Gaper secures the control systems that run your plants: PLCs, SCADA, safety systems, and the new data paths to cloud and AI. We start from the physical process, work inside your maintenance windows, and put named senior engineers on your alerts.
Industrial attacks no longer stop at the office network. They reach the systems that move product, power and water, and most sites can't see them when they arrive.
on average before ransomware in OT is found and contained. Sites with full OT visibility did it in 5 days.
industrial organizations hit by 119 ransomware groups in one year. More than two-thirds were manufacturers.
of ICS vulnerability advisories in 2025 came with no patch or mitigation. The compensating controls have to come from you.
Start with an assessment, or start where it hurts. Every service feeds the same live risk model, so nothing you learn ends up in a PDF on a shelf.
We walk the plant with your engineers and build a risk model tied to your process. You see which scenarios could stop production, and which fixes matter first.
Controls, evidence and certifications kept current all year, so an audit stops being a fire drill. A named advisor owns the program with you.
Choose how much you hand over, from co-managed governance to a fully embedded OT security function. Alerts go to senior engineers who know your site.
Threat, peer and regulatory intelligence for your region and sector, fed straight into your risk model instead of an inbox.
Build your own team's muscle with role-based training, from control room operators to the CISO, and research on the OT problems nobody has solved yet.
Gaper builds production AI agents, so we know where they go wrong on industrial sites: a cloud link punched through the DMZ, an agent with write access to setpoints, a model nobody is watching. We design the connection so AI reads what it needs and changes nothing it shouldn't.
Every data path from historian to cloud model and back, mapped against IEC 62443 zones and conduits.
Data leaves through the DMZ via brokers or one-way gateways. Nothing writes to control levels without engineering sign-off.
Allow-lists for the tags an agent may read, human approval for any change it recommends, and a trace of every action.
AI and cloud flows join your OT monitoring, so an odd query from an agent raises the same alert as an attacker would.
Legacy controllers, mixed vendors and short maintenance windows. We plan every change around production and safety.
DCS and SIS environments, remote RTUs, and pipeline rules such as the TSA security directives.
Substations, SCADA and water treatment, mapped to NERC CIP and NEPRA requirements.
Flat networks, aging PLCs and vendor remote access, secured without stopping the line.
Operational systems that cross many owners, with segmentation and access control between them.
National-level programs aligned to regional regulators across the US, the Gulf and Pakistan.
An operator's view of your product and services, plus IEC 62443-4-1 and 4-2 readiness.
We build on IEC 62443 once, then map the same controls and evidence to each regulator. One set of work, many audits.
Start with one site. Prove the approach on your own process, then roll it out across the fleet with the same named lead.
Tell us about one site. We find your biggest exposure and the rules that apply before anyone travels.
Senior engineers walk the process with your team. Passive discovery only. Nothing touches live controllers without sign-off.
Threats tied to the process: which scenario trips what, and what it costs. Ranked fixes instead of a 200-page report.
Segmentation, remote access, backups and controls, scheduled into maintenance windows. Certification sprints if you need the badge.
Named engineers on 24/7 watch, or a full handover to your team with training. Your choice.
30 minutes with a senior OT security engineer. Bring one site and your biggest worry. You leave with a risk snapshot and your next three steps, whether or not you work with us.
Operational technology (OT) security protects the systems that control physical processes: PLCs, DCS, SCADA, HMIs, safety instrumented systems and the networks between them. Its priorities differ from IT security. Safety and uptime come first, then integrity, then confidentiality.
Control systems run for decades, can't be rebooted on demand and can fail if scanned the wrong way. OT security relies on passive monitoring, segmentation and compensating controls, and every change is planned around production and safety.
No. We start with passive discovery and a physical plant walk. Any active testing happens in a lab copy of your environment, or with written sign-off during a maintenance window.
No. We work with Dragos, Claroty, Nozomi Networks, Tenable OT and Microsoft Defender for IoT. If you don't have a tool yet, we help you choose one that fits your sites.
IEC 62443 is the base. On top of it we map NERC CIP and TSA directives in the US, NCA OTCC and ECC in Saudi Arabia, UAE and Qatar national standards across the Gulf, and NEPRA's IT and OT security regulations for Pakistan's power sector.
It can be, if the path is designed for it. We keep data flowing out through the DMZ, block write-back to control levels by default, limit what an agent can read, and add the new traffic to OT monitoring.
Senior OT security engineers who have worked inside live industrial operations. Every client gets a named lead who stays with the program after the assessment.
Book a free 30-minute OT risk call. We'll find your biggest exposure and the smallest fix worth making first.
Stats: Dragos 2026 OT/ICS Cybersecurity Year in Review (covering 2025). Alerts in the plant view are sample output.
