Verity for app developers
App work is delivered through gates you do not control and judged after release. Verity tracks releases, review outcomes and post-release defects per client.
Verity runs the company. Source control, build systems and store consoles stay where they are.
Verity / Delivery
LiveApps maintained
31
Releases this month
46
Post-release defects
84
Maintenance hours unbilled
210
Needs attention
Illustrative figures. Verity shows your own delivery in this shape.
How the business runs
App development has a delivery step no other software work has: a store review that the developer does not control and cannot schedule. Seven rejections in a month, recurring for the same two reasons, is avoidable delay that lands on client deadlines and looks like the developer being late.
The second characteristic is that quality is discovered publicly. Twenty-three defects reported within forty-eight hours of a release is a testing gap found by users, and unlike server-side software an app fix requires another release and another review.
The third is platform obligation. Operating systems deprecate, stores impose minimum versions and deadlines, and four apps on an unsupported version is four client conversations that need to happen before the deadline rather than after it.
The fourth is that maintenance quietly exceeds its scope. Two hundred and ten hours outside retainer scope is work delivered and not billed, and it is the largest single leak in most app companies.
The fifth is that each app is a long relationship rather than a project. The same codebase is released dozens of times over years, and its defect history, platform position and maintenance load are the real account picture.
Verity holds releases and review outcomes, post-release defects per app, platform deadlines and maintenance scope against retainers.
What Verity calls these things
What gets in the way
App development difficulties come from releasing through platforms and being judged after.
Store rejections repeat for the same reasons
A rejection reason recurs across releases and clients because nobody aggregates them.
In Verity Rejections carry reason and app, so recurring causes become a checklist.
Defects are found by users after release
Testing coverage misses device or version combinations that users have.
In Verity Post-release defects link to device, version and release, exposing coverage gaps.
Platform deadlines arrive without warning
Minimum version requirements and deprecations affect several client apps at once.
In Verity Platform obligations are held per app with deadlines and client conversations raised.
Maintenance exceeds retainer scope unbilled
Small requests are absorbed and the retainer becomes unlimited support.
In Verity Maintenance hours are attributed to scope with out-of-scope work flagged.
Release readiness is a conversation
Whether a build is ready to submit depends on who is asked.
In Verity Release criteria are recorded as states with evidence before submission.
App history is spread across tools
A client asks what changed and the answer is assembled from several systems.
In Verity Each app carries its release, defect and scope history in one record.
The complete system
One system across apps, releases, defects and clients.
Work
Each app carries its platforms, versions, release history, current store state and supported platform versions.
Why it matters here The app, not the project, is the long-lived unit of the business.
In practice Thirty-one apps maintained across eighteen clients.
Workflows
Releases carry submission, review state, approval or rejection with reason, and live date.
Why it matters here The review gate is outside the company’s control and inside its deadlines.
In practice Seven rejections recurring for the same two reasons.
Records
Defects carry app, version, device, platform version, severity, release proximity and resolution.
Why it matters here Post-release defects are the visible measure of testing coverage.
In practice Twenty-three defects within forty-eight hours of release.
Relationships
Clients carry apps, retainer scope, hours consumed, out-of-scope work and commercial terms.
Why it matters here The retainer boundary is where app companies lose money quietly.
In practice Two hundred and ten maintenance hours outside scope.
Control
One permission model and one audit trail, with platform version requirements, deprecations and store deadlines held per app.
Why it matters here Platform deadlines affect many clients simultaneously and are non-negotiable.
In practice Four apps on a version losing support.
Inventory
Test devices, platform versions and coverage are recorded against apps and releases.
Why it matters here Coverage gaps are where user-found defects come from.
In practice Defects by device and platform version against tested coverage.
People
Staff carry app assignments, releases delivered, defect attribution and availability.
Why it matters here App knowledge concentrates in individuals and that concentration is a risk.
In practice App coverage by developer and single-person dependencies.
Reports and analytics
Release throughput, rejection causes, defect rates by release and device, scope consumption and app profitability come from the records.
Why it matters here Both quality and margin are measurable at the app level.
In practice Defect rate per release by app.
Verity AI
Verity AI answers from your own app, release, defect and client records, respects permissions, and can create assigned follow-ups.
Why it matters here The useful questions are about rejection patterns and scope leakage.
