A stalled project rarely fails for the reason everyone is arguing about. We establish what is actually true in ten days, then tell you what it will take.
Software project rescue services stabilize a build that has overrun, stalled or lost the confidence of the people funding it. By the time a rescue is considered, the technical position and the reported position have usually diverged, and the first job is not to write code. It is to establish what actually exists, because every subsequent decision depends on a number nobody currently trusts.
Assessment before commitment, always. Ten days of independent examination of the codebase, the environments, the backlog and the delivery process produces a defensible statement of completion and a costed set of options. The recommendation is made against evidence, including when the evidence supports stopping.
The Standish Group's CHAOS research, drawn from tens of thousands of projects, places roughly 31 percent as successful, 50 percent as challenged and 19 percent as failed outright. The distribution by size is sharper than the average suggests: small projects succeed at close to 90 percent while large projects succeed below 10 percent, which locates the problem in scope and coordination rather than in engineering skill.
The Standish Group, CHAOS ReportWhat proportion of the agreed scope genuinely works, measured against running software rather than against a status report. This number is almost always lower than the one in circulation, and everything downstream depends on it being honest.
Whether the constraint is architecture, requirements, delivery process, team capability or governance. Rescues that begin without this diagnosis replace people and reproduce the outcome.
Whether finishing, re-scoping, rebuilding or stopping produces the best return from the current position. Sunk cost is excluded from that calculation, which is the part organizations find hardest.
Reported progress has sat between 85 and 95 percent for several reporting cycles. This is the most reliable single indicator, because the remaining work is integration and defect resolution that was never estimated.
The build can be shown but not used. There is no environment where a real user could complete a real task end to end with real data.
The open defect count has risen for consecutive sprints. The team is now moving backwards while appearing busy.
Nobody on the delivery side will commit to a date any more, or each new date is set by working backwards from a business deadline rather than forwards from the work.
Scope is being clarified in the same sprint it is being built, which means the team is discovering requirements rather than implementing them.
One or more of the people who understood the architecture has left, and the remaining team is maintaining a system they did not design and cannot fully explain.
Status reporting has become defensive, the business and the delivery team dispute the same facts, and meetings are spent establishing what is true rather than deciding what to do.
One of these is a delivery problem. Four or more is a structural problem, and replacing the team without changing the structure produces the same position four months later with less budget.
Ten days of examination before any commitment on either side, producing a defensible completion figure and costed options. We do not quote a rescue before reading the code.
| Day | What happens | What it produces |
|---|---|---|
| 1 to 2 | Access to repositories, environments, backlog, defect tracker and delivery documentation. Stakeholder interviews conducted separately | An initial map of what exists and where the accounts diverge |
| 3 to 4 | Codebase analysis: structure, coupling, test coverage, dead code and dependency currency. AI-assisted comprehension applied and verified by engineers | A structural condition assessment independent of anyone's account |
| 5 to 6 | Functional verification. Every claimed-complete item exercised in a running environment against real data | A completion figure measured against working software, not reports |
| 7 | Environment, pipeline and release process examination, including whether a deployment can be reproduced at all | The stabilization work required before feature delivery can resume |
| 8 | Requirements and backlog assessment: what is specified, what is assumed, what is contested between parties | The scope position, and how much of the remaining work is genuinely defined |
| 9 | Options modelled: finish, re-scope, rebuild, or stop. Each costed with a timeline and a residual risk statement | A costed decision set with sunk cost excluded |
| 10 | Findings presented to the business and the delivery team together, with the evidence behind each conclusion | A shared factual position, which is usually the first one in months |
| Outcome | When the evidence supports it | What happens next | Typical position |
|---|---|---|---|
| Finish | Architecture is sound, completion is genuinely high, the constraint is capacity or process | Stabilize environments and pipeline, restore test coverage, resume delivery against demonstrable functionality | Roughly a third of assessments |
| Re-scope and finish | The build is sound but the agreed scope is unreachable within any acceptable envelope | Scope reduced to a releasable core with the remainder deferred and the reasoning recorded | The most common recommendation |
| Partial rebuild | Specific components are unsound while the rest is recoverable | Sound components retained, unsound ones replaced behind a seam, delivery continues throughout | Where architecture failed in one area rather than throughout |
| Full rebuild | Architecture cannot support the requirement and remediation exceeds replacement cost | Requirements recovered from the existing build, replacement constructed with the learning retained | Least common, and only where the assessment is unambiguous |
| Stop | The business case no longer holds independently of the delivery position | Recommendation with the reasoning, plus what can be salvaged: code, learning, requirements clarity | Rare, and always presented where the evidence supports it |
What has already been spent is not recoverable by any option and therefore carries no weight in choosing between them. This is straightforward to state and difficult to accept, particularly where the spend is attached to someone's judgement. The options are costed from the current position forward, and the report says so explicitly so the conversation happens once rather than repeatedly.
