Protect and secure your data from cyber attacks
Data Protection
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The 5 Steps to Cyber Resilience
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Protect and recover the infrastructure that powers AI agents
AI agents are now one of the primary ways organizations interact with their data. And when an agent goes rogue, and acts on corrupted or compromised information, one thing matters most: how fast you can get back to a trusted state.
AI agents are moving from pilots to production faster than most organizations can secure them. In fact, enterprises expect to be running agents at scale in a matter of months.
AI agents have autonomy — they execute tasks, they trigger workflows, they act. As they move from pilot into production, their blast radius expands to the systems and the core databases that run the business.
As agents do more for your business, the impact of potential failure grows. A single agent can interact with multiple systems. A network of agents can share information, trigger actions, and amplify mistakes at machine speed. Errors can compound before people intervene, even while identity and access checks continue to pass.
Agent state is the complete snapshot of an agent's memory, configuration, and connections at a given moment — everything it needs to know, remember, and act on. But most organizations aren't protecting any of it today. And without an agentic cyber resilience plan, your business is at risk.
Agent Memory
Agent Configuration
Agent Topology
What it is What the agent remembers.
Includes Conversation history, session context, and learned context.
Cyber Resilience Imperative Regularly back up this data. Be ready to restore memory to a trusted point the moment it's compromised.
What it is How the agent is instructed to behave.
Includes Prompts, personas, system instructions, and guardrails.
Cyber Resilience Imperative Regularly back up this data. Be ready to restore configuration to a trusted point before unintended or unauthorized changes take hold.
What it is What surrounds and connects the agent.
Includes Supported runtime components, gateways, tools, and data resources.
Cyber Resilience Imperative Map these dependencies continuously. Know your impact radius and protection gaps before you ever need to recover.
Compromised state
High-agency actions
Shadow agents
What happens Prompt injection or bad context corrupts what an agent believes or is permitted to do.
What recovery requires A known-good snapshot to roll back to.
What happens A high-autonomy agent changes multiple systems before a human can react.
What recovery requires Point-in-time recovery of the full agent stack - not just the data it touched.
What happens Agents built and run outside any central inventory.
What recovery requires Continuous discovery of agent configs, memory, and connections — including the ones nobody signed off on.
Since agents now perform mission-critical operations, you need to consider your agentic stack as part of your core cyber resilience strategy. Here’s the good news – you can follow the same best practices you’ve used to protect and secure your data estate today across on-premises, cloud, SaaS, and edge environments.
Every layer of the agent stack holds state, and every layer must be protected and secured, from the agent's own memory down to the data it can reach. Just like other areas of your IT estate, each layer needs to be recoverable, not just visible.
Many vendors promise good outcomes: better detection, better control towers to watch what agents are doing. But none of them answers the question that matters the moment something goes wrong: how do you get back to a known-good state as quickly as possible?
Cohesity Agent Resilience is the answer.
Discover agent dependencies, protect agent state, and recover to a trusted state, extending your cyber resilience strategy to agentic infrastructure. What’s more, with Cohesity Agent Resilience, every agent action becomes recoverable and auditable.
What Cohesity Agent Resilience protects
Protect the Agent Stack
Protect What the Agent Impacts
The components that determine how an agent behaves:
The data, applications, and systems an agent interacts with.
Swift recovery from agent failure depends on the root cause. Cohesity Agent Resilience helps you bounce back from these three common failure scenarios:
Recover from compromised memory
Reverse unintended configuration changes
Recover confidently from suspicious behavior
Restore memory to a trusted point before an agent stored or learned incorrect, malicious, or misleading context.
Roll back to a known-good configuration when changes to instructions, guardrails, permissions, or settings cause an agent to behave unexpectedly.
When security, observability, or AI management tools flag abnormal behavior, use a trusted recovery point to restore agent state — fast.
Many platforms help organizations deploy, manage, and observe AI agents. Only Cohesity focuses on helping you restore operations once an agent goes wrong.
Cohesity Agent Resilience complements agent control and observability platforms with a protection and recovery layer. When an issue is detected, organizations can restore the state that determines agent behavior and return to a point they trust.
Built on the same cyber resilience foundation trusted to protect enterprise data across on-premises, cloud, and SaaS environments, Cohesity Agent Resilience extends those principles to the agentic enterprise.
Scaling agents into production doesn't mean you have to scale your risk exposure.
Contact your Cohesity account team to learn more about Cohesity Agent Resilience.