In practice "Why are releases being rejected?" returns the recurring reasons by app.
Orders
Project work, retainer consumption and out-of-scope hours carry a billing state.
Why it matters here Work delivered outside scope has to reach an invoice or a scope conversation.
In practice Out-of-scope hours by client and month.
Communication
Release status, review outcomes and defect communication attach to the app and client.
Why it matters here A client waiting on a store review needs to know it is not the developer.
In practice Review status communicated against the release.
Schedule
Releases are planned against developer availability, review lead times and client deadlines.
Why it matters here Review time has to be built into the plan rather than discovered.
In practice Client deadlines planned with review lead time included.
Work in motion
These already happen. Recorded, rejections and scope leakage both fall.
Checking known rejection causes before submission is what stops the pattern repeating.
Categorising rejection reasons turns individual annoyances into a checklist.
Recording the coverage gap is what stops the same class of defect recurring.
Platform deadlines affect several clients at once and need planning as a group.
Flagging at request time is the only point where the conversation is easy.
Verity AI
Verity AI reads the same app, release, defect and client records the company creates as it delivers. It answers from your own delivery, respects permissions, and can turn an answer into a checklist item or a scope conversation.
Verity / Ask
Verity AI only returns what the person asking has permission to see.
Without chasing
Each runs from the company’s own records at the point the condition is met.
When
A release is rejected at review
When
Defects appear soon after a release
When
Maintenance work falls outside retainer scope
When
A platform deadline approaches
When
An app has only one developer with knowledge
What you can understand
Releases, quality and scope from delivery records.
Verity records the delivery operation. Source control, build systems and store consoles continue as they are.
One system, different ways of seeing it
Everyone works from the same records.
Founder
Which accounts are profitable?
Retainer consumption, out-of-scope hours, app profitability, client concentration.
Delivery lead
What is shipping and what is stuck?
Releases in review, rejection causes, deadlines including review time, developer availability.
Developer
What am I building and fixing?
Assigned work, defect queue by severity, platform requirements, release criteria.
Account manager
What does the client need to know?
Release status, review outcomes, scope consumption, platform deadlines ahead.
Where it is used
Rejection reasons categorised across apps and clients, turning recurring causes into a pre-submission checklist.
Post-release defects linked to device and platform version, showing exactly which combinations testing missed.
Store review lead time built into release plans, so client deadlines account for a gate the company does not control.
Maintenance hours attributed to scope with out-of-scope work flagged at request, which is the only moment the conversation is easy.
Version requirements and deprecations held per app, so the client conversation happens before the deadline rather than after it.
App knowledge coverage held per developer, so concentration is visible as a risk rather than discovered during leave.
Plain-language questions across releases, defects, scope and deadlines, with checklist and scope actions raised in the same step.
Getting there
Source control, build systems and store consoles continue and are mapped during implementation. Apps with release and defect history, clients with retainer scope, platform version positions and team records are brought across.
Implementation runs about four weeks: discovery and mapping, configuration, migration, then an ongoing operations partnership.
Questions
Verity AI answers questions from your own app, release, defect and client records: why releases are being rejected and how often, which defects appeared within days of a release, how many maintenance hours were outside retainer scope, which apps face a platform deadline. Each answer can become a checklist item or a scope conversation.
Because it is a delivery gate the company does not control and cannot schedule. Recording submissions, outcomes and rejection reasons makes review time plannable and stops the same rejection cause recurring across clients.
Post-release defects are linked to the release, device and platform version they appeared on, which identifies the specific coverage combinations that testing missed rather than a general quality concern.
No. Source control, continuous integration and store consoles continue as they are. Verity holds the delivery operation around them — apps, releases, defects, clients, scope and deadlines.
Maintenance hours are attributed to the retainer scope and out-of-scope work is flagged when it is requested, so the commercial conversation happens before the hours have been delivered.
Version requirements and store deadlines are held per app, so when a platform change affects several client apps at once the work can be scoped and the conversations planned as a group.
App assignments and knowledge coverage are held per developer, so an app that depends on one person is visible as a risk rather than discovered when that person is unavailable.
About four weeks: discovery and mapping of apps, release process, defect categories and retainer scopes, configuration, migration of apps, clients and history, then an ongoing operations partnership.
They usually repeat for two reasons. Tell us how releases are tracked today.