A global financial services institution engaged Escode, to conduct a comprehensive assessment of three long-standing software escrow agreements covering critical applications. The objective was to evaluate whether the deposited materials were complete, accurate, and fit for purpose in the event of supplier failure.
A software escrow agreement is a structured arrangement between a customer, a software vendor, and an escrow provider such as Escode. It ensures that essential software assets, including source code, documentation, and dependencies, are securely maintained and accessible if required. For regulated industries, escrow solutions also support compliance with stressed exit requirements.
However, legal access alone does not guarantee continuity. If an escrow deposit is outdated, incomplete, or inaccurate, it cannot be relied upon to restore critical systems. Without verification, organizations face operational and regulatory risks, relying on an untested contingency.
This is where Escode’s Verification Services play a vital role. Through independent auditing, compilation, and testing, we ensure that deposited materials are not only stored securely but are also functional and deployable. In the event of an unexpected supplier failure, businesses need more than contractual assurances. They need a proven, actionable continuity plan.
To validate the reliability of its escrow agreements, the financial institution partnered with Escode to conduct a verification pilot. The objective was to determine whether the escrow deposits could be independently compiled and deployed without vendor involvement.
The pilot examined agreements with three major software vendors, each in place for over a decade. Despite their critical role in the institution’s risk management framework, none of these agreements had undergone formal verification. Deposits had been submitted and archived but had never been tested.
To ensure an objective assessment, the customer selected escrow deposits aligned with the versions currently in production. No modifications or updates were permitted before verification. This provided an accurate and transparent evaluation of whether the escrow materials could be used effectively if a release condition was triggered.
The assessment uncovered severe deficiencies in all three deposits, making it impossible to compile the source code into working applications.
Key issues included:
The results of this pilot exercise exposed a serious risk. If the customer had needed to use the escrow deposits during a release event, the materials would not have been usable.This reinforced the importance of not just having escrow agreements in place but also regularly verifying and updating the deposits to ensure they serve their intended purpose.
To close these gaps, Escode introduced a structured verification process known as Entry Level Verification. Each software vendor was required to demonstrate the compilation and deployment of their application within a test or development environment under the supervision of Escode’s Verification Team. Only after a successful demonstration was the verified source code placed into escrow.
Following this, Escode conducted an Independent Build Verification. This involved extracting the verified deposit from escrow and
attempting to compile the source code in an isolated environment, without any involvement from the software vendors.
All three applications successfully passed the scenario test. As a result, each escrow agreement now contains fully verified and usable materials. Escode’s reports confirm that the customer could, if needed, either take over the management of a failed service internally or transition it to a third party. This meets or exceeds global regulatory requirements for contingency and stressed exit planning.
This case study highlights the necessity of regular escrow verification. The insights gained from this pilot led the customer to develop a new Escrow Policy, ensuring best practices across the firm. This policy will standardize the verification and maintenance of escrow materials, keeping them complete, accurate, and deployment-ready in case the software vendor is no longer able or willing to support the application.
Beyond improving internal processes, the customer recognized escrow verification as a valuable control for assessing third-party risks from critical suppliers. By implementing regular scenario testing, they transformed escrow from a passive safeguard into a proactive risk management tool, strengthening operational resilience across the business. This approach also supports essential corrective controls required by global regulations. Since escrow verification meets or exceeds regulatory expectations for stressed exit planning, it remains the most effective and proportional solution for mitigating supplier failure, service deterioration, and concentration risk.
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