The experimental group was educated and instructed and agaged in a 12-week exercise program - 15 minutes 6 times per week of complex daily routines delivered via on-line platform.

The control group continued in regular daily activities and was offered the same intervention as the experimental group after the research trial.

The intervention is based on activation of reflexive movement patterns which ensures the original reflexive control of strength, mobility and stability. After birth, we cannot control our body movements - they are reflexes "hard-wired" into our brains and vitally important for proper development of our body (muscular system, vestibular system, sensory system, cardiovascular system or digestive system) as well as our brain and nervous systems. During early childhood, everything becomes integrated and works perfectly according to the original design. But this design is slowly abandoned due to for example sedentary lifestyle and replaced by compensatory movement patterns that are making us weaker and defective with all the consequences that are becoming more severe as we age. The aim is restore the original design and improve posture and other crucial components of functional fitness and move better and more.

Performance-based measure of functional mobility and balance in older adults.The test requires the participant to rise from a chair, walk 3.0 m at a comfortable pace to a mark placed on the floor, turn around at the 3.0 m mark, walk back to the starting point, and return to sitting in the chair. The test's score is the time it takes the subject takes to complete the test. Lower score is better result.

The Limits of Stability (LOS) test quantifies the maximum distance participant can lean own body (i.e. intentionally weight shift) in a given direction without losing balance, stepping, or reaching for assistance as would be required for function and gait. The scores for each parameter and movement direction are represented by a numeric value. Higher score is better result.

The Sensory Organization Test (SOT) objectively identifies abnormalities in the patient's use of the three sensory systems that contribute to postural control: somatosensory, visual, and vestibular. The scores summarize the overall function of the three systems and the ability to resolve conflicting sensory inputs. Scores range from 0 to 100 (higher score, better result). Composite score identifies the presence of a balance control problem. Scores range from 0 to 100 (higher score, better result).

The multifrequency body composition analyser InBody720 analyses body composition via the method of bioelectrical impedance (DSM-BIA) for every part of the body using 6 different frequencies (1kHz, 5kHz, 50kHz, 250kHz, 500kHz, 1000kHz) in each one of the five parts of the body with the quadrupole 8-point tactile system. It provides wide range of outcomes (main focus on: Body fat mass - lower score, better result, Skeletal muscle mass - higher score, better result, Visceral Fat - lower score, better result).

To evaluate acceptance and long-term sustainability of the program via on-line questionnaire distributed among participants. The questionnaire is rather qualitative and includes Yes vs. No answers and open ended item.