A specialized team of industrial automation engineers, OT security practitioners, and cloud infrastructure architects - focused on one thing: keeping industrial robots running without interruption.
Developed by engineers from leading robotics & automation companies
Industrial robots are the backbone of modern manufacturing, yet most facilities still rely on reactive maintenance that accepts unplanned downtime as inevitable. We do not accept that.
Oibil provides continuous, intelligent monitoring of industrial robot fleets - detecting faults before they stop production, executing automated recoveries, and giving engineering teams the visibility they need to manage operations rather than react to them.
From OT network telemetry through cloud analytics, alert routing, and autonomous recovery - one platform, no gaps, no handoffs between vendors.
Built around IEC 62443 from day one. Read-only agents, encrypted communications, and access controls that meet SL-2 requirements.
Approved corrective sequences execute automatically for recoverable faults, returning robots to production state without waiting for a human to arrive on the floor.
Deployed inside the facilities of global Tier 1 manufacturers across North America, Europe, and Asia - mixed fleets, legacy OT, and complex IT/OT governance included.
Unplanned downtime is a solved problem. The technology to detect, predict, and automatically correct most common robot faults exists and is deployable today. The automation industry spent two decades automating production - Oibil automates the monitoring and recovery layer that sits above it.
We call this the zero-downtime posture: not a theoretical target, but an operational discipline enforced through continuous monitoring, predictive analytics, and pre-approved automated response. Clients consistently report an 80 to 90 percent reduction in unplanned stoppages within the first six months.
IEC 62443 is the international standard for industrial cybersecurity, written specifically for Industrial Automation and Control Systems. We comply with it in its entirety - Parts 2-1, 3-3, 4-1, and 4-2. Compliance documentation and security assessment reports are available to customers on request.
Monitoring traffic is contained within defined conduits and does not cross zone boundaries without explicit approval and documentation.
Our agents request only the permissions required for telemetry collection - no write access, no execution privileges, no ability to modify robot programs.
All software ships with a signed Software Bill of Materials (SBOM). Release signing and dependency auditing are mandatory steps in our build pipeline.
Formal incident response procedures aligned with IEC 62443-2-1 Section 4.3.6 - provided to customers as part of their service agreement.
Both NOC configurations deliver identical platform capabilities and IEC 62443 compliance. The choice depends on your regulatory environment and data residency requirements.
Body-in-white welding cells, press shops, paint lines, and battery module manufacturing. Extensive experience with high-density KUKA and FANUC installations.
Wafer handling, die bonding, PCB assembly, and functional test cells in cleanroom environments.
CNC machining, composite layup, and fastening automation under ITAR constraints and AS9100 quality management.
GMP-compliant monitoring with audit trail integrity and validated software deployments under 21 CFR Part 11.
Contact our team at sales@oibil.com with your robot fleet details and facility locations. We will respond with a deployment plan within one business day.
Contact sales@oibil.com