not be upgraded for several more years.
Will monitoring traffic slow down or interfere with our HVAC operation?
Monitoring is designed to observe network traffic passively rather than sit inline in a way that could introduce latency to control commands. Your HVAC system continues operating exactly as it does today, with the monitoring layer watching for anomalies without adding any delay to the commands that keep equipment running.
How is this different from our existing IT firewall and antivirus tools?
Standard IT security tools are not built to understand BACnet, Modbus, or other building protocols, so they typically cannot tell the difference between a normal HVAC command and a malicious one. iFactory's platform is trained specifically on BAS and IoT traffic patterns, which is what allows it to catch threats that generic IT tools pass right through.
What happens when the system detects a real threat?
An alert is sent immediately to your designated operations and IT security contacts with the specific device, protocol, and behavior that triggered it, along with recommended containment steps. This context is what allows a response team to act in minutes rather than spending hours reconstructing what happened from raw logs.
Can this help us pass a cybersecurity audit or insurance review?
Yes. The network mapping and monitoring documentation generated by the platform is commonly used by operations teams to demonstrate BAS security controls during insurance underwriting and compliance reviews. Our Support team can help structure that documentation for your specific audit requirements.
Give Your BAS Network the Defense It Never Had
iFactory's AI-driven monitoring is purpose-built to protect the building control systems generic IT security tools were never designed to see.
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