PwC India and Claroty Put OT Risk in the Spotlight With New Alliance
The collaboration is aimed at organizations running connected industrial environments, where visibility, access control, and uptime carry as much weight as classic IT security.
Industrial networks are no longer isolated islands. As plants, buildings, and critical services tie operational technology into enterprise systems and remote workflows, the security problem changes shape. A new alliance between PwC India and Claroty is designed for that reality: helping organizations manage cybersecurity needs in OT and other connected environments.
That matters because OT security is not just about stopping data theft. In these environments, defenders are trying to protect systems that interact with physical processes, where a bad configuration, an exposed asset, or an untrusted remote connection can create operational risk. The announcement fits a broader industry pattern: advisory firms bring governance and response capabilities, while OT-focused vendors bring asset visibility, exposure management, secure access, and detection tuned to cyber-physical systems.
Fast Facts
- PwC India and Claroty announced an alliance focused on OT and connected environments.
- OT security centers on systems that monitor or control physical processes, not just digital data.
- Connected environments often expand exposure through remote access, third-party workflows, and IT-OT convergence.
- Visibility, segmentation, and tightly controlled access are core defensive priorities in OT programs.
- The practical value of an alliance like this depends on how well it is implemented in real deployments.
Why OT partnerships keep appearing
OT security programs are difficult to run with generic IT tools alone. Many environments include legacy devices, proprietary protocols, and operational constraints that limit downtime and change windows. That makes accurate inventory essential. If defenders do not know what is connected, they cannot judge exposure, monitor for suspicious activity, or prioritize remediation.
Segmentation is the next pressure point. In a converged environment, separating industrial networks from enterprise IT and controlling remote paths can reduce the blast radius of a mistake or intrusion. For the same reason, continuous monitoring is more useful when it is context-aware, tying alerts to process impact rather than treating every asset like a standard endpoint.
From a defensive perspective, the alliance is best read as an operating-model play: advisory, assessment, monitoring, and access-control work aligned around systems where safety and uptime matter. Whether that translates into measurable risk reduction depends on deployment details, asset quality, and how much control organizations are willing to impose on connectivity.
The available information supports a risk analysis, not a claim that this specific collaboration has already changed security outcomes. At this stage, the key fact is the intent: to help organizations address a fast-moving OT threat surface that grows wider as industrial systems become more connected.
Conclusion
The lesson is simple but unforgiving: in OT, security cannot be bolted on after connectivity arrives. Partnerships like this signal that the market is moving toward combined advisory and technology models because industrial resilience now depends on knowing what is connected, limiting who can reach it, and understanding what a security event would mean for the physical world.
TECHCROOK
Hardware firewall appliance: A small business firewall can help separate office IT from industrial or remote-access networks, enforce basic access rules, and provide a clearer boundary for sensitive systems. For connected environments, choose a model that supports VLANs, VPNs, logging, and regular firmware updates.
WIKICROOK
- Operational Technology (OT): Hardware and software that monitor or control physical processes in industrial and infrastructure settings.
- Connected Environments: Networks where operational systems are linked to IT, cloud, or remote-access tools.
- Asset Inventory: A complete list of devices, systems, and software present in an environment.
- Segmentation: Network separation that limits lateral movement and reduces the spread of threats.
- Cyber-Physical Systems (CPS): Systems where digital control directly affects physical machinery or processes.
