When we launched FalconStor Cloud Clean Room, the story was, rightly, about cyber recovery. Ransomware attacks are up, regulators want proof of recovery readiness, and organizations need a way to validate that their backups actually work for recovery without maintaining a standing, costly replicated environment.
But cyber recovery is just the “first” use case, not the “only” one. Underneath the recovery-testing story is something more foundational: an on-demand, isolated infrastructure layer that can spin up a clean, secure environment whenever you need one, and tear it down the moment you don’t.
Once you have that capability, a lot of other problems start to look solvable the same way.
What makes the Cloud Clean Room different from “just another test environment”?
The Cloud Clean Room runs in IBM Cloud, using IBM’s PowerVS environments, and is orchestrated through FalconStor’s patent-pending Zero Trust Secure Enclave (ZTSE) technology. The enclave itself is persistent and hardened, but the environments created inside it are ephemeral by design. It is provisioned for a specific test or task, then destroyed. Every time, the environment starts from a known-clean state, with no carried-forward configuration, no leftover exposure, and no drift from whatever ran there before.
That combination, persistent secure infrastructure, disposable clean environments, and no need for the customer to bring their own cloud expertise, is what makes it more than a recovery tool. It’s a pattern that applies anywhere isolation and a known-clean starting point matter more than long-term infrastructure ownership.
FalconStor has described this deliberately as a platform play. The Cloud Clean Room is designed to be deployed across multiple use cases and integrated by third-party software vendors and service providers, with the company already in conversations with ISVs and service providers who want to build managed services on top of it.
Here’s where that platform thinking could go next for a current customer or service provider.
1. Patch and upgrade testing before touching production
Applying a firmware update, OS patch, or major application upgrade to a production IBM Power environment always carries some risk — what if something breaks and you need to roll back under pressure? A clean, on-demand environment lets teams test the exact update against a realistic copy of the environment first, catch problems before they reach production, and tear the test environment down afterward instead of leaving a stale “just in case” copy sitting around indefinitely.
2. Forensic investigation after a security incident
When something does go wrong, investigating “what happened” often requires standing up an isolated copy of the affected environment, one where investigators can dig in without risking further spread or contaminating evidence. An on-demand clean room is well suited to this. It provides isolation from production, a controlled environment for forensic tools, and a clean teardown once the investigation concludes, rather than a forensic copy that lingers as its own security liability.
3. Mergers and Acquisitions and due diligence sandboxes
Evaluating a potential acquisition often means getting hands-on with the target company’s systems and data, without granting broad access to production or requiring the acquiring company to stand up new permanent infrastructure for what is, by definition, a temporary exercise. A clean-room environment provisioned specifically for due diligence gives evaluators a secure, isolated space to assess systems and data, then disappears when the deal closes (or doesn’t).
4. Dev/test environments that don’t linger
Development and QA teams often need a realistic, isolated copy of a production-like environment and just as often, that copy outlives its usefulness and becomes forgotten infrastructure with real cost and real risk attached. On-demand provisioning flips that. The environment exists for as long as the sprint or test cycle needs it, starts clean every time, and doesn’t become a stale, unpatched liability sitting on someone’s cloud bill.
5. Managed services built by ISVs and service providers
Perhaps the most significant long-term opportunity isn’t a single use case at all. It’s the fact that other software vendors and service providers can build on top of the Cloud Clean Room infrastructure rather than building their own from scratch. A backup vendor, a security tool provider, or an MSP could layer their own validated-recovery, testing, or compliance offering on top of an infrastructure layer that already handles the hard parts, the on-demand provisioning, isolation, and clean-state guarantees.
The Common Thread
Every one of these scenarios shares the same underlying need, an environment that’s genuinely isolated, provably clean, available on demand, and gone when you’re done with it. And this is all without the cost and complexity of maintaining a separate infrastructure year-round just in case you need it.
Cyber recovery testing was the first place FalconStor applied that idea, largely because the need was urgent and well understood. 91% of organizations name cyber resilience a priority, while only 30% are confident in their recovery speed after an incident. But the infrastructure behind Cloud Clean Room isn’t specific to recovery. It’s a general answer to a question a lot of IT and security teams face in different forms. How do we get an isolated, trustworthy environment when we need one, without paying to keep it running when we don’t?
Curious about what a Cloud Clean Room could do for your environment beyond recovery testing? Contact us.
