The Modern Approach: Individual AI Agents
In traditional machine learning, companies build one massive model to serve millions of users. Aampe takes a fundamentally different approach: every user gets their own dedicated AI agent. This isn’t just a technical difference, it’s a paradigm shift that unlocks truly personalized experiences at scale.Why One Model Per User Changes Everything
Most personalization systems work by training one large model on all user data, finding patterns that work “on average” across user segments, then applying the same logic to everyone in a segment. The result? Messages optimized for imaginary “average users” that don’t actually exist. With Aampe, each user gets their own AI agent that learns exclusively from their behavior, makes personalized decisions based on their unique preferences, and continuously adapts as their interests evolve over time.How Individual Agents Work
When a new user enters your system, Aampe automatically creates a dedicated AI agent for them. This agent starts learning from their very first interaction, observing only their user’s actions like app engagement patterns, message interaction history, purchase behaviors, and timing preferences. The agent continuously optimizes four key dimensions for their specific user- Content
- Timing
- Frequency
- Channel
Business Impact of Individual Agents
This approach delivers unprecedented personalization with higher click-through rates from relevant content, increased engagement from optimal timing, and reduced unsubscribes through frequency optimization. Operationally, this means- Automated personalization at scale
- Self-optimizing system that improves over time
- No manual segment management required
The Future of Personalization
Individual AI agents represent the next evolution in personalization technology. Instead of trying to predict what groups of people want, we give each person their own AI assistant that truly understands their unique preferences. Ready to see how individual agents can transform your user engagement? Explore how agents use labels to quickly optimize across millions of messages, or read up on the explore/exploit strategies agents use to balance learning with performance.Agent FAQs
Are Aampe agents built on LLMs?
Are Aampe agents built on LLMs?
Aampe agents are not based on LLMs. They are tiny causal-inference machines. LLMs are helpful for creating content and are increasingly a part of the Aampe front-end, but the brain of the agent is not a language model. It’s a statistical model, which is fitting because an agent’s goal is to look at user data and determine which messages are effective.
How do agents learn?
How do agents learn?
Aampe agents take action with a goal of influencing user behavior. To know if a message was effective, an agent
- makes a forecast of expected behavior (without a message)
- sends the message
- observes the behavior as it really happened (with a message)
What measures are in place to mitigate algorithmic bias in personalization?
What measures are in place to mitigate algorithmic bias in personalization?
Algorithmic bias often arises when systems generalize insights from a majority population to and applies them to minority populations. This happens because traditional machine learning models tend to optimize for statistical averages across broad populations, reinforcing dominant patterns while neglecting individual variations.
Aampe’s agentic infrastructure avoids this by treating each user as a unique context, learning directly from individual behavior rather than aggregating across groups. With Thompson sampling over networked action sets, the system experiments and adapts at the individual level, ensuring that decisions reflect personal preferences rather than majority-driven trends, thereby reducing the structural basis for discrimination and bias.
Aampe’s agentic infrastructure avoids this by treating each user as a unique context, learning directly from individual behavior rather than aggregating across groups. With Thompson sampling over networked action sets, the system experiments and adapts at the individual level, ensuring that decisions reflect personal preferences rather than majority-driven trends, thereby reducing the structural basis for discrimination and bias.
My company has multiple brands, should they have separate Aampe accounts?
My company has multiple brands, should they have separate Aampe accounts?
Maybe! Here are some things to consider…
With separate accounts, a single customer that subscribes to multiple brands will receive messages from multiple agents. The agents cannot cordinate, so it’s possible (though unlikely) that they all send messages at the same time.
- Do the brands have distinct customer bases?
- Is it important to cross-sell between brands?
With separate accounts, a single customer that subscribes to multiple brands will receive messages from multiple agents. The agents cannot cordinate, so it’s possible (though unlikely) that they all send messages at the same time.