The road pavement was strengthened and widened on the road E262 (A6) Kaunas-Zarasai-Daugavpils and the existing bridge structures were reconstructed in a section from 47.88 to 66.20 km. The project was implemented with a joint activity partner.

The road pavement on the road E77 (A12) of international significance was strengthened and widened in a section from 105 to119.8 km, the bridge across Kražantė River was reconstructed. The traffic safety improvement measure were installed, engineering networks were reconstructed. In Pakražantis settlement the lightning of the road and the pedestrian path was installed.

Five new Streets and access roads were built in the territory of Alytus industrial park, engineering networks were laid. A medium pressure gas pipeline, mains sewerage system, lighting networks and telephone communications were installed. The width of the newly-built traffic lanes ranges from 2.75 m to 5.25 m, the number of traffic lanes – 2, the length of Streets – from 362.3 m to 1.2 km, the width of footways – from 1.5 m to 2 m.

During reconstruction a 2.71-metre long road pavement and road shoulder were strengthened, a 2.46-km long pedestrian and bicycle paths were built; new 1.014-km long connecting roads and a grade-separated intersection were built. In addition, a bridge across the Vokė River, a viaduct across the railway and two underground pedestrian crossings were reconstructed. Also, the works included the building of a pedestrian viaduct, the installation of guardrails and wire fencing against wild animals, and the reconstruction of engineering networks.

During the first construction stage a bypass section with six traffic lanes in both directions was built from Oslo to L. Asanavičiūtės Streets. Acceleration and deceleration lanes were constructed before each intersection. Two grade-separated scaffold bridges were constructed in Oslo Street, and a tunnel-type viaduct was built in Lazdynai near Gudeliai. New engineering networks were reconstructed and a new lighting was installed.

During this project the InLine Pave technology was used for the first time in Lithuania. The use of this technology allows a timesaving of up to 40% in the time required for the production of asphalt pavement, as well as reduction in the consumption of materials. The new technology increases the bearing capacity of asphalt structure, which in turn enhances its resistance to rutting.