The results of RCTs published during 2012 are not changing this picture much. One trial evaluated the effects of computerized cognitive training, focusing on perceptual speed training and the development of mnemonic and reasoning strategies. An intervention group (n = 111; mean age = 75 years) received 1.5 h of training once a week for 12 weeks. The control group (n = 112; mean age = 75 years) attended educational lectures about health. Outcome measures were assessed before training, immediately after the intervention, and 9 months after termination of the training. No significant effects of the computerized cognitive training intervention on any of the cognitive outcome measures were observed. In another trial, the effects of mult idomain (e.g., memory, attention, reasoning, and visuo-spatial ability) and single-domain (reasoning) cognitive training in comparison with a noncontact control group were evaluated. The focus of training was on teaching appropriate cognitive strategies. The multidomain (n = 59; mean age = 70 years) and single-domain (n = 63; mean age = 70 years) groups received 24 1-h training sessions over a period of 3 months. A no-contact control group (n = 71; mean age = 70 years) was included. Outcome measures were assessed before training, immediately after the intervention, and 6–12 months after termination of training. Significantly larger increases in performance for the training groups as compared with the control group were observed immediately after training on tests of memory, reasoning, and language. At least for the multidomain group, these effects were maintained 12 months after the end of training.