Hong Seng sub-unit enters collaboration with MXM on eTravelSavers programme


KUALA LUMPUR: Hong Seng Consolidated Bhd's sub-unit eMedAsia Sdn Bhd has entered into a collaboration agreement with MXM International Sdn Bhd to define their roles and responsibilities with regards to the eTravelSavers programme.

"Pursuant to the Agreement, the Parties agree to collaborate for their mutual benefit to explore areas for cooperation in the promotion of eTravelSavers among eMedAsia’s existing and potential platform users throughout Malaysia," said Hong Seng in a bourse filing.

Healthcare provider MXM intends to launch eTravelSavers, which is a programme to provide inbound and outbound travel insurance guaranteed to satisfy the Immigration requirements.

eMedAsia, a 60%-owned subsidiary of HS Bio Sdn Bhd which in turn is wholly owned by Hong Seng, currently operates a digital healthcare platform.

Get 20% OFF The Star Digital Access

Monthly Plan

RM 13.90/month

RM 11.12/month

Billed as RM 11.12 for the 1st month, RM 13.90 thereafter.

Best Value

Annual Plan

RM 12.33/month

RM 9.87/month

Billed as RM 118.40 for the 1st year, RM 148 thereafter.

Follow us on our official WhatsApp channel for breaking news alerts and key updates!
Hong Seng , eMedAsia , MXM , eTravelSavers

Next In Business News

Emirates airline net profit drops 66% in first half�dragged down by Iran war
Japan's Nikkei tumbles on tech rout despite strength in wider market
Sony Q2 profit jumps on 'Spider-Man' and PlayStation boost
Bank Negara keeps OPR steady at 2.75%
Malaysia records 38 IPOs, raises US$1.62bil in first nine months of 2026 - EY
Rosado inks underwriting agreement for proposed ACE Market IPO
Bursa Malaysia ends morning session higher, banking stocks lead gains
HI Mobility partners China' GSTIKC to drive technology development
Malaysia records largest ranking gain in 2026 Global Financial Inclusion Index
Sunway Construction unit lands RM1.74bil hyperscale data centre construction job in Serendah

Air Pollutant Index

Note: API is calculated based on 24hr running average of the most dominant parameter.

Highest API Readings

    Select State and Location to view the latest API reading

    Others Also Read