The Do As I Do Protocol

The Do As I Do protocol, usually shortened to DAID, is one of the most important developments in canine social-learning research. It turned a vague question - "can dogs imitate?" - into a testable one. Instead of only watching whether a dog happened to copy a single demonstration, researchers taught the dog a generalized rule: after a human action, reproduce what the human just did.

That shift was decisive. Once dogs learned the abstract copying rule, researchers could test novel actions, delayed recall, generalization, and the difference between imitation and simpler explanations such as enhancement or emulation.

What It Means

Topal and colleagues introduced the paradigm in 2006. The basic idea was elegant:

1. train the dog on a generalized "Do it!" command that means "repeat the action I just performed"
2. establish that the dog can use that rule across multiple familiar actions
3. test whether the dog can transfer the rule to a novel demonstrated action

If the dog succeeds only on trained actions, the result is weaker. If the dog succeeds on novel actions after learning the abstract rule, then imitation is much harder to dismiss as mere enhancement.

That is why DAID matters. It does not claim that dogs spontaneously imitate every behavior they see in ordinary life. It does show that dogs can represent another individual's action as something they themselves can later reproduce.

The later Fugazza work expanded the paradigm in several directions. Deferred-imitation studies asked whether dogs could encode an action, wait through a delay, and then reproduce it. Social-learning comparison studies asked whether DAID led to different retention and generalization profiles than shaping or clicker training. Goal-directed action studies asked whether dogs copied the exact method or only the outcome.

Together, these studies shifted canine social-learning research from anecdote to controlled mechanism testing.

How the Protocol Works

In DAID training, the dog first learns a set of actions it can already perform on cue, such as touching an object, jumping, spinning, or moving around an obstacle. The human demonstrator then performs one of those actions. The command follows, asking the dog to "do what I just did." Over repeated training, the dog learns that the relevant information is the demonstrator's action itself.

Only after that abstraction is established do the key tests begin. Researchers then ask whether the dog can reproduce a novel action that was not part of the original copying set. That is the important leap, because it tests whether the dog learned an action-specific association or a more general imitation rule.

DAID studies also became useful for memory questions. If the demonstration is encoded and reproduced later, then the dog is not merely reacting in the moment. It has retained a representation of what the human did.

This point is especially important when DAID is compared with shaping. In shaping, the dog discovers the target behavior gradually through reinforcement of successive approximations. In DAID, the dog begins with a social model. The two systems can reach the same endpoint, but they do so through different informational pathways.

What the Findings Show

The central finding is that dogs can reliably use a generalized copy rule and apply it to new demonstrated human actions. Documented That alone places dogs above the older claim that they only learn socially through simple attention effects.

The later literature added two especially important findings.

First, dogs trained through DAID often showed stronger retention and broader generalization than dogs taught equivalent object tasks through shaping or clicker procedures. Documented This does not mean DAID is always superior for every task. It does mean that social demonstration can produce durable learning in a distinct way.

Second, the DAID literature helped set the stage for overimitation. Once dogs can copy demonstrated actions in a generalized framework, researchers can ask whether they copy only what is instrumentally necessary. The answer is no. In some studies, dogs copied irrelevant actions from caregivers even when those actions were not required for obtaining the reward. Documented

That matters because it expands the meaning of imitation. The dog is not simply extracting a bare causal recipe. In at least some contexts, the demonstrated method itself matters.

Why It Matters

DAID matters scientifically because it gave the dog literature a clean way to argue for true imitation. It matters conceptually because it separates three things that often get blurred:

• seeing another individual do something
• becoming interested in the same object or place
• representing the observed action as something to reproduce

Only the third is what makes imitation the strongest explanation.

That distinction is especially useful in dog discussions because training culture often reduces learning to reinforcement histories. DAID does not erase the role of consequences, but it shows that observation can be the gateway into behavior in its own right.

Important Limits

This page needs several limits stated clearly.

DAID evidence comes from trained laboratory or research-context dogs. The dog has to learn the copy rule first. That means the claim is not "all puppies automatically imitate anything they see." It is that dogs have the cognitive capacity to learn and use an imitation rule when the paradigm is set up to test it.

The protocol also does not settle the broader question of what dominates natural puppy development. A dog proving imitation in DAID is strong evidence for social-learning capacity. It is not, by itself, a direct naturalistic study of breeder litters or family households.

Finally, DAID does not require mirror-neuron theory to remain valid. The behavior stands even if the underlying mechanism is explained through associative or distributed action-observation processes rather than specialized mirror cells.

The Evidence

Sources

• Fugazza, C., & Miklosi, A. (2014). Deferred imitation and declarative memory in domestic dogs. Animal Cognition, 17(2), 237-247.
• Fugazza, C., & Miklosi, A. (2015). Social learning in dog training: The effectiveness of the Do As I Do method compared to shaping or clicker training. Applied Animal Behaviour Science, 171, 146-151.
• Fugazza, C., Pogany, A., & Miklosi, A. (2016). Recall of others' actions after incidental encoding reveals episodic-like memory in dogs. Current Biology, 26(3), 320-324.
• Fugazza, C., Colbert-White, E. N., & Pongracz, P. (2019). Social learning of goal-directed actions in dogs: Imitation or emulation? Journal of Comparative Psychology, 133(2), 195-205.
• Topal, J., Byrne, R. W., Miklosi, A., & Csanyi, V. (2006). Reproducing human actions and action sequences: Do as I Do in a dog. Animal Cognition, 9(4), 355-367.