Laks Alagappan, VP & Consumer Engagement Supervisor at Genpact, leads enterprise expertise supply for Tier 1 banks throughout the UK and Europe.
For the previous two years, software program engineering has been awash with AI productiveness claims. One enterprise may say AI cuts improvement time by a 3rd, one other may declare it doubles output and all of the whereas, distributors promise even bigger positive aspects. Each group cites a distinct quantity, every sounding equally definitive.
Each CIO needs sooner supply, and each CFO needs decrease prices. Nevertheless, the variation in these claims must be the primary clue that we’re measuring productiveness incorrectly.
One of the rigorous research up to now advised a distinct story. In 2025, the AI security analysis nonprofit METR performed a randomized managed trial with 16 skilled open-source builders engaged on mature codebases they knew nicely. Individuals anticipated AI to make them about 25% sooner and nonetheless believed it had afterwards. Goal measurement confirmed they had been about 19% slower.
A subsequent 2026 METR examine suggested that newer AI instruments had been possible delivering larger productiveness positive aspects, though choice results made the dimensions of that enchancment troublesome to measure reliably.
That hole between perceived and measured productiveness is the true perception. The query is not which productiveness determine is appropriate however, quite, what it is productive at, the way it’s measured and in opposition to what baseline it is measured. Two organizations can each be proper as a result of they’re measuring fully various things.
Software program engineering is a system, not a coding exercise.
The business has unintentionally diminished software program engineering to coding.
In actuality, software program engineering is the self-discipline of remodeling enterprise intent into safe, dependable and compliant software program operating in manufacturing. Coding is just one exercise inside a broader life cycle that features necessities engineering, structure, testing, safety, governance, deployment, operations and steady enchancment.
AI has made exceptional progress in accelerating code technology, however enhancing one exercise would not essentially enhance the efficiency of the complete engineering system. The constraint merely strikes elsewhere.
Google’s “2025 DORA State of AI-Assisted Software program Improvement” report discovered that AI adoption was related to increased software program supply throughput however decrease supply stability. With out equally mature testing, code overview, launch engineering and operational self-discipline, organizations danger accelerating defects quite than enterprise outcomes.
Optimizing one stage would not optimize the system.
Many organizations nonetheless consider AI utilizing native metrics reminiscent of coding velocity, strains of code generated, AI suggestion acceptance charges and particular person developer output. These metrics, whereas helpful, aren’t measures of software program engineering productiveness.
Enterprise software program supply is a fancy system. Enhancing one stage hardly ever improves the efficiency of the entire. Sooner implementation alone may have restricted influence if necessities take weeks to make clear, testing stays handbook, environments are troublesome to provision or governance delays manufacturing releases.
This can be a sample many banking expertise leaders report. AI improves particular person developer productiveness, and dashboards look encouraging, but launch cadence adjustments little as a result of the true constraints stay change approvals, regression testing, compliance evaluations, setting provisioning and operational readiness.
Organizations ought to measure software program engineering by the velocity, high quality and reliability with which it delivers enterprise outcomes—not by how shortly code is produced.
AI’s largest alternatives exist past coding.
A few of AI’s biggest alternatives exist earlier than a single line of code is written and within the much less seen work surrounding it: analyzing and de-conflicting enterprise necessities, producing architectural choices, assessing regulatory impacts, estimating supply effort, mapping software dependencies, producing documentation, automating check creation and investigating manufacturing incidents.
These actions usually profit extra from AI than code technology itself, enhancing velocity, consistency and high quality whereas stopping defects earlier and at far decrease price.
A DORA report noted that AI’s advantages scale with the maturity of the encircling engineering system. Groups with robust automated testing, disciplined engineering practices and fast suggestions loops translate AI-assisted throughput into higher enterprise outcomes. Groups with out these foundations merely generate extra code—and infrequently extra instability.
AI amplifies engineering self-discipline; it would not exchange it.
Productiveness would not mechanically imply fewer builders.
One of many boldest predictions surrounding AI is that dramatically fewer software program engineers might be wanted. Whereas some organizations could have cited AI-assisted improvement as one think about workforce reductions, the proof that coding assistants alone will allow large-scale headcount reductions stays restricted.
Coding is just one element of software program engineering. Except AI additionally removes constraints throughout necessities, structure, testing, safety, governance and launch administration, anticipating coding assistants alone to get rid of massive numbers of engineering roles stays extra aspiration than actuality.
Jevons Paradox tells us that making one thing cheaper usually will increase demand quite than lowering it. In software program engineering, productiveness positive aspects have traditionally enabled organizations to construct extra merchandise, modernize technical debt, enhance safety and pursue beforehand uneconomic initiatives. Moderately than shrinking engineering groups, they’ve usually expanded what organizations select to construct.
Whether or not AI turns into primarily a cost-reduction or capacity-expansion software will primarily depend upon management technique. The expertise allows each outcomes.
The software program engineer’s position is altering.
As AI turns into embedded throughout the software program engineering life cycle, builders will spend much less time writing routine code and extra time governing how software program is engineered. Their focus will more and more shift towards system design, structure, AI orchestration, safety, high quality engineering and establishing guardrails that guarantee AI-generated software program is safe, compliant, dependable and aligned with enterprise goals.
Software program engineering is turning into much less about producing code and extra about governing clever techniques that produce software program responsibly.
Measure what really issues.
Which productiveness quantity is true? Most likely all of them—and none of them.
Every displays a neighborhood measurement inside a distinct engineering system. If organizations count on coding assistants alone to remodel software program supply, many might be disillusioned. When AI is mixed with fashionable engineering practices, platform automation, DevSecOps, governance and organizational change, important positive aspects change into believable.
The true transformation is software program engineering evolving right into a self-discipline the place people design techniques, govern AI, guarantee high quality and remedy enterprise issues.
The query is not “How a lot sooner can builders write code?” It is “How a lot sooner—and extra reliably—can our engineering system ship significant enterprise outcomes?” Till organizations reply that query with system-level metrics quite than coding benchmarks, each headline productiveness determine—nevertheless spectacular—will stay true for somebody and incomplete for everybody else.
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