India plans to spend nearly $3.7 billion to fence its 1,610-km (1,000-mile) porous border with Myanmar within about a decade, said a source with direct knowledge of the matter, to prevent smuggling and other illegal activities, Reuters reported on Wednesday.
The government said earlier this year it would fence the border and end a decades-old visa-free movement policy with coup-hit Myanmar for border citizens for reasons of national security and to maintain the demographic structure of its north eastern region.
Earlier this month, a government committee approved the cost for the fencing, which needs to be approved by the Union cabinet , said the source who declined to be named as they were not authorised to talk to the media.
The prime minister's office and the ministries of home, finance, foreign affairs and information and broadcasting did not immediately respond to an email seeking comment.
Myanmar has so far not commented on India's fencing plans.
Since a military coup in Myanmar in 2021, thousands of civilians and hundreds of troops have fled from there to Indian states where people on both sides share ethnic and familial ties. This has worried the Centrebecause of risk of communal tensions spreading to India, the report said.
Some members of the Indian government have also blamed the porous border for abetting the tense situation in the restive northeastern Indian state of Manipur, abutting Myanmar. For nearly a year, Manipur has been engulfed by a civil war-like situation between two ethnic groups, one of which shares lineage with Myanmar's Chin tribe.
The committee of senior Indian officials also agreed to build parallel roads along the fence and 1,700 km (1,050 miles) of feeder roads connecting military bases to the border, the source said.
The fence and the adjoining road will cost nearly 125 million rupees per km, more than double that of the 55 million per km cost for the border fence with Bangladesh built in 2020, the source said, because of the difficult hilly terrain and the use of technology to prevent intrusion and corrosion.