Why Automated Escrow™ Beats Manual Deposit for SaaS Continuity

The Critical Difference for SaaS Escrow, Software Escrow, and Code Escrow Agreements

When advising clients on SaaS escrow, software escrow, code escrow, or technology escrow, one of the most important factors to consider is how the escrow deposits will be updated. The update method directly impacts the effectiveness of the escrow in a release scenario—and can determine whether the agreement truly protects your client’s operational continuity.

The two primary deposit methods are:

  • Manual Deposit Escrow (traditional approach)

  • Automated Escrow™ (continuous integration approach designed for modern SaaS continuity needs)

Manual Deposit Escrow Services

How It Works:

  • The software vendor or SaaS provider manually sends their source code, technical documentation, and other escrow materials to the escrow agent at scheduled intervals (often quarterly, semiannually, or annually).

  • Delivery may be through secure FTP, physical media, or direct upload to the escrow agent’s platform.

Advantages:

  • Lower cost than automated options.

  • Works for static software escrow arrangements where the codebase changes rarely.

  • Familiar process for vendors not using advanced development pipelines.

Risks / Limitations:

  • Outdated escrow deposits — Agile and SaaS development cycles can make quarterly or annual deposits obsolete within weeks.

  • Human error risk — Relies on vendors to remember, prepare, and submit updated materials.

  • Continuity concerns — In a release scenario, the deposit may not align with the current production environment, risking downtime, bugs, or incompatibility for the beneficiary.

  • Limited SaaS continuity — May fail to capture frequent SaaS platform updates, patches, or integrations.

Automated Escrow™ Services (PRAXIS Proprietary)

How It Works:

  • PRAXIS connects directly to the vendor’s GitHub, GitLab, Bitbucket, or other source code repositories.

  • Deposits are updated automatically and continuously as changes are committed, capturing every update relevant to the live environment.

  • Deposits are archived using Infinite Retention™, preserving a complete historical record for future reference.

Advantages:

  • Always current — Deposits match the active codebase, ensuring the most effective SaaS escrow and software escrow protection.

  • Ideal for SaaS continuity — Continuous updates support the pace of agile development and frequent SaaS deployments.

  • Low vendor effort — No need for manual deposit preparation or scheduling.

  • Audit-ready — Beneficiaries and attorneys can verify that deposits are complete, consistent, and production-ready.

  • Reduced operational risk — Minimizes the chance of downtime or incompatibility during a release.

Risks / Limitations:

  • Higher cost than basic manual escrow services (offset by the significant reduction in risk).

  • Requires repository integration (PRAXIS handles the secure setup).

Side-by-Side Comparison

Feature

Manual Deposit Escrow

Automated Escrow™

Deposit Frequency

Quarterly, semiannual, or annual (vendor-driven)

Continuous or scheduled (automated)

Deposit Accuracy

May be outdated at release

Always current with live SaaS or software

Human Involvement

High – vendor prepares and submits deposits

Low – PRAXIS manages secure synchronization

Ideal For

Static or rarely updated software escrow

SaaS escrow, agile development, high-value technology escrow

Risk of Outdated Deposit

High

Very low

Cost

Lower

Higher (but greater SaaS continuity protection)

Release Readiness

May require updates or rework

Release-ready at any time

Attorney Takeaway

When drafting or reviewing SaaS escrow, software escrow, code escrow, or technology escrow agreements:

  • Manual deposit escrow may be suitable for static or rarely updated software projects with limited operational risk.

Automated Escrow™ is the gold standard for SaaS continuity, agile software development, and high-value technology escrow transactions—providing up-to-date, fully deployable code at the moment of release.