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Back to XO GPT Model Specifications The XO GPT Response Rephrasing model enhances the quality and naturalness of AI Agent interactions. It rephrases predefined responses to preserve conversation context, adapt to user emotion, and produce more empathetic, human-like replies—improving user satisfaction without changing the underlying content.

Challenges with Commercial Models

ChallengeImpact
LatencyHigh processing times affect user experience in real-time or high-volume scenarios.
CostPer-request pricing scales poorly for large deployments.
Data GovernanceSending conversations to external models raises privacy and security concerns.
Lack of CustomizationGeneral-purpose models are not tuned for specific industries or use cases.
Limited ControlMinimal ability to correct or refine model behavior for incorrect outputs.
Compliance ConstraintsSome industries have regulatory requirements that commercial LLM providers don’t fully support.

Key Assumptions

  • Designed for text-based conversations only.
  • Rephrases AI Agent responses only; does not modify user inputs.

Benefits

XO GPT Benefits

Empathetic and Contextual Communication

Tailors responses to user sentiment and tone for engaging, empathetic interactions. See Model Benchmarks for performance metrics.

Cost-Effective

For Enterprise Tier customers, XO GPT eliminates commercial model usage costs. Example comparison (120 input tokens/conversation, 10,000 daily interactions, 40 tokens/response):
ModelInput $/MTokOutput $/MTokInput $/YearOutput $/YearTotal $/Year
GPT-4 Turbo$30$60$13,140$8,760$21,900
GPT-4$10$30$4,380$4,380$8,760
GPT-4o Mini$0.15$0.60$65.70$87.60$153.30

Enhanced Security

No client or user data is used for model retraining. Guardrails: Content moderation, behavioral guidelines, response oversight, input validation, and usage controls. AI Safety: Ethical guidelines, bias monitoring, transparency, and continuous improvement.
Performance, features, and language support may vary by implementation. Test thoroughly in your environment before production use.

Use Cases

DomainUse Cases
Customer SupportRephrasing responses to sound empathetic during complaints; converting technical jargon to plain language; rephrasing policy updates reassuringly
HealthcareRephrasing medical instructions for clarity and compassion; responding to sensitive queries with emotional sensitivity
Banking & FinanceRephrasing declined transaction responses apologetically; simplifying financial product explanations; communicating loan rejections with empathy
EducationRephrasing student feedback constructively; simplifying academic instructions
Human ResourcesRephrasing interview feedback constructively; communicating policy updates empathetically
LegalRephrasing legal notices for clarity; simplifying contractual terms without losing accuracy
E-commerceRephrasing out-of-stock responses to maintain trust; communicating refund/return policies reassuringly
Social MediaRephrasing user content for brand alignment; crafting empathetic responses to negative feedback
IT SupportRephrasing troubleshooting steps for clarity; handling escalations professionally
Travel & HospitalityRephrasing cancellation responses to minimize dissatisfaction; simplifying travel updates

Sample Output

Conversation:
Current intent: book a flight

User: I need to book a flight to New York, but I'm really anxious about traveling amidst the pandemic.
AI Agent: Can I know your preferred date of travel?
User: I'm planning to fly on the 3rd of next month.
AI Agent: Could you please tell me your city of departure?
User: I will be departing from Los Angeles.
AI Agent: What class of service do you prefer for your flight?
User: I prefer economy class, but I'm concerned. Are the flights safe?
AI Agent: Could you please let me know your preferred time of flight?
Rephrased response:
Absolutely, your worries are entirely understandable. However, please be assured that airlines are practicing stringent safety measures to ensure the well-being of all passengers. Now, could you please share your preferred flight time?

Model Building Process

See Model Building Process.

Model Benchmarks

VersionAccuracyTPSLatency (s)BenchmarkTest Data
v1.099%450.9Summary v1Results v1

Version 1.0

Model Choice

Base model: Mistral 7B Instruct v0.2
Base ModelDeveloperLanguageRelease DateStatusKnowledge Cutoff
Mistral 7B Instruct v0.2Mistral AIMulti-lingualMarch 2024StaticSeptember 2024

Fine-Tuning Parameters

ParameterDescriptionValue
Load in 4-bit PrecisionReduce memory by loading weights at 4-bitTrue
Use Double QuantizationImprove accuracy with double quantizationTrue
4-bit Quantization TypeType of 4-bit quantizationnf4
Computation Data TypeData type for 4-bit quantized weightstorch.float16
LoRA RankRank of low-rank decomposition32
LoRA AlphaLoRA scaling factor16
LoRA Dropout RateDropout to prevent overfitting0.05
Bias Term InclusionAdd bias terms in LoRA layers
Task TypeLoRA task typeCAUSAL_LM
Targeted ModulesLayers where LoRA is applied["query_key_value"]

General Parameters

Infrastructure: A10 (g5-xlarge).
ParameterDescriptionValue
Learning RateRate toward loss minimum2e-4 (0.0002)
Batch SizeExamples per training step2
EpochsPasses over training data4
Max Sequence LengthMaximum input length32k
OptimizerOptimization algorithmpaged_adamw_8bit

Benchmarks Summary v1

Comparison models: Mistral-vanilla, GPT-4. Benchmarks Summary v1 See Test Data and Results v1 for full details.