| Engagement | What it covers | Timeline | Team |
|---|---|---|---|
| Rescue Assessment | Independent examination, functional verification, options modelling and findings presentation | 10 working days | 1 architect, 2 engineers, 1 delivery lead |
| Stabilization | Environments, build pipeline, release process, test coverage in critical paths and defect triage | 3 to 6 weeks | 3 to 5 engineers, 1 DevOps, 1 QA |
| Completion Delivery | Delivering the re-scoped or remaining scope to a releasable state | 8 to 24 weeks | Scoped after assessment |
| Partial Rebuild | Replacing unsound components behind a seam while sound components continue operating | 12 to 28 weeks | Scoped after assessment |
| Handover or Transition | Documentation, decision records, runbooks and knowledge transfer to your team or a new partner | 2 to 4 weeks | 2 to 3 engineers |
Cost depends on the requirement: genuine completion against agreed scope, the structural condition of the codebase, existing test coverage, whether environments and the release process can be reproduced at all, how much of the remaining scope is genuinely specified, and whether the original team remains available for knowledge transfer. Innogent Technologies issues an estimate after the ten-day assessment and does not quote a rescue before it.
Bundling assessment into a delivery contract creates an incentive to recommend continuation. The assessment is a fixed-price, fixed-duration engagement with no obligation to proceed, and the findings are yours regardless of who does the work afterwards, including your existing partner.
Ten days of codebase, environment, backlog and process examination with functional verification against running software
10 working days
Answers about rescue assessments, timelines and cost, stop recommendations, existing delivery partners, stalled completion and ownership of findings.
Software project rescue services stabilize a build that has overrun, stalled or lost stakeholder confidence. Innogent Technologies begins with a ten-day independent assessment that establishes genuine completion against running software, diagnoses where the constraint actually sits, and presents costed options including stopping.
The assessment runs ten working days from the point access is granted. Functional verification against running software is the step that cannot be compressed, because it produces the completion figure every subsequent decision depends on. Where the codebase is unusually large or access is delayed, the window extends and Innogent Technologies says so before starting.
The assessment is fixed-price and fixed-duration, priced separately from any delivery work. Delivery cost depends on the requirement: genuine completion, structural condition of the codebase, existing test coverage, whether environments can be reproduced, and how much remaining scope is genuinely specified. An estimate follows the assessment.
Yes, and it is in the report with the reasoning where the evidence supports it. The assessment is priced separately from delivery precisely so that recommendation carries no commercial penalty. A rescue partner who never recommends stopping is selling rather than assessing.
Yes. Findings are presented to the business and the delivery team together with the evidence behind each conclusion, which is frequently the first shared factual position in months. Some assessments conclude the existing team should continue with changes to scope, process or governance.
Reported completion stalled between 85 and 95 percent for several cycles is the most reliable single indicator that a rescue is warranted. The remaining work is usually integration and defect resolution that was never estimated. Innogent Technologies measures completion against functionality exercised in a running environment rather than against reported progress.
Yes. The assessment produces a completion figure with supporting evidence, a diagnosis of the constraint, a structural condition report and a costed option set. That output is yours regardless of who performs the subsequent work, including your existing partner or your internal team.
Delivery resumes against demonstrable functionality in a live environment, with percentage-complete reporting deliberately not used. On release, documentation, decision records, runbooks and knowledge transfer pass to whoever owns the system, whether that is your team, a partner or Innogent Technologies under a support arrangement.
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A short and confidential call establishes what has happened, what is contested, and whether a ten-day assessment is the right next step. Nothing is committed on either side before the findings.
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