Industrial control systems, smart-city infrastructure, and remote IoT sensors keep the modern world humming, but most of these devices were never built for today’s threat landscape. They run proprietary firmware, lack the horsepower for agents, and often sit in locations where rolling a truck is impractical. Traditionally they’ve been labeled “unprotectable.”
ThreatSTOP turns that assumption on its head.
|
Challenge |
Impact on OT / IoT Security |
|---|---|
|
Legacy protocols & minimal resources |
Firmware can’t run AV or EDR agents. |
|
Remote, widely‐distributed sites |
No staff on-site to patch or monitor. |
|
Always-on operations |
Downtime for retrofits is unacceptable. |
|
High-value targets |
Ransomware or nation-state actors see an easy pivot into critical infrastructure. |
With attackers focusing on DNS- and IP-based command-and-control, blocking bad lookups before they ever reach the device is the fastest, least-disruptive way to cut the kill-chain.
|
Product |
How It Protects Agentless Devices |
Ideal OT / IoT Use Cases |
|---|---|---|
|
DNS Defense Cloud(cloud-hosted recursive resolvers) |
• Instant protective DNS—just point remote sites at ThreatSTOP’s anycast resolvers. |
Wind or solar farms, highway signage, satellite uplinks, kiosks in retail chains. |
|
DNS Defense(on-prem caching resolver package) |
• Deploys on existing on-site DNS servers or lightweight VMs. |
Manufacturing plants, water treatment facilities, substations that require local resolution. |
|
IP Defense(firewall & router block-list automation) |
• Pushes curated block lists to any IP-based control point—NGFW, router, ICS gateway, or SD-WAN edge. |
Modbus/TCP controllers, building-automation BACnet routers, L2-segmented IoT VLANS. |
When Southern California’s South Coast Water District upgraded its cyber-defenses, it chose ThreatSTOP’s full stack—IP Defense, DNS Defense, Roaming Defense, SIEM integration, and API access. Without touching a single PLC or pump-station controller, SCWD now blocks thousands of malicious domains and IPs each month and has cut mean time-to-detect/respond by over 40 percent.
Our Security, Intelligence & Research team ingests telemetry from customers worldwide, pivots on newly blocked activity, and adds fresh indicators—in many cases convicting malicious IPs or domains months before large-scale abuse begins (e.g., 173.0.146.175 and its 165 phishing domains). That continuous “Feedback Loop” means SCADA and IoT fleets inherit protections automatically, with zero extra work.
Protective DNS at the Edge – Malicious domains never resolve, neutering phishing kits and malware downloads on bandwidth-constrained links.
Policy-Driven IP Blocking – Even protocols that bypass DNS are stopped cold at the firewall or router.
Micro-segmentation – Simplified ACLs ensure PLCs, sensors, and HMIs talk only to approved services.
Real-Time Anomaly Alerts – ThreatSTOP correlates policy hits with global threat intel, so SecOps can act before an incident escalates.
All of this happens without installing code on fragile devices or forcing risky firmware upgrades.
Water-district SCADA network: Five integrated ThreatSTOP solutions protect OT & IT, slashing incident response time by 40 % and automating block-list updates across pump stations and treatment plants.
Speed to Protection – Minutes, not months; flip a DNS setting or import a block list.
No Capital Expense – Leverage what you already have: DNS resolvers, routers, or firewalls.
Operational Resilience – Policies update automatically; no downtime, no truck rolls.
Regulatory Alignment – Helps meet NIST CSF, IEC 62443, TSA pipeline, and other OT security frameworks.
Ready to make your “unprotectable” devices Protected-by-ThreatSTOP?
Request a Pricing Quote – Email sales@threatstop.com or visit threatstop.com.
Talk to an Engineer – Our team can map a rollout that fits your network realities.