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AI Launch is Just the Beginning: How to Let AI Systems Continuously Generate Value?

AskTable Team
AskTable Team 2026-03-20

"The system is launched, so what now?"

This is the most critical and most easily overlooked question in AI implementation.

Many enterprises spend significant resources on AI systems, full of anticipation at launch, and then... nothing follows. The system is gradually forgotten, the team returns to the old ways, and AI becomes a one-time "face-saving project."

AI launch is just the beginning—the real challenge is continuous operations.


1. The "Decay Curve" of AI Systems

AI systems are not delivered once and then maintain optimal state forever—they have a clear "decay curve":

Manifestations of Decay

TimeSystem StateReasons
Early launchGood results, users satisfiedFresh parameters, fresh data
1-2 monthsEffects begin to declineData distribution changes, user expectations rise
3-6 monthsEffects significantly declineModel not updated, processes not optimized
After 6 monthsEssentially uselessNo one maintains, system abandoned

Reasons for Decay

1. Data distribution changes Business environment is changing, products are changing, users are changing. AI models are trained on historical data—after data distribution changes, effectiveness naturally declines.

2. User expectations rise Initially users think "Wow, so amazing." A month later they think "Is that all?"—expectations are rising but the system hasn't evolved.

3. Lack of continuous optimization No dedicated person in charge, no optimization mechanism, problems accumulate, ultimately the system is abandoned.


2. Four Major Mechanisms for Continuous Operations

To let AI systems continuously generate value, four major mechanisms need to be established:

Mechanism 1: Effectiveness Monitoring

Core question: Does the AI system's effectiveness continuously meet business needs?

Key metrics:

Metric TypeSpecific MetricsMonitoring Frequency
Usage metricsDAU, conversation volume, user satisfactionDaily
Effectiveness metricsAccuracy, response speed, problem resolution rateWeekly
Business metricsEfficiency improvement, cost reduction, error reductionMonthly

Establishment methods:

  • Establish data dashboards for real-time monitoring of core metrics
  • Set threshold alerts, timely alerts when metrics become abnormal
  • Regularly generate operations reports, evaluate overall effectiveness

Mechanism 2: Model Optimization

Core question: Is the AI model continuously evolving, is effectiveness continuously improving?

Optimization directions:

Optimization TypeDescriptionFrequency
Parameter fine-tuningFine-tune model parameters based on new dataWeekly
Knowledge base updateUpdate product information, FAQs and other knowledgeAs needed
Rules iterationOptimize alerting rules, response rulesMonthly
Model upgradeUpgrade model for major version updatesAs scheduled

Optimization process:

  1. Collect problem cases
  2. Analyze problem reasons
  3. Develop optimization plan
  4. Test and verify
  5. Gradual rollout
  6. Full release

Mechanism 3: Knowledge Precipitation

Core question: How to keep AI project experience and capabilities within the enterprise?

Precipitation content:

Content TypeSpecific ContentForm
Best practicesWhich scenarios work well, how to use themCase library
Pitfall guidesWhich pits have been stepped on, how to solve themDocumentation
Operation manualsHow to use, how to maintainManuals
MethodologiesMethodologies and frameworks for AI implementationTraining materials

Precipitation methods:

  • Establish AI project knowledge base
  • Regular retrospectives and summaries
  • Organize cases and best practices
  • Form training materials

Mechanism 4: Capability Transfer

Core question: How to make AI capabilities become the enterprise's own capabilities?

Transfer path:

PhaseTimeGoal
Dependency phase0-3 monthsExternal team leads, enterprise team learns
Collaboration phase3-6 monthsExternal + internal collaboration, gradual handover
Independence phase6-12 monthsInternal team leads, external provides support
Autonomous phaseAfter 12 monthsFully autonomous operations, continuous optimization

Key actions:

  • Cultivate internal AI operations team
  • Establish internal training system
  • Clarify responsibility division
  • Establish knowledge transfer mechanism

3. Building the Operations Team

Small-scale team (AI systems < 3)

RoleResponsibilitiesAllocation
Product ManagerRequirements management, priority ranking30%
Operations SpecialistDaily operations, user feedback50%
Technical SupportSystem maintenance, technical issues20%

Medium-scale team (AI systems 3-10)

RoleResponsibilitiesHeadcount
Operations LeadOverall planning, cross-department coordination1
Product ManagerRequirements management, effectiveness analysis1-2
Operations SpecialistDaily operations, user feedback2-3
AI EngineerModel optimization, technical support1-2

Large-scale team (AI systems > 10)

It is recommended to establish a dedicated AI Center of Excellence (CoE) to coordinate enterprise AI capability building.


4. Costs of Continuous Operations

Cost composition

Cost TypeDescriptionProportion
Labor costOperations team salaries60-70%
Technology costCloud resources, model calls20-30%
External supportVendor technical support10-20%

ROI evaluation

Benefit TypeMeasurement Method
Efficiency improvementSaved labor hours × hourly rate
Cost reductionReduced errors × cost per error
Business growthRevenue growth brought

Generally speaking, a well-operated AI system should have ROI turn positive within 3-6 months.


5. Common Problems and Solutions

Problem 1: No one wants to be responsible for AI operations

Reason: AI is not the main business, team has no motivation

Solution:

  • Win management support, incorporate AI into KPIs
  • Demonstrate early AI results, build confidence
  • Establish dedicated AI operations positions

Problem 2: Model effectiveness continues to decline

Reason: Lack of continuous optimization mechanism

Solution:

  • Establish regular optimization mechanism
  • Collect problem cases, optimize promptly
  • Pay attention to data distribution changes

Problem 3: Users stop using it

Reason: System can't meet user needs, or users don't know how to use it

Solution:

  • Collect user feedback, continuously improve
  • Strengthen training and promotion
  • Simplify usage process, lower barriers

Problem 4: Knowledge is not precipitated

Reason: No mechanism for retrospectives and summaries

Solution:

  • Establish project retrospective mechanism
  • Assign dedicated person responsible for knowledge precipitation
  • Incorporate knowledge precipitation into assessment

6. Value of Implementation Accompaniment

Many enterprises ask: Why is "accompaniment" service needed?

Because continuous operations is something very difficult to do.

Challenges of enterprises doing it themselvesValue provided by accompaniment service
Lack of experience, easy to step on pitsHave experience, know what to do when
No dedicated person responsibleHave professional team for full journey accompaniment
Can't find anyone when problems ariseHave support channels, quick response
Don't know how to optimize when effectiveness is poorHave optimization methods and tools

The core of accompaniment is "put on the horse, send it a distance":

  • First 3 months: Hand-in-hand guidance, establish mechanisms
  • 3-6 months: Gradual handover, cultivate team
  • After 6 months: Support transitions to background, enterprise operates autonomously

7. Final Thoughts

The value of AI is not in the amazing moment of launch, but in continuously and stably solving problems.

To let AI continuously generate value requires:

  • Establish effectiveness monitoring mechanism, know how the system is performing
  • Establish model optimization mechanism, let the system continuously evolve
  • Establish knowledge precipitation mechanism, keep experience within the enterprise
  • Establish capability transfer mechanism, let the team truly master AI

These four things look easy, but doing them well is difficult, continuously doing them well is even more difficult.

This is also why we emphasize that AI implementation needs "accompaniment"—help enterprises establish these four mechanisms, letting AI transform from a "project" into a "capability."