Immigration attorneys and advocacy groups are expressing concern over what they describe as a largely undisclosed effort by federal authorities to accelerate immigration court proceedings and deportation cases.

According to reporting cited in the article, the Department of Homeland Security and immigration courts have begun scheduling large numbers of cases on specific days, increasing the pace at which asylum and other immigration claims are processed.

Critics argue that the changes were implemented without public notice and have created significant challenges for immigrants seeking legal review of their cases.Observers reported that some immigration judges have seen their caseloads double or even triple.

The Executive Office for Immigration Review, which manages the immigration court system, stated that the increased scheduling is partly the result of hiring additional judges and is intended to address a backlog exceeding three million pending cases.However, immigration lawyers contend that the rapid scheduling risks compromising due process and fair consideration of individual circumstances.Attorney Gracie Willis of the National Immigration Project criticized what she described as a lack of transparency surrounding the expanded dockets.She said many advocates only became aware of the changes after witnessing unusually large crowds at immigration courts.

Lawyers also reported instances in which judges handled multiple cases simultaneously, requiring interpretation across several languages during a single proceeding.

The article notes that dozens of individuals were declared absent and therefore subject to deportation orders during just two days of hearings in one court.Advocates argue that missed appearances can occur for many reasons and should not automatically be viewed as evidence of wrongdoing.

The developments come amid broader legal and policy disputes surrounding the administration's immigration enforcement strategy, including a recent federal court ruling involving asylum and immigration application processing.